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AES (Rijndael) IP Core: Overview
Description
Simple AES (Rijndael) IP Core. I have tried to balance this implementation and to trade off size and performance. The goal was to be able to fit in to a low cost Xilinx Spartan series FPGA and still be as fast as possible.
As one can see from the implementation results below, this goal has been achieved ! Other Implementations of this standard with different key sizes (192 & 256 bit) and performance attributes (like a fully pipelined ultra-high-speed version) are commercially available from ASICS.ws. Even though no official testing has been performed we believe that this core is fully complies to FIPS-197">pdf. For more information see the core documentation.
Features
- 16 byte block size
- 16 byte key size
- separate cipher (encrypt) block
- separate inverted cipher (decrypt) block
- incorporated key expansion module
- written in verilog
Sample Synthesis Results for the Cipher Block
| Technology |
Size/Area |
Speed/Performance | | Xilinx Spartan IIe XS2V200-6 |
3497 LUTs (74 %), 1026 Regs. (21 %) |
101 Mhz (1.08 Gbits/sec) | | UMC 0.18u Std. Cell |
38K Gates |
265 Mhz (2.82 Gbits/sec) |
Sample Synthesis Results for the Inverse Cipher Block
| Technology |
Size/Area |
Speed/Performance | | Xilinx Spartan IIe XS2V200-6 |
3393 LUTs (72 %), 883 Regs. (18 %) |
85 Mhz (906 Mbits/sec) | | UMC 0.18u Std. Cell |
50K Gates |
235 Mhz (2.5 Gbits/sec) |
Status
- Nov 12, 2002 Found a bunch of test vectors on the NIST site, added them today to the testbench. Added missing timescale.v file.
- I could use some "official" testvectors. If you know were to get them or have any, please contact the author.
- This core is done. Initial Release: Nov. 9, 2002
This IP Core is provided by:
www.ASICS.ws - Solutions for your ASIC/FPGA needs -
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