CHIPS Alliance is a Linux Foundation project (founded in 2019) that develops open-source hardware (silicon) and tools, including CPUs, SoC subsystems, peripherals, IP blocks, and FPGA tooling. The Alliance fosters collaboration among 50+ member organizations across industry (AMD, Antmicro, Google, Microsoft, SiFive, Intel, Nvidia, Cisco, Synopsys, Microchip, SanDisk and others) and academia (Berkeley, Stanford, MIT, and more) to lower the cost of hardware design, accelerate innovation in silicon, and provide an open and accessible alternative to proprietary EDA flows. CHIPS Alliance hosts more than a dozen technical projects including Chisel (Hardware Construction Language), F4PGA, Caliptra (Root of Trust), VeeR (RISC-V cores), Surelog/UHDM (SystemVerilog parsing), and the FPGA Interchange format. The Alliance does not publish a centralized REST API; technical assets are distributed via GitHub repositories under github.com/chipsalliance and member-driven mailing lists.
CHIPS Alliance is profiled on the APIs.io network. Tagged areas include Chisel, EDA, FPGA, Hardware, and Linux Foundation.
CHIPS Alliance’s developer surface includes engineering blog and 12 more developer resources.
Regulatory Posture applies to this provider. Its tags matched the
Horizontal (data, software, accessibility, platform) regime, so
Regulatory Posture carries 15 points of the composite.
If this regime is wrong for your business, say so on your
provider repo — the
applicability map is public and we will correct it.
Create-or-Update Ergonomics could not be measured. We hold no machine-readable contract for
this provider to read, so there is nothing to measure a write surface against. Excluded rather than scored zero:
never-measured and measured-empty are different facts. Publishing an OpenAPI is what makes this facet — and
several others — scorable at all.
The six quality facets above are damped to 85 points between them,
because the conditional facet above carries the other
15. That is why each facet's contribution is shown against a damped
maximum: raising a quality facet moves the composite by 85% of its nominal
weight, not 100%. The full arithmetic is at apis.io/rating/.
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