Hardware Blueprint
Engineering the Supercomputer: Blackwell HGX, Multi-Chip Modules, and the Future of Compute.
The Architecture of Absolute Throughput
In 2026, Moore’s Law has shifted from single-die scaling to massive system-level integration. Our Hardware Blueprint service provides the technical schematic for your infrastructure, ensuring that your compute cores aren't choked by memory latency or fabric congestion. We specialize in the strategic design of **NVIDIA Blackwell HGX** platforms and high-density **x86/ARM** CPU nodes, harmonized into a single, cohesive research instrument.
1. Accelerated AI Design: Blackwell B200 HGX
The Blackwell B200 isn't just a GPU; it's a 208-billion transistor multi-chip engine. We design HGX baseboards for:
- NVLink Switch System: Orchestrating 1.8TB/s of bidirectional GPU-to-GPU bandwidth.
- Transformer Engine 2.0: Strategic use of FP4 precision for 20x faster LLM inference.
- HBM3e Memory Map: Optimizing the 8TB/s bandwidth to feed the compute cores without stalls.
Blueprint Focus: Liquid-to-Air heat exchange and 120kW rack-power distribution for full-throttle B200 clusters.
2. CPU Evolution: The Scalar Foundation
Intel Xeon "Diamond Rapids"
Design for PCIe 6.0 and CXL 3.0 integration. We leverage Advanced Matrix Extensions (AMX) for CPU-native AI tasks that don't require full GPU offloading.
AMD EPYC "Turin" (Zen 5)
Maximizing core density (up to 192 cores per socket). We architect Turin-based nodes for workloads requiring massive L3 cache and AVX-512 throughput.
3. Innovative Design Pillars
Moving beyond standard "Off-the-Shelf" configurations:
Liquid Cooling (DLC)
Full Direct Liquid Cooling blueprints to eliminate fan-noise power waste and thermal throttling.
CXL Memory Pooling
Architecting disaggregated memory to reduce stranded resources and lower per-node costs.
Unified Storage Fabric
Converging InfiniBand and Ethernet via high-radix switches for seamless data movement.
Hardware Root-of-Trust
Integrating TPM 2.0 and NVIDIA BlueField-3 DPUs for hardware-level security isolation.
Technical Blueprint Comparison
| System Type | Core Component | Peak Performance Goal |
|---|---|---|
| AI Supercluster | NVIDIA HGX B200 | ExaFLOPS class AI FP8 compute. |
| Scalar Compute | AMD Turin / Intel Diamond | High-fidelity physics and CFD modeling. |
| Big Data / Graph | CXL-enabled Nodes | Terabytes of unified memory address space. |
| Edge HPC | NVIDIA MGX / L40S | Low-latency inference at the data source. |
Design for Dominance
Download our "2026 HPC Hardware Reference Design" to see how Blackwell and Zen 5 integrate into a mission-critical environment.
Download Hardware Blueprint (.pdf)