JTAG ID= 0x0b9a702f. This is a K2L device, version variant = 0
DEVSTAT= 0x1e000ee1. 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= 0x0400500a, 0x0c00ea81, 0x00000000, 0x5f260020
DSP speed grade = 1200MHz, ARM speed grade= 1200MHz
Enable IRQ and FIQ.
Enable Exception handling...
Initialize main core clock = 100.00MHz/1x12 = 1200MHz
Initialize ARM 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.
PCIE PHY loopback mode at 5.0GHz.
PCIE link 0 start link training...
PCIE link 0 training is finished.
PCIE memory test passed at address 0x51800000
PCIE memory test passed at address 0x54840000
PCIE memory test passed at address 0x54920000
PCIE MSI8 interrupt generated!
PCIE interrupt latency is 1942 cycles
#########RC starts core access performance test!#########
  135 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x54920000(  remote LL2), consumes 581755 cycles
   29 MB/s, copy  65536 bytes from 0x54920000(  remote LL2) to 0x0c080000( local MSRAM), consumes 2674158 cycles
   24 MB/s, copy  65536 bytes from 0x54920000(  remote LL2) to 0x54930000(  remote LL2), consumes 3238618 cycles
  135 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x54840000(remote MSRAM), consumes 581708 cycles
   28 MB/s, copy  65536 bytes from 0x54840000(remote MSRAM) to 0x0c080000( local MSRAM), consumes 2787778 cycles
   23 MB/s, copy  65536 bytes from 0x54840000(remote MSRAM) to 0x54850000(remote MSRAM), consumes 3361497 cycles
  135 MB/s, copy  65536 bytes from 0x0c080000( local MSRAM) to 0x51800000(remote DDR3A), consumes 581729 cycles
   26 MB/s, copy  65536 bytes from 0x51800000(remote DDR3A) to 0x0c080000( local MSRAM), consumes 2956418 cycles
   21 MB/s, copy  65536 bytes from 0x51800000(remote DDR3A) to 0x51810000(remote DDR3A), consumes 3596606 cycles
Memory load performance test at 0x54920000(  remote LL2)
Index=   0  Cycles/LDRD= 181.86
Index=   1  Cycles/LDRD= 181.66
Index=   2  Cycles/LDRD= 181.63
Index=   3  Cycles/LDRD= 181.59
Index=   4  Cycles/LDRD= 181.57
Index=   5  Cycles/LDRD= 181.60
Index=   6  Cycles/LDRD= 181.61
Index=   7  Cycles/LDRD= 181.63
Index=   8  Cycles/LDRD= 181.52
Index=  10  Cycles/LDRD= 181.65
Index=  12  Cycles/LDRD= 181.73
Index=  14  Cycles/LDRD= 181.56
Index=  16  Cycles/LDRD= 181.72
Index=  18  Cycles/LDRD= 181.59
Index=  20  Cycles/LDRD= 181.52
Index=  22  Cycles/LDRD= 181.51
Index=  24  Cycles/LDRD= 181.46
Index=  26  Cycles/LDRD= 181.64
Index=  28  Cycles/LDRD= 181.64
Index=  30  Cycles/LDRD= 181.68
Index=  32  Cycles/LDRD= 181.54
Index=  40  Cycles/LDRD= 181.65
Index=  48  Cycles/LDRD= 181.70
Index=  56  Cycles/LDRD= 181.61
Memory store performance test at 0x54920000(  remote LL2)
Index=   0  Cycles/STRD= 121.84
Index=   1  Cycles/STRD= 121.92
Index=   2  Cycles/STRD= 121.96
Index=   3  Cycles/STRD= 121.83
Index=   4  Cycles/STRD= 121.90
Index=   5  Cycles/STRD= 121.79
Index=   6  Cycles/STRD= 121.79
Index=   7  Cycles/STRD= 121.93
Index=   8  Cycles/STRD= 121.92
Index=  10  Cycles/STRD= 121.81
Index=  12  Cycles/STRD= 121.93
Index=  14  Cycles/STRD= 121.90
Index=  16  Cycles/STRD= 121.90
Index=  18  Cycles/STRD= 121.86
Index=  20  Cycles/STRD= 121.88
Index=  22  Cycles/STRD= 121.92
Index=  24  Cycles/STRD= 121.88
Index=  26  Cycles/STRD= 121.86
Index=  28  Cycles/STRD= 121.90
Index=  30  Cycles/STRD= 121.91
Index=  32  Cycles/STRD= 121.96
Index=  40  Cycles/STRD= 121.80
Index=  48  Cycles/STRD= 121.84
Index=  56  Cycles/STRD= 121.87
Memory load performance test at 0x54840000(remote MSRAM)
Index=   0  Cycles/LDRD= 190.47
Index=   1  Cycles/LDRD= 190.66
Index=   2  Cycles/LDRD= 191.09
Index=   3  Cycles/LDRD= 190.61
Index=   4  Cycles/LDRD= 190.57
Index=   5  Cycles/LDRD= 191.05
Index=   6  Cycles/LDRD= 190.55
Index=   7  Cycles/LDRD= 191.03
Index=   8  Cycles/LDRD= 190.53
Index=  10  Cycles/LDRD= 190.55
Index=  12  Cycles/LDRD= 190.62
Index=  14  Cycles/LDRD= 190.59
Index=  16  Cycles/LDRD= 190.44
Index=  18  Cycles/LDRD= 190.52
Index=  20  Cycles/LDRD= 190.79
Index=  22  Cycles/LDRD= 190.86
Index=  24  Cycles/LDRD= 191.14
Index=  26  Cycles/LDRD= 190.69
Index=  28  Cycles/LDRD= 190.91
Index=  30  Cycles/LDRD= 190.53
Index=  32  Cycles/LDRD= 190.59
Index=  40  Cycles/LDRD= 191.44
Index=  48  Cycles/LDRD= 190.72
Index=  56  Cycles/LDRD= 191.05
Index=  64  Cycles/LDRD= 190.82
Index=  96  Cycles/LDRD= 190.90
Index= 128  Cycles/LDRD= 191.21
Index= 192  Cycles/LDRD= 191.15
Memory store performance test at 0x54840000(remote MSRAM)
Index=   0  Cycles/STRD= 121.94
Index=   1  Cycles/STRD= 121.78
Index=   2  Cycles/STRD= 121.90
Index=   3  Cycles/STRD= 121.81
Index=   4  Cycles/STRD= 121.82
Index=   5  Cycles/STRD= 121.86
Index=   6  Cycles/STRD= 121.80
Index=   7  Cycles/STRD= 121.88
Index=   8  Cycles/STRD= 121.81
Index=  10  Cycles/STRD= 121.85
Index=  12  Cycles/STRD= 121.87
Index=  14  Cycles/STRD= 121.98
Index=  16  Cycles/STRD= 121.89
Index=  18  Cycles/STRD= 121.84
Index=  20  Cycles/STRD= 121.83
Index=  22  Cycles/STRD= 121.92
Index=  24  Cycles/STRD= 121.84
Index=  26  Cycles/STRD= 121.80
Index=  28  Cycles/STRD= 121.80
Index=  30  Cycles/STRD= 121.80
Index=  32  Cycles/STRD= 121.92
Index=  40  Cycles/STRD= 121.82
Index=  48  Cycles/STRD= 121.96
Index=  56  Cycles/STRD= 121.96
Index=  64  Cycles/STRD= 121.88
Index=  96  Cycles/STRD= 121.82
Index= 128  Cycles/STRD= 121.86
Index= 192  Cycles/STRD= 121.85
Memory load performance test at 0x51800000(remote DDR3A)
Index=   0  Cycles/LDRD= 203.97
Index=   1  Cycles/LDRD= 204.74
Index=   2  Cycles/LDRD= 204.28
Index=   3  Cycles/LDRD= 204.24
Index=   4  Cycles/LDRD= 202.80
Index=   5  Cycles/LDRD= 204.23
Index=   6  Cycles/LDRD= 203.38
Index=   7  Cycles/LDRD= 203.78
Index=   8  Cycles/LDRD= 202.56
Index=  10  Cycles/LDRD= 203.04
Index=  12  Cycles/LDRD= 204.08
Index=  14  Cycles/LDRD= 202.89
Index=  16  Cycles/LDRD= 203.12
Index=  18  Cycles/LDRD= 203.14
Index=  20  Cycles/LDRD= 202.69
Index=  22  Cycles/LDRD= 203.18
Index=  24  Cycles/LDRD= 204.28
Index=  26  Cycles/LDRD= 204.46
Index=  28  Cycles/LDRD= 204.30
Index=  30  Cycles/LDRD= 204.02
Index=  32  Cycles/LDRD= 204.29
Index=  40  Cycles/LDRD= 205.36
Index=  48  Cycles/LDRD= 204.36
Index=  56  Cycles/LDRD= 204.74
Index=  64  Cycles/LDRD= 204.79
Index=  96  Cycles/LDRD= 204.14
Index= 128  Cycles/LDRD= 204.81
Index= 192  Cycles/LDRD= 204.52
Index= 256  Cycles/LDRD= 203.21
Index= 384  Cycles/LDRD= 205.33
Index= 512  Cycles/LDRD= 209.51
Index= 768  Cycles/LDRD= 210.14
Index=1024  Cycles/LDRD= 211.43
Index=1536  Cycles/LDRD= 211.58
Index=2048  Cycles/LDRD= 210.50
Index=3072  Cycles/LDRD= 211.12
Memory store performance test at 0x51800000(remote DDR3A)
Index=   0  Cycles/STRD= 121.92
Index=   1  Cycles/STRD= 122.02
Index=   2  Cycles/STRD= 121.81
Index=   3  Cycles/STRD= 121.89
Index=   4  Cycles/STRD= 121.80
Index=   5  Cycles/STRD= 121.79
Index=   6  Cycles/STRD= 121.87
Index=   7  Cycles/STRD= 121.84
Index=   8  Cycles/STRD= 121.88
Index=  10  Cycles/STRD= 121.79
Index=  12  Cycles/STRD= 121.84
Index=  14  Cycles/STRD= 121.82
Index=  16  Cycles/STRD= 121.91
Index=  18  Cycles/STRD= 121.88
Index=  20  Cycles/STRD= 121.88
Index=  22  Cycles/STRD= 121.90
Index=  24  Cycles/STRD= 121.78
Index=  26  Cycles/STRD= 121.81
Index=  28  Cycles/STRD= 121.82
Index=  30  Cycles/STRD= 121.80
Index=  32  Cycles/STRD= 121.91
Index=  40  Cycles/STRD= 121.79
Index=  48  Cycles/STRD= 121.95
Index=  56  Cycles/STRD= 121.96
Index=  64  Cycles/STRD= 121.88
Index=  96  Cycles/STRD= 121.81
Index= 128  Cycles/STRD= 121.82
Index= 192  Cycles/STRD= 121.87
Index= 256  Cycles/STRD= 121.83
Index= 384  Cycles/STRD= 121.88
Index= 512  Cycles/STRD= 121.80
Index= 768  Cycles/STRD= 121.79
Index=1024  Cycles/STRD= 121.92
Index=1536  Cycles/STRD= 121.89
Index=2048  Cycles/STRD= 121.87
Index=3072  Cycles/STRD= 121.82
#########RC starts EDMA performance test!#########
Overhead test with EDMA CC0 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    567 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1803 cycles, achieve throughput     5 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    594 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    589 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    588 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1483 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1593 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1692 cycles, achieve throughput     5 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    587 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1472 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1911 cycles, achieve throughput     5 MB/s
Throughput test with EDMA CC0 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192504 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192558 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192504 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218282 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218373 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192506 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192543 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192614 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218257 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218391 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218371 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192621 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192657 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192623 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218253 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218400 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218375 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416170 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 417002 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416723 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC0 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    579 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1578 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    583 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    581 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    582 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1468 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1582 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1582 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1471 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1586 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC0 TC1
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192612 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192649 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192622 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218253 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218377 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218372 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192503 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192547 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192505 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218260 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218282 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218367 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192843 cycles, achieve throughput   407 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192647 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192622 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218264 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218396 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218374 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416058 cycles, achieve throughput   189 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 416990 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416613 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC1 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    472 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    476 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    469 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1468 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    582 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    469 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    472 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1469 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1579 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1582 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    583 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1583 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1584 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC1 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192504 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192553 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192510 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218285 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218373 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192619 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192550 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192614 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218260 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218384 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218482 cycles, achieve throughput   359 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192620 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192672 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192618 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218259 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218395 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218378 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416060 cycles, achieve throughput   189 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 416883 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416731 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC1 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    476 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    474 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    469 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1475 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    582 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    471 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    471 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1471 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1579 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1472 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1582 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1471 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1585 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC1 TC1
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192504 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192544 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192503 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218288 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218374 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192505 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192559 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192503 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218255 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218386 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218367 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192621 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192552 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192622 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218262 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218403 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218373 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416058 cycles, achieve throughput   189 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 416907 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416732 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC1 TC2
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    468 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    475 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1472 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    582 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1582 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    583 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    581 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1471 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1582 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1471 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1578 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC1 TC2
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192509 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192557 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192510 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218255 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218289 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218366 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192508 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192561 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192617 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218257 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218271 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218367 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192617 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192670 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192622 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218391 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218490 cycles, achieve throughput   359 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416171 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 416986 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416731 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC1 TC3
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    474 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    473 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1475 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    580 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    472 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1469 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    583 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1471 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1583 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1469 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1472 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1586 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC1 TC3
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192512 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192553 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192502 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218254 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218276 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218373 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192614 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192539 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192614 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218258 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218280 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218368 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192622 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192560 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192617 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218258 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218280 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218482 cycles, achieve throughput   359 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416057 cycles, achieve throughput   189 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 416901 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416621 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC2 TC0
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    482 cycles, achieve throughput    19 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    475 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1583 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    582 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    469 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1469 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1468 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1583 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1471 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1584 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC2 TC0
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192503 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192555 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192509 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218276 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218375 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192616 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192546 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192619 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218258 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218380 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218368 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192614 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192549 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192623 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218392 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218375 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416169 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 417001 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416842 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC2 TC1
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    475 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    475 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    474 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1472 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    581 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    471 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    471 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    581 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    582 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    582 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1468 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1578 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC2 TC1
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192511 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192548 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192623 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218262 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218269 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218375 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192506 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192536 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192505 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218368 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218278 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218369 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192617 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192641 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192621 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218285 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218376 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416171 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 416921 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416731 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC2 TC2
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    473 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    473 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    475 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    581 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    470 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1579 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1581 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    586 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    583 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1473 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1583 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1584 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1468 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1581 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC2 TC2
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192510 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192543 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192510 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218263 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218278 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218586 cycles, achieve throughput   359 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192617 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192545 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192508 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218257 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218386 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218368 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192622 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192648 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192617 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218256 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218282 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218490 cycles, achieve throughput   359 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416171 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 417014 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416832 cycles, achieve throughput   188 MB/s
Overhead test with EDMA CC2 TC3
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes    476 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes    476 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes    473 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes   1469 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes    581 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes    472 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes    471 cycles, achieve throughput    20 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes    585 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes    584 cycles, achieve throughput    16 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes   1585 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes   1580 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes   1470 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x54800000(remote MSRAM) to 0x54840000(local MSRAM ), consumes   1474 cycles, achieve throughput     6 MB/s
transfer    1 *     8 Bytes with index=    8 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes   1584 cycles, achieve throughput     6 MB/s
Throughput test with EDMA CC2 TC3
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54920000(remote LL2  ), consumes 192512 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x54840000(remote MSRAM), consumes 192451 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x10820000(local LL2   ) to 0x51800000(remote DDRA ), consumes 192510 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x10840000(local LL2   ), consumes 218262 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x10840000(local LL2   ), consumes 218278 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x10840000(local LL2   ), consumes 218375 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54920000(remote LL2  ), consumes 192505 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x54840000(remote MSRAM), consumes 192549 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x c080000(local MSRAM ) to 0x51800000(remote DDRA ), consumes 192506 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x c0c0000(local MSRAM ), consumes 218259 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x c0c0000(local MSRAM ), consumes 218385 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x c0c0000(local MSRAM ), consumes 218366 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54920000(remote LL2  ), consumes 192622 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x54840000(remote MSRAM), consumes 192557 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x88000000(local DDR   ) to 0x51800000(remote DDRA ), consumes 192623 cycles, achieve throughput   408 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x88100000(local DDR   ), consumes 218374 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x88100000(local DDR   ), consumes 218397 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x88100000(local DDR   ), consumes 218374 cycles, achieve throughput   360 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54900000(remote LL2  ) to 0x54920000(remote LL2  ), consumes 416059 cycles, achieve throughput   189 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x54800000(remote MSRAM) to 0x54840000(remote MSRAM), consumes 417010 cycles, achieve throughput   188 MB/s
transfer    4 * 16384 Bytes with index=16384 from 0x50800000(remote DDRA ) to 0x51800000(remote DDRA ), consumes 416840 cycles, achieve throughput   188 MB/s
EDMA test complete
PCIE test complete.
