Everybody Deserves Better Compute
The Industry optimized for throughput but true performance was left behind. We are leading the renaissance of general-purpose compute by building high-performance, RISC-V cores that Modern AI-driven workloads demand.
Breakthrough Performance
We're building the world's highest-performing application processors to eliminate CPU bottlenecks in AI, cloud, and edge computing. Our innovations deliver breakthrough performance that sets new industry benchmarks.
Built for Modern Workloads
General-purpose processors handle critical tasks throughout AI operations. Our 64-bit CPU architecture is engineered for emerging compute intensive workloads while maintaining exceptional efficiency across server, client, mobile, and edge applications.
A Revolutionary Vision
Founded by former Intel CPU architects with over 100 years of combined experience. We've delivered processors used by billions worldwide—now we're building the fastest CPU ever!
Accelerators Are Not Enough.
The semiconductor landscape is fracturing. For a decade, the industry prioritized massive parallelism at the expense of single-thread performance. As AI evolves from static chatbots to autonomous AI Agents, the bottleneck shifts. Agents do not just generate tokens. They reason, plan, and orchestrate. These serial tasks are currently stalled by legacy CPU architectures and the "Memory Wall."
When 90% of an AI Agent's latency is serialization, a faster GPU won't help. A faster CPU will.
RISC-V Without Compromise.
We bridge the gap between the freedom of open standards and the rigor of high-performance silicon.
No 40-year legacy tax. No decoder bloat. Just pure execution.
Per core performance is the key to multi-core performance. AheadComputing's fast prime performance core architecture is designed to hide latency and maximize instruction level parallelism.
Built by the architects who defined the x86 server standard for the last two decades.
Architects of the Modern Data Center
Founded by the leaders of Intel’s Advanced Architecture Development Group (AADG). We didn't just read the textbooks on Out-of-order, superscalar modern processor design. We wrote the chapters on many generations of x86 and other architectures.
"The path to transformative CPU performance isn't about chasing incremental gains—it's about fundamental rethinking. You have to redesign core microarchitecture and goals. Debbie and her team at AheadComputing are approaching this problem with the kind of first-principles thinking that actually moves the industry forward. This team has collectively shipped over 70 products and holds hundreds of compute patents, representing both technical insight and execution capability. This is the caliber of engineering that delivers generational leaps, not evolutionary steps.” - Jim Keller, CEO of Tenstorrent and Board Member at AheadComputing
Accelerators Are Not Enough.
Build the Future. From Scratch.
No legacy code. No bureaucracy. Just the Iron Law of Performance.
SoC Design Verification Lead
We are seeking a SoC Design Verification Lead to own the end-to-end functional and performance validation of our chiplet-based SoC platform. This is a hands-on technical leadership role responsible for developing and executing the verification strategy across CPU subsystems, coherent interconnect, memory interfaces, and system-level integration. The verification work will be conducted on simulation and emulation/FPGA prototyping platforms.
You will define verification plans, build and lead a DV team, and drive silicon readiness by ensuring the design meets all functional, performance, and compliance requirements. You will work closely with architecture, design, firmware, and software teams, as well as external IP vendors.
Performance and Power (PnP) Modeling Engineer
We are seeking a skilled and motivated Performance and Power (PnP) Modeling Engineer to lead modeling, analysis, and optimization efforts across the full silicon development lifecycle. This role spans architectural modeling, RTL-level analysis, gate-level estimation, and post-silicon correlation. You will build infrastructure, analyze real workloads, identify inefficiencies, and collaborate across hardware and software teams to deliver high-performance and energy-efficient CPU designs.
Senior CPU DFT Engineer – Scan & MBIST
We're seeking a DFT Engineer to join our CPU design team, focusing on Scan insertion, MBIST, and DFT infrastructure for complex, high-performance CPU cores. You'll be involved from architecture through silicon bring-up, contributing to world-class chip quality and manufacturability.
Get in touch
The industry optimized for throughput, but latency was left behind. We build the high-performance, open-standard RISC-V cores that Agentic AI demands.
