Introduction
Tashkian Hardware Architecture & Specifications
Architecting Hardware-Rooted Trust and Next-Gen Compute on Silicon. Synthesizable PQC cores, dedicated hardware NTT engines, and analog-in-memory compute IP.
Tashkian Semiconductor physical silicon layer-e true post-quantum cryptographic security ebong ultra-efficient analog-in-memory compute IP design kore. Direct enterprise storage, sovereign defense systems ebong mission-critical datacenters-ke mathematical ebong physical level-e secure rakhe.
Designed for SoC architects and ASIC engineering teams, delivering tape-out ready SystemVerilog RTL and verified collateral.
Explore hardware specifications, synthesizable RTL integration manuals, PQC TPM bus interfaces, and ReRAM in-memory computing guides.
Why Tashkian?
Modern enterprise security requires physical silicon enforcement — software encryption alone cannot survive quantum cryptanalysis and physical side-channel probing.
Tashkian silicon architecture is built upon three foundational engineering pillars:
Clarity: structured outputs you can actually use
Speed: fast processing with minimal overhead
Flexibility: works across different use cases and systems
What are the latest update?
We continuously tape out, silicon-verify, and deliver foundry-qualified collateral across TSMC, GlobalFoundries, and Intel Foundry nodes.