May 2, 2019 · Multi-computation of SHA-256 is working in parallel pipelines, indicating that the computation capacity can be 3 times of standard SHA-256 ...
The proposed SHA-256 hardware architecture has been implemented and synthesized with Intel 14nm technology. Simulation and synthesis results show the proposed ...
In order to improve the computation capacity of hardware, the proposed design first uses pipeline principle and circuitry of timing prediction to find a most.
The proposed SHA-256 hashing throughput can be improved by 3 times with 50.7% power reduction, at an area cost of 2.9 times compared to that of the standard ...
Download Citation | On Feb 1, 2019, Xiaoyong Zhang and others published A High-Performance Parallel Computation Hardware Architecture in ASIC of SHA-256 Hash |
Simulation and synthesis results show the proposed SHA-256 hashing throughput can be improved by 3 times with 50.7% power reduction, at an area cost of 2.9 ...
To this end, we propose a hardware accelerator for generating Merkle trees efficiently. The hash computation for Merkle tree generation is conducted with ASIC ...
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Dec 25, 2023 · This work presents a custom ASIC hardware accelerator for the SHA-256 algorithm entirely created using open-source electronic design automation tools.
This paper presents a novel high-throughput SHA-256 design exploiting approximate computing. The 32-bit addition of the SHA-256 architecture consumes a lot ...
Our architecture generates one 256-bit hash value per clock cycle. We implemented the proposed double SHA-256 accelerator architectures in ASIC CMOS. 0.18 µm ...