High-density brain-inspired compute server
BPSC-II integrates 16 LBM212 brain-inspired computing cards in a 4U chassis, interconnecting 48 LYRA-β Max chips with over 400 million spiking neurons system-wide. Deployed in the world's first 10-billion-neuron brain-inspired supercomputer.
Four proprietary
core technologies.
Every technology is Neogenint-proprietary — from chip interconnect to system cooling, forming a complete brain-inspired compute infrastructure.
Biomimetic two-phase liquid cooling
Biomimetic vascular heat transfer with no external CDU. Combined with fanless GaN supply for silent full-load operation.
Ultra-high-density system integration
16 LBM212 cards in 4U space, 48 LYRA-β Max chips working in concert — industry-leading compute density.
BI-Link interconnect expansion
Multi-unit interconnection via BI-Link, scalable to 10-billion-neuron supercomputer clusters.
Event-driven sparse compute
Native SNN hardware with sparse event-triggered compute. Far outpaces GPU efficiency for graph networks and brain simulation.
World's first
10-billion-neuron
brain supercomputer.
BPSC-II has been deployed at scale in the world's first 10-billion-neuron brain-inspired heterogeneous supercomputing system, featuring Neogenint's proprietary two-phase liquid cooling for silent, efficient, high-density large-scale neuromorphic computing.
10B-neuron supercomputer — rack view
BPSC-II × RK-01 — production deployment
Neuron scale
Compute node
Two-phase cooling
Full-load noise
Ready to build your
neuromorphic cluster?
From a single BPSC-II to a 10-billion-neuron supercomputer cluster — we provide complete selection, deployment, and technical support.