AlgoSilicon provides the Python2Verilog development platform, FPGA IP cores, and engineering services. We define the acceptance boundary before building and keep implementation and board results tied to it.

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RECORDED PROOF

Hardware checks with controls

4 trials

LDPC silicon gate passed on its declared workload; negative controls reported failure. Some unsupported or oversized cells were excluded. MEASURED

3 trials

WLAN receive-path silicon gate passed across fresh boots; negative controls reported failure. MEASURED

These gate records describe specific builds and workloads, not a general device-performance guarantee.

WORK WITH US

Choose the right starting point

License FPGA IP

Use a core from the catalog with its verification and implementation evidence.

Browse IP cores

Use Python2Verilog

Evaluate the platform on one algorithm, or work with our engineers on a defined delivery.

Explore the platform

Build a complete system

Integrate the FPGA design with board, embedded software, host, and application.

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DESIGN SERVICE

Bring an algorithm and define acceptance

Frame

Agree on behavior, target hardware, workload, interfaces, and pass criteria.

Build and check

Develop the architecture and RTL, then compare models and run implementation tools.

Deliver

Provide the scoped package and evidence, including board testing when agreed.

What our engineers deliver

ON SILICON

A deployed system is more than an RTL file

Our WLAN work connects FPGA receive logic with embedded control, host processing, and a live application on an RFSoC. The published case study identifies the board, signal path, test conditions, and remaining limits.

Read the RFSoC system case study

METHOD

Evidence decides what is accepted

The executable reference, cycle-aware model, RTL, implementation reports, and board checks answer different questions. Independent tests and negative controls help expose errors that agreement between generated files alone could miss.

How the checks work

Start with one bounded evaluation

Share an executable reference, target device or board, representative workload, and the result your team needs to accept.

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