Components & subsystems · United States

Intel

The only US-headquartered leading-edge logic manufacturer, ramping its 18A node with RibbonFET and backside power through Intel Foundry.

Headquarters
Santa Clara, United States · North America
Value chain
Components & subsystems(Inputs); also Contract manufacturing
What that means
Makes the parts others build into products: chips, sensors, optics, modules, engines and subsystems.
Founded
1968
Staff
108,900 (2024)
Ownership
Listed
Listing
Nasdaq:INTC on Google Finance
Website
intel.com
Relevance
Very high at its strongest, in Advanced Semiconductor Fabrication

In 6 capabilities

Each capability the company is listed in, most relevant first: how experts in the field see its global relevance there, why it is listed and the source.

  1. Semiconductors & Advanced Computing · Manufacture · listed #4 of 50

    The only US-headquartered leading-edge logic manufacturer, ramping its 18A node with RibbonFET and backside power through Intel Foundry.

    Relevance: Major leading-edge logic manufacturer and process innovator

    Source · en.wikipedia.org

  2. Semiconductors & Advanced Computing · Manufacture · listed #4 of 50

    Developed EMIB and Foveros 3D stacking, led the UCIe chiplet standard and sells advanced packaging as a foundry service from sites in New Mexico, Malaysia and elsewhere.

    Relevance: EMIB and Foveros pioneer; UCIe chiplet standard leader

    Source · intel.com

  3. Semiconductors & Advanced Computing · Design · listed #9 of 50

    Supplies Xeon CPUs used across most of the world's HPC installations, Gaudi AI accelerators and the Aurora exascale system, and is the top international patent applicant in this field.

    Relevance: Major HPC CPU supplier, weaker in AI accelerators

    Source · en.wikipedia.org

  4. Semiconductors & Advanced Computing · Design · listed #13 of 50

    Designs x86 CPUs, Gaudi accelerators and Altera FPGAs, and holds one of the largest bodies of chip-design patents.

    Relevance: Major CPU and accelerator designer, though losing design leadership

    Source · en.wikipedia.org

  5. Quantum Technologies · Research · listed #17 of 50

    Develops silicon spin-qubit chips (Tunnel Falls) made on 300mm CMOS lines plus the Horse Ridge cryogenic control chip.

    Relevance: Silicon spin-qubit research on CMOS lines; slower progress

    Source · intel.com

  6. Quantum Technologies · Research · listed #22 of 50

    Intel is a top-10 international PQC patent applicant, does research on hardware acceleration of lattice and hash-based schemes, and is adding PQC to platform firmware security.

    Relevance: PQC research and hardware acceleration

    Source · intel.com