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Fairview Semiconductor
Data Room
Founded in Silicon Valley · 2026

Pioneering the Next Epoch of AI Hardware Architecture.

FairView Semiconductor is built on the foundational heritage of Silicon Valley planar innovation, re-engineering compute and memory for hyperscale AI datacenters, enterprise blade systems, and mission-critical hardware.

Explore Product Portfolio ›Partner & Design-In Access ›
Three Epochs of Innovation

The Evolution of Silicon Architecture.

How semiconductor computing evolved from the original 1957 planar breakthrough to modern co-packaged memory and MPU dies.

1957 – 1970sHistorical Genesis

Epoch 1.0: Planar Silicon Foundations

Fairchild Semiconductor pioneers the planar manufacturing process in Silicon Valley, establishing the monolithic integrated circuit foundation for all modern digital computing.

Fairchild GenesisPlanar ProcessMonolithic IC
1980s – 2010sDistributed Scaling

Epoch 2.0: Microprocessors & Cloud Clusters

Discrete CPUs, graphics accelerators, and multi-node cloud clusters power the global expansion of digital infrastructure, eventually hitting the fundamental memory bandwidth wall.

Discrete ComputeCloud DatacentersMemory Wall Limit
2026 – 2028+FairView Frontier

Epoch 3.0: Unified Memory & Blade Systems

Target (product family): Stallion compute and Gallium memory families, co-packaged. Product silicon targeted 2027; systems 2028.

2nm GAAFET (TSMC N2)16.0 TB/s HBM4Turnkey Blade Racks
Target Deployment Verticals

Multi-Sector Architecture Roadmap.

From frontier AI model clusters to autonomous platforms and spaceflight compute nodes.

AI Infrastructure
4.72 PFLOPS
FP8 Tensor Throughput

Hyperscale AI & Frontier LLMs

Massive parallel tensor execution and ultra-low-latency KV-cache streaming designed for trillion-parameter foundation models and distributed pre-training.

100B+ LLM TrainingContinuous KV-CacheSparse MoE Routing
Datacenter Systems
131 TB/s
3U Aggregate Throughput

Enterprise Blade Server Infrastructure

Turnkey 1U Apex, 2U Sovereign, and 3U Megascale liquid-cooled blade servers scheduled for 2027–2028 customer deliveries to cloud hyperscalers.

1U / 2U / 3U BladesDirect Liquid CoolingCXL 3.1 Fabric
Autonomous Mobility
< 8 ns
Substrate Latency

Autonomous Mobility & Sensor Fusion

Deterministic, high-bandwidth compute engines for Level 4/5 autonomous drive stacks, real-time multi-camera perception, and edge inference.

L4/L5 AutonomousZero-Jitter ComputeSensor Fusion Array
Mission Critical
100%
Standards Compliance

Orbital & High-Reliability Compute

High-reliability memory substrates and fault-resilient interconnect architectures engineered for aerospace, defense, and orbital communications.

Fault-Resilient InterconnectRadiation TolerantPCI-SIG Certified
Silicon Valley Operations

Global Semiconductor Partnerships & Foundries

Engineered with deep semiconductor expertise, FairView partners with leading Tier-1 foundries, advanced packaging OSAT providers, and server system integrators worldwide. With core engineering headquartered in Silicon Valley and global manufacturing partners, FairView delivers scalable silicon and rack systems.

Regulatory Compliance

Export Controls & Standards Compliance

FairView operates in strict compliance with international semiconductor export controls, dual-use classifications, and international trade laws. Gallium on this drop is SRAM + SECDED, PHY none — not JEDEC HBM4.

Enterprise Early Access Program

Partner with FairView on Next-Gen Silicon.

Connect directly with our engineering team for technical design-in kits, 3Dx3D Heterogeneous Packaging (TSMC-SoIC + CoWoS-L) physical pinouts, and 2027 hardware availability.

FairView Semiconductor — Stallion AI MPU & Gallium HBM4