Intel has confirmed that Razor Lake-AX, a chip that has been leaking for months, is due in 2028. It is expected to deliver about 700 trillion operations per second (TOPS) of AI computing power, aimed mainly at robots and humanoid machines.
Intel executive Cho Min-sung shared the roadmap on Oct. 16 at the Semiconductors Powering Humanoids conference in South Korea, according to The Elec.
The announcement suggests Razor Lake-AX could compete with AMD’s high-performance Ryzen AI Max processors. Intel is also eyeing a growing market for robots that must process information and make decisions on the device itself.
Razor Lake-AX can provide 4x the AI compute
Intel’s current robotics platform, built on Panther Lake, offers up to 180 TOPS of combined AI performance. The company plans to bring Nova Lake for robotics to market in early 2027 and Razor Lake-AX in 2028. The 700 TOPS target is almost four times the stated peak of Panther Lake.
That extra power could let robots analyze camera feeds, identify objects, understand their surroundings, and make decisions without leaning on remote servers. Humanoid robots have to coordinate perception, movement, and real-time control at once. Processing on the device cuts latency and reduces the need for a cloud connection.
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Still, 700 TOPS is a roadmap target, not a finished performance spec. Intel has not said what precision the number is based on. It has not said how much of the gain comes from the CPU, GPU, and neural processing hardware either.
Power consumption, memory capacity, and real-world performance are unknown. Do not read the figure as proof that robots running on this chip will be four times faster.
Intel on Robotics, and on high-powered PCs
Rumors have described Razor Lake-AX as a high-performance accelerated processing unit (APU) that would compete with AMD’s Strix Halo lineup. Leaks suggest it could have either 16 or 32 Xe3P graphics cores and possibly use on-package memory. Intel has not confirmed any of this.
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The chip could also reach beyond laptops and mini PCs. Intel already offers the Robinson Bay robotics development platform, along with software tools like OpenVINO, Physical AI Studio, and Robotics AI Suite. Razor Lake-AX could eventually add computing power to these workloads without needing a separate graphics processor.
Timing will matter. Intel expects some customers to start mass production of autonomous mobile robots by 2027 and humanoids by 2028. Razor Lake-AX would arrive as that market grows. Intel has not said whether the chip will also come to consumer PCs.
Nova Lake comes next. You will need more information on Razor Lake-AX’s design, power requirements, and final specs before you can judge its 700 TOPS target against competing platforms.
