Intel acquires San Jose-based NetSpeed Systems, which it had invested in previously, for better tools to make system-on-a-chip designs
Context & Ripple Effects
NetSpeed Systems is the third silicon-design capability Intel has pulled in during 2018 alone: two months earlier it absorbed fabless startup eASIC into its Programmable Solutions Group, and the year opened with the IoT chip line picked up via the Lantiq acquisition. NetSpeed differs in that Intel had already invested in the company, making this a follow-on buy rather than a cold approach.
First-order effects
- Intel gains in-house system-on-a-chip design tooling, letting its product groups assemble custom SoCs internally instead of licensing interconnect and design automation from outside vendors.
- NetSpeed's San Jose team moves under Intel ownership alongside the engineers who joined through the eASIC deal, concentrating SoC design talent inside one company.
Second-order effects
- Merchant suppliers of chip-design IP and interconnect technology lose one buyer as Intel internalizes that layer, pressuring them to court smaller SoC makers instead.
- The purchase pairs with Intel's later move into programmable networking silicon via Barefoot Networks — together they give Intel the tooling and the silicon blocks to compete for customized, workload-specific designs against rivals selling fixed-function chips.
Third-order effects
- The pattern — tuck-in design-tool acquisitions feeding a reorganized structure like the Accelerated Computing Systems and Graphics unit formed in the 2021 reorg, plus software assets such as Cnvrg.io — points toward Intel consolidating the full stack from design automation to silicon to ML software in-house, while shedding non-core embedded software as it did with Wind River.
The trend: Major chipmakers are buying up design-automation startups to build workload-specific silicon in-house rather than assembling systems from merchant IP.