JTAG ID= 0x1b98102f. This is a K2H/K2K device, version variant = 1
DEVSTAT= 0x02060ee1. little endian, no boot or I2C slave boot, boot master is ARM core, PLL configuration implies the input clock for core is 122.88MHz
SmartReflex VID= 46, required core voltage= 0.995V.
Die ID= 0x0c011004, 0x04010235, 0x00000000, 0x60ba0001
DSP speed grade = 1200MHz, ARM speed grade= 1200MHz
Enable IRQ and FIQ.
Enable Exception handling...
Initialize main core clock = 122.88MHz/4x39 = 1198MHz
Initialize ARM clock = 125.00MHz/5x48 = 1200MHz
DDR3A initialization
Initialize DDR data rate = 100.000/1*20/6*4= 1333.3 MTS, bus width = 64 bits.
DDR3B initialization
Initialize DDR data rate = 100.000/1*16/4*4= 1600.0 MTS, bus width = 64 bits.
HyperLink 0 internal digital loopback test at 5.000GHz...
HyperLink 1 internal digital loopback test at 5.000GHz...
Waiting for HyperLink0 up...
Waiting for HyperLink1 up...
HyperLink memory test passed at address 0x40040000
HyperLink memory test passed at address 0x44300000
HyperLink memory test passed at address 0x47300000
HyperLink memory test passed at address 0x46140000
Hyperlink 0 interrupt latency is 1240 cycles
  800 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x40040000(  remote LL2), consumes 98248 cycles
   54 MB/s, copy  65536 bytes from 0x40040000(  remote LL2) to 0x0c080000( local MSRAM), consumes 1450177 cycles
   50 MB/s, copy  65536 bytes from 0x40040000(  remote LL2) to 0x40050000(  remote LL2), consumes 1561887 cycles
  575 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x46140000(remote MSRAM), consumes 136769 cycles
   53 MB/s, copy  65536 bytes from 0x46140000(remote MSRAM) to 0x0c080000( local MSRAM), consumes 1463791 cycles
   49 MB/s, copy  65536 bytes from 0x46140000(remote MSRAM) to 0x46150000(remote MSRAM), consumes 1585600 cycles
  800 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x44300000(remote DDR3A), consumes 98240 cycles
   49 MB/s, copy  65536 bytes from 0x44300000(remote DDR3A) to 0x0c080000( local MSRAM), consumes 1600034 cycles
   45 MB/s, copy  65536 bytes from 0x44300000(remote DDR3A) to 0x44310000(remote DDR3A), consumes 1725006 cycles
  800 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x47300000(remote DDR3B), consumes 98240 cycles
   48 MB/s, copy  65536 bytes from 0x47300000(remote DDR3B) to 0x0c080000( local MSRAM), consumes 1612997 cycles
   45 MB/s, copy  65536 bytes from 0x47300000(remote DDR3B) to 0x47310000(remote DDR3B), consumes 1718725 cycles
Memory load performance test at 0x40040000(  remote LL2)
Index=   0  Cycles/LDRD= 104.22
Index=   1  Cycles/LDRD= 104.03
Index=   2  Cycles/LDRD= 104.05
Index=   3  Cycles/LDRD= 103.96
Index=   4  Cycles/LDRD= 103.93
Index=   5  Cycles/LDRD= 103.82
Index=   6  Cycles/LDRD= 103.97
Index=   7  Cycles/LDRD= 103.87
Index=   8  Cycles/LDRD= 103.97
Index=  10  Cycles/LDRD= 104.04
Index=  12  Cycles/LDRD= 104.02
Index=  14  Cycles/LDRD= 104.00
Index=  16  Cycles/LDRD= 103.80
Index=  18  Cycles/LDRD= 103.97
Index=  20  Cycles/LDRD= 103.98
Index=  22  Cycles/LDRD= 103.94
Index=  24  Cycles/LDRD= 104.04
Index=  26  Cycles/LDRD= 103.95
Index=  28  Cycles/LDRD= 103.94
Index=  30  Cycles/LDRD= 104.07
Index=  32  Cycles/LDRD= 104.00
Index=  40  Cycles/LDRD= 103.95
Index=  48  Cycles/LDRD= 103.94
Index=  56  Cycles/LDRD= 103.99
Memory store performance test at 0x40040000(  remote LL2)
Index=   0  Cycles/STRD= 24.39
Index=   1  Cycles/STRD= 24.39
Index=   2  Cycles/STRD= 24.39
Index=   3  Cycles/STRD= 24.39
Index=   4  Cycles/STRD= 24.39
Index=   5  Cycles/STRD= 24.39
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.39
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Memory load performance test at 0x46140000(remote MSRAM)
Index=   0  Cycles/LDRD= 105.59
Index=   1  Cycles/LDRD= 105.66
Index=   2  Cycles/LDRD= 105.52
Index=   3  Cycles/LDRD= 105.48
Index=   4  Cycles/LDRD= 105.66
Index=   5  Cycles/LDRD= 105.16
Index=   6  Cycles/LDRD= 105.37
Index=   7  Cycles/LDRD= 105.06
Index=   8  Cycles/LDRD= 104.65
Index=  10  Cycles/LDRD= 104.90
Index=  12  Cycles/LDRD= 105.24
Index=  14  Cycles/LDRD= 105.01
Index=  16  Cycles/LDRD= 104.34
Index=  18  Cycles/LDRD= 105.02
Index=  20  Cycles/LDRD= 105.32
Index=  22  Cycles/LDRD= 105.05
Index=  24  Cycles/LDRD= 104.54
Index=  26  Cycles/LDRD= 105.02
Index=  28  Cycles/LDRD= 105.17
Index=  30  Cycles/LDRD= 104.95
Index=  32  Cycles/LDRD= 104.71
Index=  40  Cycles/LDRD= 104.63
Index=  48  Cycles/LDRD= 104.57
Index=  56  Cycles/LDRD= 104.64
Index=  64  Cycles/LDRD= 104.77
Index=  96  Cycles/LDRD= 104.76
Index= 128  Cycles/LDRD= 105.07
Index= 192  Cycles/LDRD= 104.96
Memory store performance test at 0x46140000(remote MSRAM)
Index=   0  Cycles/STRD= 35.53
Index=   1  Cycles/STRD= 32.09
Index=   2  Cycles/STRD= 29.13
Index=   3  Cycles/STRD= 27.96
Index=   4  Cycles/STRD= 27.55
Index=   5  Cycles/STRD= 24.49
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.38
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Index=  64  Cycles/STRD= 24.39
Index=  96  Cycles/STRD= 24.39
Index= 128  Cycles/STRD= 34.72
Index= 192  Cycles/STRD= 24.39
Memory load performance test at 0x44300000(remote DDR3A)
Index=   0  Cycles/LDRD= 117.66
Index=   1  Cycles/LDRD= 115.95
Index=   2  Cycles/LDRD= 115.49
Index=   3  Cycles/LDRD= 115.37
Index=   4  Cycles/LDRD= 115.21
Index=   5  Cycles/LDRD= 115.52
Index=   6  Cycles/LDRD= 116.09
Index=   7  Cycles/LDRD= 115.41
Index=   8  Cycles/LDRD= 114.66
Index=  10  Cycles/LDRD= 115.30
Index=  12  Cycles/LDRD= 116.89
Index=  14  Cycles/LDRD= 115.21
Index=  16  Cycles/LDRD= 116.67
Index=  18  Cycles/LDRD= 115.48
Index=  20  Cycles/LDRD= 117.16
Index=  22  Cycles/LDRD= 117.04
Index=  24  Cycles/LDRD= 116.44
Index=  26  Cycles/LDRD= 114.73
Index=  28  Cycles/LDRD= 114.62
Index=  30  Cycles/LDRD= 114.76
Index=  32  Cycles/LDRD= 115.75
Index=  40  Cycles/LDRD= 115.54
Index=  48  Cycles/LDRD= 114.99
Index=  56  Cycles/LDRD= 117.43
Index=  64  Cycles/LDRD= 115.61
Index=  96  Cycles/LDRD= 115.48
Index= 128  Cycles/LDRD= 116.91
Index= 192  Cycles/LDRD= 116.92
Index= 256  Cycles/LDRD= 120.01
Index= 384  Cycles/LDRD= 119.28
Index= 512  Cycles/LDRD= 124.78
Index= 768  Cycles/LDRD= 125.33
Index=1024  Cycles/LDRD= 122.44
Index=1536  Cycles/LDRD= 122.27
Index=2048  Cycles/LDRD= 124.22
Index=3072  Cycles/LDRD= 122.40
Memory store performance test at 0x44300000(remote DDR3A)
Index=   0  Cycles/STRD= 24.39
Index=   1  Cycles/STRD= 24.39
Index=   2  Cycles/STRD= 24.39
Index=   3  Cycles/STRD= 24.39
Index=   4  Cycles/STRD= 24.39
Index=   5  Cycles/STRD= 24.39
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.39
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Index=  64  Cycles/STRD= 24.39
Index=  96  Cycles/STRD= 24.39
Index= 128  Cycles/STRD= 24.39
Index= 192  Cycles/STRD= 24.39
Index= 256  Cycles/STRD= 24.39
Index= 384  Cycles/STRD= 24.39
Index= 512  Cycles/STRD= 24.39
Index= 768  Cycles/STRD= 24.39
Index=1024  Cycles/STRD= 24.39
Index=1536  Cycles/STRD= 24.39
Index=2048  Cycles/STRD= 24.39
Index=3072  Cycles/STRD= 24.40
Memory load performance test at 0x47300000(remote DDR3B)
Index=   0  Cycles/LDRD= 114.64
Index=   1  Cycles/LDRD= 115.00
Index=   2  Cycles/LDRD= 115.26
Index=   3  Cycles/LDRD= 115.33
Index=   4  Cycles/LDRD= 114.51
Index=   5  Cycles/LDRD= 115.77
Index=   6  Cycles/LDRD= 114.15
Index=   7  Cycles/LDRD= 113.47
Index=   8  Cycles/LDRD= 115.04
Index=  10  Cycles/LDRD= 116.18
Index=  12  Cycles/LDRD= 113.79
Index=  14  Cycles/LDRD= 115.03
Index=  16  Cycles/LDRD= 114.19
Index=  18  Cycles/LDRD= 114.41
Index=  20  Cycles/LDRD= 116.03
Index=  22  Cycles/LDRD= 114.35
Index=  24  Cycles/LDRD= 112.81
Index=  26  Cycles/LDRD= 116.17
Index=  28  Cycles/LDRD= 116.56
Index=  30  Cycles/LDRD= 114.96
Index=  32  Cycles/LDRD= 114.29
Index=  40  Cycles/LDRD= 114.51
Index=  48  Cycles/LDRD= 113.75
Index=  56  Cycles/LDRD= 114.53
Index=  64  Cycles/LDRD= 114.87
Index=  96  Cycles/LDRD= 113.65
Index= 128  Cycles/LDRD= 116.08
Index= 192  Cycles/LDRD= 115.38
Index= 256  Cycles/LDRD= 118.84
Index= 384  Cycles/LDRD= 117.31
Index= 512  Cycles/LDRD= 121.11
Index= 768  Cycles/LDRD= 120.89
Index=1024  Cycles/LDRD= 122.93
Index=1536  Cycles/LDRD= 121.89
Index=2048  Cycles/LDRD= 120.21
Index=3072  Cycles/LDRD= 120.91
Memory store performance test at 0x47300000(remote DDR3B)
Index=   0  Cycles/STRD= 24.39
Index=   1  Cycles/STRD= 24.39
Index=   2  Cycles/STRD= 24.39
Index=   3  Cycles/STRD= 24.39
Index=   4  Cycles/STRD= 24.39
Index=   5  Cycles/STRD= 24.39
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.39
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Index=  64  Cycles/STRD= 24.39
Index=  96  Cycles/STRD= 24.39
Index= 128  Cycles/STRD= 24.39
Index= 192  Cycles/STRD= 24.39
Index= 256  Cycles/STRD= 24.39
Index= 384  Cycles/STRD= 24.39
Index= 512  Cycles/STRD= 24.39
Index= 768  Cycles/STRD= 24.39
Index=1024  Cycles/STRD= 24.39
Index=1536  Cycles/STRD= 24.39
Index=2048  Cycles/STRD= 24.39
Index=3072  Cycles/STRD= 24.39
Overhead test with EDMA CC0 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    479 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    480 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    484 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    482 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    480 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1030 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1142 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes    480 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes   1149 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC0 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes  39292 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  39200 cycles, achieve throughput  2006 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  39293 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  76541 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  60476 cycles, achieve throughput  1300 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  63528 cycles, achieve throughput  1237 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  39183 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  39217 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  39181 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  76541 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  60117 cycles, achieve throughput  1308 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  62091 cycles, achieve throughput  1266 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  39279 cycles, achieve throughput  2002 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  39307 cycles, achieve throughput  2000 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  39295 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  76532 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  60336 cycles, achieve throughput  1303 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  71205 cycles, achieve throughput  1104 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 115908 cycles, achieve throughput   678 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes  98091 cycles, achieve throughput   801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes  98892 cycles, achieve throughput   795 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes  39291 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  59523 cycles, achieve throughput  1321 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes  39181 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  61082 cycles, achieve throughput  1287 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes  39283 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  59964 cycles, achieve throughput  1311 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes  93218 cycles, achieve throughput   843 MB/s
Overhead test with EDMA CC0 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    480 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    482 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    481 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes   1367 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1031 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1145 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes    481 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes    482 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes   1038 cycles, achieve throughput     9 MB/s
Throughput test with EDMA CC0 TC1
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes  39289 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  39211 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  39294 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  76539 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  60344 cycles, achieve throughput  1303 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  64431 cycles, achieve throughput  1220 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  39183 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  39197 cycles, achieve throughput  2006 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  39186 cycles, achieve throughput  2006 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  76544 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  60449 cycles, achieve throughput  1300 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  63536 cycles, achieve throughput  1237 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  39290 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  39301 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  39290 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  76546 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  60124 cycles, achieve throughput  1308 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  69198 cycles, achieve throughput  1136 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 115904 cycles, achieve throughput   678 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes  98020 cycles, achieve throughput   802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes  98673 cycles, achieve throughput   797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes  39293 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  60203 cycles, achieve throughput  1306 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes  39180 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  60305 cycles, achieve throughput  1304 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes  39300 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  59751 cycles, achieve throughput  1316 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes  92218 cycles, achieve throughput   852 MB/s
Overhead test with EDMA CC1 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    601 cycles, achieve throughput    15 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    591 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    697 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1144 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1256 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1147 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1151 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1144 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes   1148 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC1 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes  43625 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43660 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43630 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  83655 cycles, achieve throughput   940 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82704 cycles, achieve throughput   950 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  90995 cycles, achieve throughput   864 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43626 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43699 cycles, achieve throughput  1799 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43626 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  87987 cycles, achieve throughput   893 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  82941 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  91110 cycles, achieve throughput   863 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  43732 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  43775 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43738 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  83097 cycles, achieve throughput   946 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  83023 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  98557 cycles, achieve throughput   797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120348 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102440 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 106341 cycles, achieve throughput   739 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes  43628 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  86427 cycles, achieve throughput   909 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes  43626 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  85653 cycles, achieve throughput   918 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes  43745 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  86316 cycles, achieve throughput   911 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes  98561 cycles, achieve throughput   797 MB/s
Overhead test with EDMA CC1 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    591 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    485 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    591 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1146 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1927 cycles, achieve throughput     4 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    698 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1261 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1144 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes   1151 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC1 TC1
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes  43630 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43653 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43636 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  83874 cycles, achieve throughput   937 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82704 cycles, achieve throughput   950 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  93560 cycles, achieve throughput   840 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43634 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43650 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43631 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  85766 cycles, achieve throughput   916 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  82786 cycles, achieve throughput   949 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  91659 cycles, achieve throughput   857 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  43734 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  44656 cycles, achieve throughput  1761 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43740 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  84317 cycles, achieve throughput   932 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  82786 cycles, achieve throughput   949 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  98554 cycles, achieve throughput   797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120343 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102440 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 104995 cycles, achieve throughput   749 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes  43627 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  87765 cycles, achieve throughput   896 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes  43630 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  86102 cycles, achieve throughput   913 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes  44073 cycles, achieve throughput  1784 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  87547 cycles, achieve throughput   898 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes 100009 cycles, achieve throughput   786 MB/s
Overhead test with EDMA CC1 TC2
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    591 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1152 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    698 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1260 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1371 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1150 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes   1148 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC1 TC2
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes  43634 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43662 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43624 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  82657 cycles, achieve throughput   951 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82673 cycles, achieve throughput   951 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  90327 cycles, achieve throughput   870 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43630 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43656 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43631 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  82219 cycles, achieve throughput   956 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  82892 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  93881 cycles, achieve throughput   837 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  43736 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  43774 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43727 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  82200 cycles, achieve throughput   956 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  82807 cycles, achieve throughput   949 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes 100102 cycles, achieve throughput   785 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120121 cycles, achieve throughput   654 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102441 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 105111 cycles, achieve throughput   748 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes  43623 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  86876 cycles, achieve throughput   905 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes  43632 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  86988 cycles, achieve throughput   904 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes  43740 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  85539 cycles, achieve throughput   919 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes  98342 cycles, achieve throughput   799 MB/s
Overhead test with EDMA CC1 TC3
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    698 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1256 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1147 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1150 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes   1149 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC1 TC3
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes  43627 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43662 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43635 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  82318 cycles, achieve throughput   955 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82682 cycles, achieve throughput   951 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  90876 cycles, achieve throughput   865 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43630 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43690 cycles, achieve throughput  1800 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43631 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  82323 cycles, achieve throughput   955 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  82928 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  90890 cycles, achieve throughput   865 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  43954 cycles, achieve throughput  1789 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  44106 cycles, achieve throughput  1783 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43741 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  84332 cycles, achieve throughput   932 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  83006 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  99109 cycles, achieve throughput   793 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120346 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102504 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 105336 cycles, achieve throughput   746 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x47300000(remote DDRB ), consumes  43629 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  85879 cycles, achieve throughput   915 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x47300000(remote DDRB ), consumes  43634 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  86437 cycles, achieve throughput   909 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x47300000(remote DDRB ), consumes  43734 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  85642 cycles, achieve throughput   918 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x47200000(remote DDRB ) to 0x47300000(remote DDRB ), consumes 100673 cycles, achieve throughput   781 MB/s
EDMA test complete
-------------HyperLink 0 status--------------
a request has been detected on the Tx VBUSM slave interface.
the Tx PLS layer has linked to the remote device.
lane zero has been identified during training
TX Serdes lane 0 is enabled.
RX Serdes lane 0 is enabled.
TX Serdes lane 1 is enabled.
RX Serdes lane 1 is enabled.
TX Serdes lane 2 is enabled.
RX Serdes lane 2 is enabled.
TX Serdes lane 3 is enabled.
RX Serdes lane 3 is enabled.
HyperLink memory test passed at address 0x28040000
HyperLink memory test passed at address 0x2c300000
HyperLink memory test passed at address 0x2f300000
HyperLink memory test passed at address 0x2e140000
Hyperlink 1 interrupt latency is 780 cycles
  800 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x28040000(  remote LL2), consumes 98258 cycles
   54 MB/s, copy  65536 bytes from 0x28040000(  remote LL2) to 0x0c080000( local MSRAM), consumes 1450477 cycles
   50 MB/s, copy  65536 bytes from 0x28040000(  remote LL2) to 0x28050000(  remote LL2), consumes 1561638 cycles
  575 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x2e140000(remote MSRAM), consumes 136541 cycles
   53 MB/s, copy  65536 bytes from 0x2e140000(remote MSRAM) to 0x0c080000( local MSRAM), consumes 1472917 cycles
   49 MB/s, copy  65536 bytes from 0x2e140000(remote MSRAM) to 0x2e150000(remote MSRAM), consumes 1586265 cycles
  800 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x2c300000(remote DDR3A), consumes 98239 cycles
   49 MB/s, copy  65536 bytes from 0x2c300000(remote DDR3A) to 0x0c080000( local MSRAM), consumes 1604356 cycles
   45 MB/s, copy  65536 bytes from 0x2c300000(remote DDR3A) to 0x2c310000(remote DDR3A), consumes 1745016 cycles
  800 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x2f300000(remote DDR3B), consumes 98240 cycles
   48 MB/s, copy  65536 bytes from 0x2f300000(remote DDR3B) to 0x0c080000( local MSRAM), consumes 1619360 cycles
   45 MB/s, copy  65536 bytes from 0x2f300000(remote DDR3B) to 0x2f310000(remote DDR3B), consumes 1735025 cycles
Memory load performance test at 0x28040000(  remote LL2)
Index=   0  Cycles/LDRD= 104.55
Index=   1  Cycles/LDRD= 104.43
Index=   2  Cycles/LDRD= 104.34
Index=   3  Cycles/LDRD= 104.45
Index=   4  Cycles/LDRD= 104.33
Index=   5  Cycles/LDRD= 104.43
Index=   6  Cycles/LDRD= 104.28
Index=   7  Cycles/LDRD= 104.37
Index=   8  Cycles/LDRD= 104.45
Index=  10  Cycles/LDRD= 104.33
Index=  12  Cycles/LDRD= 104.39
Index=  14  Cycles/LDRD= 104.44
Index=  16  Cycles/LDRD= 104.45
Index=  18  Cycles/LDRD= 104.29
Index=  20  Cycles/LDRD= 104.38
Index=  22  Cycles/LDRD= 104.39
Index=  24  Cycles/LDRD= 104.33
Index=  26  Cycles/LDRD= 104.37
Index=  28  Cycles/LDRD= 104.29
Index=  30  Cycles/LDRD= 104.36
Index=  32  Cycles/LDRD= 104.50
Index=  40  Cycles/LDRD= 104.35
Index=  48  Cycles/LDRD= 104.41
Index=  56  Cycles/LDRD= 104.30
Memory store performance test at 0x28040000(  remote LL2)
Index=   0  Cycles/STRD= 24.39
Index=   1  Cycles/STRD= 24.39
Index=   2  Cycles/STRD= 24.39
Index=   3  Cycles/STRD= 24.39
Index=   4  Cycles/STRD= 24.39
Index=   5  Cycles/STRD= 24.39
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.39
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Memory load performance test at 0x2e140000(remote MSRAM)
Index=   0  Cycles/LDRD= 106.55
Index=   1  Cycles/LDRD= 106.74
Index=   2  Cycles/LDRD= 106.55
Index=   3  Cycles/LDRD= 106.22
Index=   4  Cycles/LDRD= 106.08
Index=   5  Cycles/LDRD= 105.77
Index=   6  Cycles/LDRD= 106.06
Index=   7  Cycles/LDRD= 105.68
Index=   8  Cycles/LDRD= 105.47
Index=  10  Cycles/LDRD= 105.62
Index=  12  Cycles/LDRD= 105.69
Index=  14  Cycles/LDRD= 105.47
Index=  16  Cycles/LDRD= 105.50
Index=  18  Cycles/LDRD= 105.53
Index=  20  Cycles/LDRD= 105.76
Index=  22  Cycles/LDRD= 105.64
Index=  24  Cycles/LDRD= 105.54
Index=  26  Cycles/LDRD= 105.52
Index=  28  Cycles/LDRD= 105.73
Index=  30  Cycles/LDRD= 105.68
Index=  32  Cycles/LDRD= 105.49
Index=  40  Cycles/LDRD= 105.58
Index=  48  Cycles/LDRD= 105.59
Index=  56  Cycles/LDRD= 105.58
Index=  64  Cycles/LDRD= 105.78
Index=  96  Cycles/LDRD= 105.79
Index= 128  Cycles/LDRD= 106.05
Index= 192  Cycles/LDRD= 106.17
Memory store performance test at 0x2e140000(remote MSRAM)
Index=   0  Cycles/STRD= 34.85
Index=   1  Cycles/STRD= 32.02
Index=   2  Cycles/STRD= 28.74
Index=   3  Cycles/STRD= 28.16
Index=   4  Cycles/STRD= 27.46
Index=   5  Cycles/STRD= 24.39
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.39
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Index=  64  Cycles/STRD= 24.39
Index=  96  Cycles/STRD= 24.39
Index= 128  Cycles/STRD= 34.91
Index= 192  Cycles/STRD= 24.39
Memory load performance test at 0x2c300000(remote DDR3A)
Index=   0  Cycles/LDRD= 117.80
Index=   1  Cycles/LDRD= 117.69
Index=   2  Cycles/LDRD= 118.32
Index=   3  Cycles/LDRD= 120.42
Index=   4  Cycles/LDRD= 117.25
Index=   5  Cycles/LDRD= 115.94
Index=   6  Cycles/LDRD= 116.55
Index=   7  Cycles/LDRD= 116.22
Index=   8  Cycles/LDRD= 117.29
Index=  10  Cycles/LDRD= 117.83
Index=  12  Cycles/LDRD= 117.17
Index=  14  Cycles/LDRD= 118.76
Index=  16  Cycles/LDRD= 116.38
Index=  18  Cycles/LDRD= 117.55
Index=  20  Cycles/LDRD= 119.91
Index=  22  Cycles/LDRD= 116.01
Index=  24  Cycles/LDRD= 116.23
Index=  26  Cycles/LDRD= 120.30
Index=  28  Cycles/LDRD= 118.39
Index=  30  Cycles/LDRD= 117.20
Index=  32  Cycles/LDRD= 119.41
Index=  40  Cycles/LDRD= 117.68
Index=  48  Cycles/LDRD= 116.15
Index=  56  Cycles/LDRD= 120.12
Index=  64  Cycles/LDRD= 120.00
Index=  96  Cycles/LDRD= 118.99
Index= 128  Cycles/LDRD= 118.31
Index= 192  Cycles/LDRD= 120.48
Index= 256  Cycles/LDRD= 122.54
Index= 384  Cycles/LDRD= 122.95
Index= 512  Cycles/LDRD= 124.07
Index= 768  Cycles/LDRD= 126.91
Index=1024  Cycles/LDRD= 125.03
Index=1536  Cycles/LDRD= 123.35
Index=2048  Cycles/LDRD= 127.52
Index=3072  Cycles/LDRD= 127.05
Memory store performance test at 0x2c300000(remote DDR3A)
Index=   0  Cycles/STRD= 24.39
Index=   1  Cycles/STRD= 24.39
Index=   2  Cycles/STRD= 24.39
Index=   3  Cycles/STRD= 24.39
Index=   4  Cycles/STRD= 24.39
Index=   5  Cycles/STRD= 24.39
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.39
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Index=  64  Cycles/STRD= 24.39
Index=  96  Cycles/STRD= 24.39
Index= 128  Cycles/STRD= 24.39
Index= 192  Cycles/STRD= 24.39
Index= 256  Cycles/STRD= 24.39
Index= 384  Cycles/STRD= 24.39
Index= 512  Cycles/STRD= 24.39
Index= 768  Cycles/STRD= 24.39
Index=1024  Cycles/STRD= 24.39
Index=1536  Cycles/STRD= 24.39
Index=2048  Cycles/STRD= 24.39
Index=3072  Cycles/STRD= 24.40
Memory load performance test at 0x2f300000(remote DDR3B)
Index=   0  Cycles/LDRD= 116.24
Index=   1  Cycles/LDRD= 115.78
Index=   2  Cycles/LDRD= 115.50
Index=   3  Cycles/LDRD= 115.13
Index=   4  Cycles/LDRD= 115.78
Index=   5  Cycles/LDRD= 116.45
Index=   6  Cycles/LDRD= 115.63
Index=   7  Cycles/LDRD= 115.87
Index=   8  Cycles/LDRD= 116.01
Index=  10  Cycles/LDRD= 117.55
Index=  12  Cycles/LDRD= 114.08
Index=  14  Cycles/LDRD= 114.31
Index=  16  Cycles/LDRD= 115.78
Index=  18  Cycles/LDRD= 116.17
Index=  20  Cycles/LDRD= 114.72
Index=  22  Cycles/LDRD= 117.40
Index=  24  Cycles/LDRD= 116.96
Index=  26  Cycles/LDRD= 117.94
Index=  28  Cycles/LDRD= 117.05
Index=  30  Cycles/LDRD= 113.62
Index=  32  Cycles/LDRD= 116.45
Index=  40  Cycles/LDRD= 113.23
Index=  48  Cycles/LDRD= 115.14
Index=  56  Cycles/LDRD= 116.66
Index=  64  Cycles/LDRD= 116.04
Index=  96  Cycles/LDRD= 116.24
Index= 128  Cycles/LDRD= 116.40
Index= 192  Cycles/LDRD= 118.88
Index= 256  Cycles/LDRD= 120.44
Index= 384  Cycles/LDRD= 119.23
Index= 512  Cycles/LDRD= 123.13
Index= 768  Cycles/LDRD= 121.56
Index=1024  Cycles/LDRD= 121.96
Index=1536  Cycles/LDRD= 123.02
Index=2048  Cycles/LDRD= 122.01
Index=3072  Cycles/LDRD= 121.36
Memory store performance test at 0x2f300000(remote DDR3B)
Index=   0  Cycles/STRD= 24.39
Index=   1  Cycles/STRD= 24.39
Index=   2  Cycles/STRD= 24.39
Index=   3  Cycles/STRD= 24.39
Index=   4  Cycles/STRD= 24.39
Index=   5  Cycles/STRD= 24.39
Index=   6  Cycles/STRD= 24.39
Index=   7  Cycles/STRD= 24.39
Index=   8  Cycles/STRD= 24.39
Index=  10  Cycles/STRD= 24.39
Index=  12  Cycles/STRD= 24.39
Index=  14  Cycles/STRD= 24.39
Index=  16  Cycles/STRD= 24.39
Index=  18  Cycles/STRD= 24.39
Index=  20  Cycles/STRD= 24.39
Index=  22  Cycles/STRD= 24.39
Index=  24  Cycles/STRD= 24.39
Index=  26  Cycles/STRD= 24.39
Index=  28  Cycles/STRD= 24.39
Index=  30  Cycles/STRD= 24.39
Index=  32  Cycles/STRD= 24.39
Index=  40  Cycles/STRD= 24.39
Index=  48  Cycles/STRD= 24.39
Index=  56  Cycles/STRD= 24.39
Index=  64  Cycles/STRD= 24.39
Index=  96  Cycles/STRD= 24.39
Index= 128  Cycles/STRD= 24.39
Index= 192  Cycles/STRD= 24.39
Index= 256  Cycles/STRD= 24.39
Index= 384  Cycles/STRD= 24.39
Index= 512  Cycles/STRD= 24.39
Index= 768  Cycles/STRD= 24.39
Index=1024  Cycles/STRD= 24.39
Index=1536  Cycles/STRD= 24.39
Index=2048  Cycles/STRD= 24.39
Index=3072  Cycles/STRD= 24.39
Overhead test with EDMA CC0 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes    482 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes    476 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes    481 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes    484 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1145 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x2e140000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes    486 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1147 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes   1038 cycles, achieve throughput     9 MB/s
Throughput test with EDMA CC0 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes  39288 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes  39215 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes  39291 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  76543 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  60212 cycles, achieve throughput  1306 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  62753 cycles, achieve throughput  1253 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes  39178 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes  39212 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes  39180 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  76542 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  60116 cycles, achieve throughput  1308 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  63202 cycles, achieve throughput  1244 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes  39291 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes  39307 cycles, achieve throughput  2000 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes  39285 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  76535 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  60228 cycles, achieve throughput  1305 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  70300 cycles, achieve throughput  1118 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes 115904 cycles, achieve throughput   678 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x2e140000(remote MSRAM), consumes  98112 cycles, achieve throughput   801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes 100551 cycles, achieve throughput   782 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes  39290 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  60859 cycles, achieve throughput  1292 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes  39180 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  59646 cycles, achieve throughput  1318 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes  39285 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  59515 cycles, achieve throughput  1321 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes  91991 cycles, achieve throughput   854 MB/s
Overhead test with EDMA CC0 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes    480 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes    482 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes    483 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x2e140000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes    480 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes    481 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes   1039 cycles, achieve throughput     9 MB/s
Throughput test with EDMA CC0 TC1
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes  39288 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes  39198 cycles, achieve throughput  2006 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes  39291 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  76547 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  60125 cycles, achieve throughput  1307 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  63306 cycles, achieve throughput  1242 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes  39178 cycles, achieve throughput  2007 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes  39206 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes  39186 cycles, achieve throughput  2006 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  76542 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  60132 cycles, achieve throughput  1307 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  63527 cycles, achieve throughput  1237 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes  39620 cycles, achieve throughput  1984 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes  39321 cycles, achieve throughput  2000 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes  39286 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  76538 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  60007 cycles, achieve throughput  1310 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  69984 cycles, achieve throughput  1123 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes 115902 cycles, achieve throughput   678 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x2e140000(remote MSRAM), consumes  98107 cycles, achieve throughput   801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes  98325 cycles, achieve throughput   799 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes  39289 cycles, achieve throughput  2001 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  58747 cycles, achieve throughput  1338 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes  39187 cycles, achieve throughput  2006 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  60638 cycles, achieve throughput  1296 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes  39282 cycles, achieve throughput  2002 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  61317 cycles, achieve throughput  1282 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes  92113 cycles, achieve throughput   853 MB/s
Overhead test with EDMA CC1 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes    599 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1151 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes    698 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1150 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1152 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1256 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x2e140000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1144 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes   1262 cycles, achieve throughput     7 MB/s
Throughput test with EDMA CC1 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes  43627 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes  43657 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes  43629 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  86432 cycles, achieve throughput   909 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82930 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  92323 cycles, achieve throughput   851 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes  43628 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes  43662 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes  43633 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  87878 cycles, achieve throughput   894 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  83233 cycles, achieve throughput   944 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  93212 cycles, achieve throughput   843 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes  43740 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes  43767 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes  43739 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  87982 cycles, achieve throughput   893 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  82923 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  99106 cycles, achieve throughput   793 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes 120352 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x2e140000(remote MSRAM), consumes 102532 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes 105450 cycles, achieve throughput   745 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes  43633 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  86774 cycles, achieve throughput   906 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes  43628 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  87551 cycles, achieve throughput   898 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes  43744 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  85880 cycles, achieve throughput   915 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes  98886 cycles, achieve throughput   795 MB/s
Overhead test with EDMA CC1 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes    484 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1151 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes    704 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1144 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1254 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes   1040 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x2e140000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes   1150 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1144 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes   1148 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC1 TC1
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes  43624 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes  43661 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes  43629 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  87878 cycles, achieve throughput   894 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82784 cycles, achieve throughput   949 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  92442 cycles, achieve throughput   850 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes  43627 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes  43673 cycles, achieve throughput  1800 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes  43636 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  84652 cycles, achieve throughput   929 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  83125 cycles, achieve throughput   946 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  92771 cycles, achieve throughput   847 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes  43959 cycles, achieve throughput  1789 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes  44428 cycles, achieve throughput  1770 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes  43750 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  87871 cycles, achieve throughput   894 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  83035 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes 102006 cycles, achieve throughput   770 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes 120352 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x2e140000(remote MSRAM), consumes 102539 cycles, achieve throughput   766 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes 106669 cycles, achieve throughput   737 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes  43627 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  87782 cycles, achieve throughput   895 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes  43627 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  87655 cycles, achieve throughput   897 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes  43739 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  86106 cycles, achieve throughput   913 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes  98339 cycles, achieve throughput   799 MB/s
Overhead test with EDMA CC1 TC2
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes    595 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes    698 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1599 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1253 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x2e140000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1037 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1145 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes   1149 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC1 TC2
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes  43624 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes  43646 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes  43625 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  87887 cycles, achieve throughput   894 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82904 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  92001 cycles, achieve throughput   854 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes  43627 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes  43658 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes  43631 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  84664 cycles, achieve throughput   928 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  83137 cycles, achieve throughput   945 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  91995 cycles, achieve throughput   854 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes  43734 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes  43766 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes  43743 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  84863 cycles, achieve throughput   926 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  83019 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  99786 cycles, achieve throughput   788 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes 120235 cycles, achieve throughput   654 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x2e140000(remote MSRAM), consumes 102542 cycles, achieve throughput   766 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes 106334 cycles, achieve throughput   739 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes  43628 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  87325 cycles, achieve throughput   900 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes  43626 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  88901 cycles, achieve throughput   884 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes  43741 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  88213 cycles, achieve throughput   891 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes  99773 cycles, achieve throughput   788 MB/s
Overhead test with EDMA CC1 TC3
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1036 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1151 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes    700 cycles, achieve throughput    13 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1256 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes   1039 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2e100000(remote MSRAM) to 0x2e140000(local MSRAM ), consumes   1038 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes   1148 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes    592 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes   1150 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes    593 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes   1150 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes   1149 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes   1149 cycles, achieve throughput     8 MB/s
Throughput test with EDMA CC1 TC3
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x28040000(remote LL2  ), consumes  43625 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2e140000(remote MSRAM), consumes  43659 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2c300000(remote DDRA ), consumes  43625 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  87874 cycles, achieve throughput   894 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82898 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  92544 cycles, achieve throughput   849 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x28040000(remote LL2  ), consumes  43636 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2e140000(remote MSRAM), consumes  43663 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2c300000(remote DDRA ), consumes  43628 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  87994 cycles, achieve throughput   893 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  83025 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  91887 cycles, achieve throughput   855 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x28040000(remote LL2  ), consumes  43738 cycles, achieve throughput  1798 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2e140000(remote MSRAM), consumes  43765 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2c300000(remote DDRA ), consumes  43740 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  85321 cycles, achieve throughput   921 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  83050 cycles, achieve throughput   946 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  98669 cycles, achieve throughput   797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x28020000(remote LL2  ) to 0x28040000(remote LL2  ), consumes 120132 cycles, achieve throughput   654 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2e100000(remote MSRAM) to 0x2e140000(remote MSRAM), consumes 102527 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2c200000(remote DDRA ) to 0x2c300000(remote DDRA ), consumes 105786 cycles, achieve throughput   743 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x2f300000(remote DDRB ), consumes  43634 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x10840000(local LL2   ), consumes  88096 cycles, achieve throughput   892 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x2f300000(remote DDRB ), consumes  43633 cycles, achieve throughput  1802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x c0c0000(local MSRAM ), consumes  88105 cycles, achieve throughput   892 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x2f300000(remote DDRB ), consumes  43743 cycles, achieve throughput  1797 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x88100000(local DDR   ), consumes  87200 cycles, achieve throughput   901 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x2f200000(remote DDRB ) to 0x2f300000(remote DDRB ), consumes  98114 cycles, achieve throughput   801 MB/s
EDMA test complete
-------------HyperLink 1 status--------------
a request has been detected on the Tx VBUSM slave interface.
the Tx PLS layer has linked to the remote device.
lane zero has been identified during training
TX Serdes lane 0 is enabled.
RX Serdes lane 0 is enabled.
TX Serdes lane 1 is enabled.
RX Serdes lane 1 is enabled.
TX Serdes lane 2 is enabled.
RX Serdes lane 2 is enabled.
TX Serdes lane 3 is enabled.
RX Serdes lane 3 is enabled.
