Flex Image Attempt

flex_image_attempt Bitstream (.bit) and Programming Files (.mcs).

SHA256 Checksums of Files:

6faa2a23e09ad883cf0f7102ba8afcca52a22326b13c54625e65f068f3c992a2  flex_image_attempt_bitstreams.zip

7e1ffffeecb625f12fdef525a9baba9ff05998c77ed3c8daee602ea35caab36b  design_1_wrapper.bit
e3a8062b4874272abe157e11ed85c9c73e55ad4acee18808087b3dd2f9953af5  flex_image_0x00000000_primary.mcs
a4ba25c90bf84a17ad381002e02cbb4dc7070f53a3d1d34da5da422504028123  flex_image_0x00000000_secondary.mcs
7785d1a883650b75eaaf393a0b38d3060fd3ff0d474c83a1b904b5e3d9494409  flex_image_0x03000000_primary.mcs
5281db5bb2ddf312997c1a19f25200b5c8f9d5e229624f8bc5235d4a72c8c01d  flex_image_0x03000000_secondary.mcs
8d97308d86b082c3f575da9e5eb0728ce8d668d872970902aba7f8fc355c6084  flex_image_primary.bin
48908d3345966206c84a54e38c3c27a4a868d8e2b2b72b65a87e2f280f8ac522  flex_image_secondary.bin

IBERT for GTY

FPGA Configuration Memory Programming Files (.bin) and Bitstream (.bit) for the XCKU15P-FFVE1517-2-I to test GTY Transceivers.

SHA256 Checksums of Files:

e4fc7ad1f318db0fc05e92861f4efe473eea4042c8643751d8c2afa9c583545f  IBERT_GTY_Quads_129_130_161.13MHz.zip

df1f9415663e3c3f81500cc7744525b867ad6b1bd91237911a86704aa859fd0d  IBERT_GTY_Quads_129_130_161.13MHz.bit
dcce513080b47c942bed6810d78330635d695d951fb1f1b500b190f0b0aa7cd5  IBERT_GTY_Quads_129_130_161.13MHz_primary.bin
bbad661609112b3cca911d81ca19d6da7df55c1532159f0b0215f4d20d4785fc  IBERT_GTY_Quads_129_130_161.13MHz_secondary.bin


0df1f024e2d19073b13fdffafd571a9c99ee2e48d48cf6206cbc89e8bc923e8b  IBERT_GTY_Quads_131_132_100MHz.zip

04f774ccf0a61297677de5e0cbae89dde27ece58506b52b5b8d719912fc2b68d  IBERT_GTY_Quads_131_132_100MHz.bit
689dcf3519903e91c3468d023c3c27aa026d4333c27ec9a5011678ee30d46bd4  IBERT_GTY_Quads_131_132_100MHz_primary.bin
77d90acffc398590e14a95929bf5a169115c3746a52d4405fc21742fb3419ee1  IBERT_GTY_Quads_131_132_100MHz_secondary.bin

XDMA Stream and OpenCAPI Tests

SHA256 Checksums for the xdma_opencapi and xdma_stream tests.

609f4b9aaabe5afba70834ecb6f16f2b3f56371fe8d289a94dc9c4e79245f3bb  xdma_mm_opencapi_x8.zip
3f0fd5e93e550defd0d17e414c70c5e3e10220185583b692c0ea1ee8e0e7d08c  xdma_mm_opencapi_x8_primary.bin
c8eeaf365d9671b3a72ac6b357fd55ab8be8a628ced3a360e53ab3dc838cee00  xdma_mm_opencapi_x8_secondary.bin

e0e208aebd9145be1d45a7dd2838b041e06b6869125a917f750d290c19674d9d  innova2_xdma_stream_demo.zip
a107bd5aa4b03dd6bf91c0de8729700c6416244ad6c041eb7c458b77dacdbcc2  innova2_xdma_stream_demo_primary.bin
672fb5630581e40d51ce939381f683d6f5c0a89dd966b864af61b7bb67b0a01d  innova2_xdma_stream_demo_secondary.bin

Proof of Basic RISC-V Functionality

Proof of Basic Functionality for RISC-V on the Innova-2.
UART over XDMA works well enough to communicate with and boot a RISC-V Linux system.
Linux boot fails on missing boot drive.

MD5 Checksums:

01d74b05d4b5421fdcf21be70f2048af  innova2-riscv_primary.bin
1948edcbf584d456683f0bd1530fb65a  innova2-riscv_secondary.bin

fd156f7719b39f41e0fe0f04dca36214  Image
868f767b0b6e838852c9075643a9fd1d  ramdisk
0fef4ba92ff5d3014ab4787675458bfb  opensbi_boot.elf
d80cb62c6995e329b0b6853d727d88e2  bare-metal_hello-world_boot.elf

4cab44d93b10960a7dd0ce653630d69b  xdma_uart-to-uart_primary.bin
015c797003f4ddf770c6ea418bd22a18  xdma_uart-to-uart_secondary.bin