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Tom's Hardware108 d ago

Intel Licenses Atom-Class x86 Cores to Emerging Startup, Enabling Custom Processor Development

Intel is reportedly licensing its Atom-class x86 cores, along with Register-Transfer Level (RTL) designs, to a newly established startup. This strategic move empowers the startup, founded by a co-investor of Lip-Bu Tan in May, to develop its own customized processors leveraging Intel's established general-purpose x86 core architecture.

Intel Licenses Atom-Class x86 Cores to Emerging Startup, Enabling Custom Processor Development

In a significant strategic shift, Intel is reportedly extending its x86 licensing model by providing Atom-class cores and their corresponding Register-Transfer Level (RTL) designs to a nascent startup. This unprecedented move signals Intel's willingness to allow external entities to customize and build their own processors based on its widely adopted x86 general-purpose core architecture.

The startup in question, established in May, is reportedly linked to a co-investor of Lip-Bu Tan, a prominent figure in the semiconductor industry with extensive experience in venture capital and technology. This connection lends credibility to the emerging company's potential to effectively utilize Intel's intellectual property.

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Traditionally, Intel has maintained tight control over its core x86 architecture, primarily offering only fully integrated processors to its partners and customers. This new licensing agreement represents a notable departure from that strategy, broadening Intel's engagement in the custom silicon market.

By providing RTL, Intel is essentially giving the startup a blueprint for its Atom-class cores, allowing for deep customization and integration into specialized chip designs. This could enable the startup to target niche markets or develop highly optimized solutions tailored to specific vertical applications where standard off-the-shelf processors might not suffice. For Intel, this could mean new revenue streams from licensing and a wider adoption of its x86 instruction set in innovative ways, without bearing the full burden of specialized chip development.

Summary based on third-party reporting.

Original source: Tom's Hardware

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