Unrestricted Silicon. Engineered for Hyperscale AI.
We bypass virtualization overhead to deliver pure, unadulterated processing power. From fine-tuning lightweight models to training multi-trillion-parameter foundation models, BRIGHTCHIP provides the exact compute nodes your architecture demands.
Purpose-Built Compute Nodes
The Blackwell Architecture (B300 & B200)
The Next Frontier of Generative AI
Up to 192GB HBM3e memory per GPU | Next-Gen Tensor Cores. Designed exclusively for multi-trillion-parameter models. The Blackwell architecture shatters previous processing limits, offering unprecedented memory bandwidth to ingest massive datasets. Deployed in our high-density racks to ensure maximum thermal stability under extreme workloads.
The Hopper Architecture (H200 & H100)
H200 (141GB HBM3e) | H100 (80GB HBM3) | PCIe Gen5
Overcome the memory wall with the H200's massive 141GB capacity, perfect for long-context LLM inference. For standard heavy-duty training, our H100 nodes offer instant provisioning and rock-solid reliability, acting as the primary workhorse for enterprise AI teams.
Ultra-High Frequency Inference (RTX 6000 Ada & 4090)
24GB to 48GB GDDR6X | Rapid API Provisioning
The ultimate nodes for high-frequency AI inference, computer vision, 3D rendering, and digital twins. Experience single-tenant hardware isolation for your production-grade applications without the enterprise markup.
The Infrastructure Behind the Compute
A powerful GPU is useless if it's starved for data or throttled by heat. Our strategic data centers are built from the concrete up to support the extreme physical demands of modern AI clusters.
Quantum-2 InfiniBand Backbone
We eliminate node-to-node communication bottlenecks. Scale your training across hundreds of GPUs with our non-blocking 3.2 Tbps InfiniBand and high-throughput RoCEv2 routing. Achieve near-perfect linear scaling and drastically reduce your total training cycles.
Direct-to-Chip (D2C) Liquid Cooling
As GPU TDPs push past 1000W, traditional air cooling fails. Our advanced facilities feature state-of-the-art Direct-to-Chip liquid cooling and high-density power delivery systems (supporting 50kW+ per rack). We manage the thermals so your silicon never throttles.
Parallel File System Storage
Keep your Hopper and Blackwell GPUs constantly fed. We deploy distributed parallel file systems that deliver millions of IOPS directly to your compute nodes, ensuring zero I/O wait times during massive dataset ingestion.
Flexible Access. Transparent Economics.
Align your infrastructure costs directly with your engineering lifecycle. No hidden fees, no restrictive vendor lock-in.
Dynamic Hourly Compute
API-driven, consumption-based billing for dynamic workloads. Spin up bare-metal GPU nodes in minutes and pay only for the hours you use. API-driven billing gives your engineering team full control over spend. All plans include unmetered outbound traffic—no surprise egress fees.
Reserved Instances (1 to 3 Years)
Secure your compute capacity for the long term. Lock in highly discounted rates for dedicated silicon. Perfect for steady-state training pipelines where guaranteed availability is non-negotiable.
Private Cluster Build-Outs
For hyperscalers and tech giants requiring thousands of interconnected GPUs. We provide end-to-end physical architecture, deployment, and facility management to build your exclusive, physically isolated AI supercomputer within our strategic APAC data centers.