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Verilog implementation of the SHA-512 hash function.

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sha512
======
## Status ##
The core is completed and is considered mature. The core has been used
in more than one FPGA design.

## Introduction
Verilog implementation of the SHA-512 hash function. This implementation
complies with the functionality in NIST FIPS 180-4. The implementation
supports the SHA-512 variants SHA-512/224, SHA-512/256, SHA-384 and
SHA-512.

### Contact information ##

Assured provides customer support including customization, integration
and system development related to the core. For more information,
please contact [Assured Security
Consultants](https://www.assured.se/contact).

## Implementation details ##
The core uses a sliding window with 16 64-bit registers for the W
memory. The top level wrapper contains flag control registers for init
and next that automatically resets. This means that the flags must be
set for every block to be processed.

## FuseSoC
This core is supported by the
[FuseSoC](https://github.com/olofk/fusesoc) core package manager and
build system. Some quick  FuseSoC instructions:

Install FuseSoC
~~~
pip install fusesoc
~~~

Create and enter a new workspace
~~~
mkdir workspace && cd workspace
~~~

Register sha512 as a library in the workspace
~~~
fusesoc library add sha512 /path/to/sha512
~~~
...if repo is available locally or...
...to get the upstream repo
~~~
fusesoc library add sha512 https://github.com/secworks/sha512
~~~

Run tb_sha512 testbench
~~~
fusesoc run --target=tb_sha512 secworks:crypto:sha512
~~~

Run with modelsim instead of default tool (icarus)
~~~
fusesoc run --target=tb_sha512 --tool=modelsim secworks:crypto:sha512
~~~

## Implementation results

### Xilinx FPGAs ###
Implementation results using ISE 14.7.

***Artix-7***
- xc7a200t-3fbg484
- 4869 Slice LUTs
- 1575 Slices
- 3918 regs
- 96 MHz

***Spartan-6***
- xc6slx45-3csg324
- 4333 LUTs
- 1300 Slices
- 3853 regs
- 57 MHz

### Altera FPGAs ###

***Altera Cyclone V GX***
- 2923 ALMs
- 3609 Registers
- 80 MHz max clock frequency

sha512

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