San Jose, California, United States
Ayar Labs develops optical I/O solutions for large-scale AI workloads to accelerate data movement within AI systems.
- Revenue
- $91.6M
- Year founded
- 2015
- Funding
- $345M
- Team size
- 209
As of October 2026, Latka tracks 1 semiconductors companies with $10M–$100M in annual revenue. They have combined revenues of $91.6M and employ 209 people. They have raised $345M.
Every company below is ranked by its most recent annual revenue. Revenue, funding, headcount and customer figures come from CEO interviews on the Latka podcast, public company filings, and Latka estimates where a company has not disclosed a number.
Semiconductor companies design and sell chips and chip-level hardware: AI accelerators, processors, optical and photonic interconnects, and the cards, servers and IP licences built on them, usually with a compiler or software stack to program them.
Sorting: Highest -> Lowest
Showing 1 of 1 companies ranked by annual revenue.
San Jose, California, United States
Ayar Labs develops optical I/O solutions for large-scale AI workloads to accelerate data movement within AI systems.
Latka tracks 1 semiconductors companies with $10M–$100M in annual revenue. Together they generate $91.6M in annual revenue and employ 209 people.
Ayar Labs is the largest, with $91.6M in annual revenue, founded in 2015.
The average semiconductors company in this list makes $91.6M a year, across 1 companies with reported revenue.
Ranked by annual revenue, the leaders are Ayar Labs.
The 1 semiconductors companies with $10M–$100M in annual revenue tracked here have raised $345M in disclosed funding between them.
- Must design or sell chips, chiplets or chip IP as its main product - May sell boards, servers or systems built on its own silicon - Software stacks count only as part of the hardware offering
Sign up to access all features
Sign up with GoogleSign up with LinkedInAlready have an account? Log in
GetLatka is trusted by 200k+ founders, researchers, and marketers.
No contracts, cancel at any time