JTAG ID= 0x0b9a602f. This is a K2E device, version variant = 0
DEVSTAT= 0x00000661. little endian, no boot or I2C slave boot, boot master is ARM core, PLL configuration implies the input clock for core is 100MHz
SmartReflex VID= 46, required core voltage= 0.995V.
Die ID= 0x0600c004, 0x0c00ea85, 0x00000000, 0x79900000
DSP speed grade = 800MHz, ARM speed grade= 800MHz
Enable IRQ and FIQ.
Enable Exception handling...
Initialize main core clock = 100.00MHz/1x12 = 1200MHz
DDR3A initialization
Initialize DDR data rate = 100.000/1*16/4*4= 1600.0 MTS, bus width = 64 bits.
DDR PHY status PGSR0=0xb0000fff.
HyperLink 0 internal digital loopback test at 5.000GHz...
Waiting for HyperLink0 up...
HyperLink memory test passed at address 0x40040000
HyperLink memory test passed at address 0x44300000
HyperLink memory test passed at address 0x46140000
Hyperlink 0 interrupt latency is 1269 cycles
  801 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x40040000(  remote LL2), consumes 98088 cycles
   54 MB/s, copy  65536 bytes from 0x40040000(  remote LL2) to 0x0c080000( local MSRAM), consumes 1448359 cycles
   50 MB/s, copy  65536 bytes from 0x40040000(  remote LL2) to 0x40050000(  remote LL2), consumes 1562095 cycles
  583 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x46140000(remote MSRAM), consumes 134744 cycles
   53 MB/s, copy  65536 bytes from 0x46140000(remote MSRAM) to 0x0c080000( local MSRAM), consumes 1473213 cycles
   49 MB/s, copy  65536 bytes from 0x46140000(remote MSRAM) to 0x46150000(remote MSRAM), consumes 1584276 cycles
  801 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x44300000(remote DDR3A), consumes 98085 cycles
   49 MB/s, copy  65536 bytes from 0x44300000(remote DDR3A) to 0x0c080000( local MSRAM), consumes 1597659 cycles
   46 MB/s, copy  65536 bytes from 0x44300000(remote DDR3A) to 0x44310000(remote DDR3A), consumes 1679113 cycles
Memory load performance test at 0x40040000(  remote LL2)
Index=   0  Cycles/LDRD= 104.61
Index=   1  Cycles/LDRD= 104.35
Index=   2  Cycles/LDRD= 104.30
Index=   3  Cycles/LDRD= 104.30
Index=   4  Cycles/LDRD= 104.57
Index=   5  Cycles/LDRD= 104.34
Index=   6  Cycles/LDRD= 104.36
Index=   7  Cycles/LDRD= 104.34
Index=   8  Cycles/LDRD= 104.53
Index=  10  Cycles/LDRD= 104.55
Index=  12  Cycles/LDRD= 104.26
Index=  14  Cycles/LDRD= 104.56
Index=  16  Cycles/LDRD= 104.56
Index=  18  Cycles/LDRD= 104.25
Index=  20  Cycles/LDRD= 104.26
Index=  22  Cycles/LDRD= 104.52
Index=  24  Cycles/LDRD= 104.29
Index=  26  Cycles/LDRD= 104.26
Index=  28  Cycles/LDRD= 104.21
Index=  30  Cycles/LDRD= 104.21
Index=  32  Cycles/LDRD= 104.40
Index=  40  Cycles/LDRD= 104.30
Index=  48  Cycles/LDRD= 104.21
Index=  56  Cycles/LDRD= 104.30
Memory store performance test at 0x40040000(  remote LL2)
Index=   0  Cycles/STRD= 24.35
Index=   1  Cycles/STRD= 24.35
Index=   2  Cycles/STRD= 24.35
Index=   3  Cycles/STRD= 24.35
Index=   4  Cycles/STRD= 24.35
Index=   5  Cycles/STRD= 24.35
Index=   6  Cycles/STRD= 24.35
Index=   7  Cycles/STRD= 24.35
Index=   8  Cycles/STRD= 24.35
Index=  10  Cycles/STRD= 24.35
Index=  12  Cycles/STRD= 24.35
Index=  14  Cycles/STRD= 24.35
Index=  16  Cycles/STRD= 24.35
Index=  18  Cycles/STRD= 24.35
Index=  20  Cycles/STRD= 24.35
Index=  22  Cycles/STRD= 24.35
Index=  24  Cycles/STRD= 24.35
Index=  26  Cycles/STRD= 24.35
Index=  28  Cycles/STRD= 24.35
Index=  30  Cycles/STRD= 24.35
Index=  32  Cycles/STRD= 24.35
Index=  40  Cycles/STRD= 24.35
Index=  48  Cycles/STRD= 24.35
Index=  56  Cycles/STRD= 24.34
Memory load performance test at 0x46140000(remote MSRAM)
Index=   0  Cycles/LDRD= 108.53
Index=   1  Cycles/LDRD= 107.71
Index=   2  Cycles/LDRD= 106.82
Index=   3  Cycles/LDRD= 106.20
Index=   4  Cycles/LDRD= 106.55
Index=   5  Cycles/LDRD= 105.86
Index=   6  Cycles/LDRD= 105.87
Index=   7  Cycles/LDRD= 105.69
Index=   8  Cycles/LDRD= 105.47
Index=  10  Cycles/LDRD= 105.53
Index=  12  Cycles/LDRD= 105.65
Index=  14  Cycles/LDRD= 105.45
Index=  16  Cycles/LDRD= 105.48
Index=  18  Cycles/LDRD= 105.49
Index=  20  Cycles/LDRD= 105.76
Index=  22  Cycles/LDRD= 105.53
Index=  24  Cycles/LDRD= 105.49
Index=  26  Cycles/LDRD= 105.60
Index=  28  Cycles/LDRD= 105.80
Index=  30  Cycles/LDRD= 105.59
Index=  32  Cycles/LDRD= 105.47
Index=  40  Cycles/LDRD= 105.51
Index=  48  Cycles/LDRD= 105.52
Index=  56  Cycles/LDRD= 105.57
Index=  64  Cycles/LDRD= 105.67
Index=  96  Cycles/LDRD= 105.70
Index= 128  Cycles/LDRD= 106.00
Index= 192  Cycles/LDRD= 105.96
Memory store performance test at 0x46140000(remote MSRAM)
Index=   0  Cycles/STRD= 35.01
Index=   1  Cycles/STRD= 31.12
Index=   2  Cycles/STRD= 28.66
Index=   3  Cycles/STRD= 27.08
Index=   4  Cycles/STRD= 27.54
Index=   5  Cycles/STRD= 25.21
Index=   6  Cycles/STRD= 24.35
Index=   7  Cycles/STRD= 24.35
Index=   8  Cycles/STRD= 24.35
Index=  10  Cycles/STRD= 24.35
Index=  12  Cycles/STRD= 24.35
Index=  14  Cycles/STRD= 24.35
Index=  16  Cycles/STRD= 24.35
Index=  18  Cycles/STRD= 24.35
Index=  20  Cycles/STRD= 24.35
Index=  22  Cycles/STRD= 24.35
Index=  24  Cycles/STRD= 24.35
Index=  26  Cycles/STRD= 24.35
Index=  28  Cycles/STRD= 24.35
Index=  30  Cycles/STRD= 24.35
Index=  32  Cycles/STRD= 24.35
Index=  40  Cycles/STRD= 24.35
Index=  48  Cycles/STRD= 24.35
Index=  56  Cycles/STRD= 24.35
Index=  64  Cycles/STRD= 24.35
Index=  96  Cycles/STRD= 24.35
Index= 128  Cycles/STRD= 34.86
Index= 192  Cycles/STRD= 24.34
Memory load performance test at 0x44300000(remote DDR3A)
Index=   0  Cycles/LDRD= 113.98
Index=   1  Cycles/LDRD= 113.16
Index=   2  Cycles/LDRD= 112.26
Index=   3  Cycles/LDRD= 113.03
Index=   4  Cycles/LDRD= 113.14
Index=   5  Cycles/LDRD= 112.94
Index=   6  Cycles/LDRD= 113.58
Index=   7  Cycles/LDRD= 113.64
Index=   8  Cycles/LDRD= 113.50
Index=  10  Cycles/LDRD= 113.39
Index=  12  Cycles/LDRD= 113.97
Index=  14  Cycles/LDRD= 113.14
Index=  16  Cycles/LDRD= 113.78
Index=  18  Cycles/LDRD= 113.46
Index=  20  Cycles/LDRD= 113.81
Index=  22  Cycles/LDRD= 112.50
Index=  24  Cycles/LDRD= 113.25
Index=  26  Cycles/LDRD= 112.69
Index=  28  Cycles/LDRD= 113.65
Index=  30  Cycles/LDRD= 113.92
Index=  32  Cycles/LDRD= 112.94
Index=  40  Cycles/LDRD= 113.65
Index=  48  Cycles/LDRD= 113.31
Index=  56  Cycles/LDRD= 114.51
Index=  64  Cycles/LDRD= 114.52
Index=  96  Cycles/LDRD= 114.72
Index= 128  Cycles/LDRD= 115.97
Index= 192  Cycles/LDRD= 115.67
Index= 256  Cycles/LDRD= 118.43
Index= 384  Cycles/LDRD= 118.03
Index= 512  Cycles/LDRD= 122.04
Index= 768  Cycles/LDRD= 121.20
Index=1024  Cycles/LDRD= 120.75
Index=1536  Cycles/LDRD= 121.70
Index=2048  Cycles/LDRD= 121.51
Index=3072  Cycles/LDRD= 120.59
Memory store performance test at 0x44300000(remote DDR3A)
Index=   0  Cycles/STRD= 24.35
Index=   1  Cycles/STRD= 24.35
Index=   2  Cycles/STRD= 24.35
Index=   3  Cycles/STRD= 24.35
Index=   4  Cycles/STRD= 24.35
Index=   5  Cycles/STRD= 24.35
Index=   6  Cycles/STRD= 24.35
Index=   7  Cycles/STRD= 24.35
Index=   8  Cycles/STRD= 24.35
Index=  10  Cycles/STRD= 24.35
Index=  12  Cycles/STRD= 24.35
Index=  14  Cycles/STRD= 24.35
Index=  16  Cycles/STRD= 24.35
Index=  18  Cycles/STRD= 24.35
Index=  20  Cycles/STRD= 24.35
Index=  22  Cycles/STRD= 24.35
Index=  24  Cycles/STRD= 24.35
Index=  26  Cycles/STRD= 24.35
Index=  28  Cycles/STRD= 24.35
Index=  30  Cycles/STRD= 24.35
Index=  32  Cycles/STRD= 24.35
Index=  40  Cycles/STRD= 24.34
Index=  48  Cycles/STRD= 24.35
Index=  56  Cycles/STRD= 24.34
Index=  64  Cycles/STRD= 24.34
Index=  96  Cycles/STRD= 24.35
Index= 128  Cycles/STRD= 24.34
Index= 192  Cycles/STRD= 24.34
Index= 256  Cycles/STRD= 24.34
Index= 384  Cycles/STRD= 24.34
Index= 512  Cycles/STRD= 24.34
Index= 768  Cycles/STRD= 24.35
Index=1024  Cycles/STRD= 24.34
Index=1536  Cycles/STRD= 24.34
Index=2048  Cycles/STRD= 24.34
Index=3072  Cycles/STRD= 24.35
Overhead test with EDMA CC0 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    482 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    499 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1029 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1030 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1140 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1032 cycles, achieve throughput     9 MB/s
Throughput test with EDMA CC0 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes  39216 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  39254 cycles, achieve throughput  2003 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  39216 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  76512 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  60127 cycles, achieve throughput  1307 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  62860 cycles, achieve throughput  1251 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  39224 cycles, achieve throughput  2004 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  39255 cycles, achieve throughput  2003 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  39223 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  76519 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  60236 cycles, achieve throughput  1305 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  62755 cycles, achieve throughput  1253 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  39328 cycles, achieve throughput  1999 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  39236 cycles, achieve throughput  2004 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  39328 cycles, achieve throughput  1999 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  76513 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  60239 cycles, achieve throughput  1305 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  67084 cycles, achieve throughput  1172 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 115926 cycles, achieve throughput   678 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes  98107 cycles, achieve throughput   801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes  98268 cycles, achieve throughput   800 MB/s
Overhead test with EDMA CC0 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    479 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    479 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    480 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    478 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1028 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1028 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1140 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1034 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  39218 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  39247 cycles, achieve throughput  2003 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  39216 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  76514 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  60122 cycles, achieve throughput  1308 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  62971 cycles, achieve throughput  1248 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  39223 cycles, achieve throughput  2005 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  39272 cycles, achieve throughput  2002 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  39225 cycles, achieve throughput  2004 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  76520 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  60245 cycles, achieve throughput  1305 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  62644 cycles, achieve throughput  1255 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  39329 cycles, achieve throughput  1999 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  39247 cycles, achieve throughput  2003 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  39329 cycles, achieve throughput  1999 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  76513 cycles, achieve throughput  1027 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  60026 cycles, achieve throughput  1310 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  66973 cycles, achieve throughput  1174 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 115924 cycles, achieve throughput   678 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes  98017 cycles, achieve throughput   802 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes  98490 cycles, achieve throughput   798 MB/s
Overhead test with EDMA CC1 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    591 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    591 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1144 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1029 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1028 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1141 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1143 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  43656 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43582 cycles, achieve throughput  1804 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43658 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  84283 cycles, achieve throughput   933 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82855 cycles, achieve throughput   949 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  87169 cycles, achieve throughput   902 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43665 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43700 cycles, achieve throughput  1799 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43665 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  84956 cycles, achieve throughput   925 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  82917 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  87510 cycles, achieve throughput   898 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  43768 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  43686 cycles, achieve throughput  1800 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43658 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  84837 cycles, achieve throughput   926 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  82956 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  96497 cycles, achieve throughput   814 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120365 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102385 cycles, achieve throughput   768 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 103709 cycles, achieve throughput   758 MB/s
Overhead test with EDMA CC1 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    589 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   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1146 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1029 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1030 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1139 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1145 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  43658 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43576 cycles, achieve throughput  1804 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43657 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  85837 cycles, achieve throughput   916 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82854 cycles, achieve throughput   949 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  87281 cycles, achieve throughput   901 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43665 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43698 cycles, achieve throughput  1799 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43663 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  85066 cycles, achieve throughput   924 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  83359 cycles, achieve throughput   943 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  87509 cycles, achieve throughput   898 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  43768 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  43686 cycles, achieve throughput  1800 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43656 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  84948 cycles, achieve throughput   925 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  82996 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  96609 cycles, achieve throughput   814 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120365 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102489 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 104042 cycles, achieve throughput   755 MB/s
Overhead test with EDMA CC1 TC2
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    589 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   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1256 cycles, achieve throughput     7 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1029 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1030 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1139 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1145 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  43657 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43576 cycles, achieve throughput  1804 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43656 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  85948 cycles, achieve throughput   915 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82839 cycles, achieve throughput   949 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  87502 cycles, achieve throughput   898 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43665 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43590 cycles, achieve throughput  1804 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43665 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  84955 cycles, achieve throughput   925 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  83006 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  87286 cycles, achieve throughput   900 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  44101 cycles, achieve throughput  1783 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  43696 cycles, achieve throughput  1799 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43657 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  85172 cycles, achieve throughput   923 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  82992 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  97164 cycles, achieve throughput   809 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120144 cycles, achieve throughput   654 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102484 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 103708 cycles, achieve throughput   758 MB/s
Overhead test with EDMA CC1 TC3
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x40040000(remote LL2  ), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1032 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes    590 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   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1035 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1146 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes    590 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes    585 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   1029 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1141 cycles, achieve throughput     8 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes   1034 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x46100000(remote MSRAM) to 0x46140000(local MSRAM ), consumes   1033 cycles, achieve throughput     9 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes   1143 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  43658 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x46140000(remote MSRAM), consumes  43578 cycles, achieve throughput  1804 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x44300000(remote DDRA ), consumes  43656 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x10840000(local LL2   ), consumes  85837 cycles, achieve throughput   916 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x10840000(local LL2   ), consumes  82893 cycles, achieve throughput   948 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x10840000(local LL2   ), consumes  86613 cycles, achieve throughput   907 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x40040000(remote LL2  ), consumes  43665 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x46140000(remote MSRAM), consumes  43694 cycles, achieve throughput  1799 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x44300000(remote DDRA ), consumes  43664 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes  84845 cycles, achieve throughput   926 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes  83107 cycles, achieve throughput   946 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes  87843 cycles, achieve throughput   895 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x40040000(remote LL2  ), consumes  43770 cycles, achieve throughput  1796 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x46140000(remote MSRAM), consumes  43692 cycles, achieve throughput  1799 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x44300000(remote DDRA ), consumes  43656 cycles, achieve throughput  1801 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x88100000(local DDR   ), consumes  84838 cycles, achieve throughput   926 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x88100000(local DDR   ), consumes  82970 cycles, achieve throughput   947 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x88100000(local DDR   ), consumes  96499 cycles, achieve throughput   814 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x40020000(remote LL2  ) to 0x40040000(remote LL2  ), consumes 120366 cycles, achieve throughput   653 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x46100000(remote MSRAM) to 0x46140000(remote MSRAM), consumes 102508 cycles, achieve throughput   767 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x44200000(remote DDRA ) to 0x44300000(remote DDRA ), consumes 104152 cycles, achieve throughput   755 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.
