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About

About Compute Compass

Your comprehensive guide to the world of computing technologies

Directory at a Glance

Updated October 2026
776
Companies
30
Countries
21
Technologies
201
Public Companies

Top Countries

  • United States 309
  • China 99
  • United Kingdom 48
  • Taiwan 39
  • Japan 36

Top Technologies

  • Custom Silicon 206
  • AI Accelerators 202
  • ASICs 199
  • Edge Computing 107
  • Quantum Computing 104

Our Mission

Compute Compass is the definitive directory for discovering and tracking companies at the forefront of computing technologies. As traditional silicon scaling faces physical limits, a new era of specialized compute architectures is emerging to meet the demands of AI, machine learning, and next-generation applications.

We catalog companies across the entire spectrum of computing innovation—from established GPU manufacturers to cutting-edge photonic computing startups, from neuromorphic chip designers to custom ASIC foundries. Our goal is to provide researchers, investors, engineers, and technology enthusiasts with a single, comprehensive resource for navigating this rapidly evolving landscape.

Technologies We Cover

All technologies →

CPUs & RISC-V

General-purpose processors, from x86 and Arm to open RISC-V cores

HPC & AI Systems

Supercomputers, AI servers and rack-scale systems

Interconnect & Networking

Chips and links that connect processors, memory and racks

Memory & Storage

DRAM, HBM, flash and emerging non-volatile memory

Quantum Computing

Quantum processors using qubits for exponential computing power

GPUs

Graphics Processing Units for parallel computing, AI, and gaming

Photonic Computing

Light-based processors for ultra-fast, energy-efficient computation

Neuromorphic Computing

Brain-inspired chip architectures for efficient AI processing

Why Specialised Computing Matters

Performance

Specialized architectures deliver 10-1000x improvements for specific workloads compared to general-purpose CPUs.

Efficiency

New compute paradigms like photonics and neuromorphic chips dramatically reduce energy consumption per operation.

Innovation

Breaking free from von Neumann architecture enables entirely new computing possibilities and applications.

Start exploring

Discover the companies shaping the future of computing technology.