Core Capabilities

Calculation by saving · Hard core technology base

From storage and computing separation architecture to chip-level acceleration, build a data infrastructure for the AI ​​era.

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Separation of deposits and calculations · Use deposits to force calculations

Diskless architecture and full-stack RDMA technology reduce remote access latency to the local level, with a single system up to 70 million IOPS.

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Self-developed chip-level acceleration

The RoCE/NVMe-OF protocol offloads the chip and the PUF security chip to realize hardware-level data flow and security protection.

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Open ecological mutual certification

Completed 200+ domestic and foreign product compatibility and mutual certification, fully compatible with NVIDIA and domestic computing power ecology.

KV Cache Offload · G3.5 CMX · JBOF

Break the memory wall,A new level of AI native storage

NVIDIA proposed the G3.5 contextual memory (CMX) storage layer at GTC 2026. LUISUAN GP7000 is the first mass-produced G3.5 CMX platform in China. It offloads KV Cache from expensive HBM to Ethernet flash cluster (JBOF/EBOF), allowing the GPU to focus on token generation and building a new paradigm of AI intelligent storage for large models.

Natively compatible DOCA offloading framework, Dynamo scheduling and NIXL transport library, and support Mooncake, LMCache,Moon Storage Waiting for KV Cache uninstallation plan

<1μs G1 · HBM Current hot data
50–100μs G3 · Local SSD In-node cache
<20μs G3.5 · CMX context memory core acceleration layer
>1ms G4 · Traditional Storage Cold data archiving

KV Cache full hardware offload

  • DPU+ASIC+FPGA multiple heterogeneous, full hardware offload KV Cache
  • GPU utilization increased to over 94%
  • Context recalculation ratio reduced from 80–90% to less than 10%

G3.5 contextual memory layer

  • Benchmarking NVIDIA G3.5 storage architecture (CMX)
  • <20μs microsecond latency, PB-level capacity
  • Natively compatible with Dynamo scheduling and NIXL transport library

JBOF / EBOF Flash Cluster

  • 24 PCIe 5.0 NVMe U.2 bays
  • Single machine 70 million IOPS, 300GB/s bandwidth
  • DPU+RDMA direct connection, bypassing CPU/PCIe bottlenecks

Hot, warm and cold stratification · Storage is memory

  • KV Cache hot, warm and cold tiered intelligent management
  • Resource utilization increased from 30% to over 70%
  • TCO reduced by 30–50%, layout CXL memory pooling
Featured Products

Star product matrix

All-flash storage, computing acceleration and low-altitude detection cover multiple scenarios.

GP5000 series all-flash storage
data center storage

GP5000 series all-flash storage

A domestic high-performance all-flash storage platform with a compute-storage separation architecture, combining high throughput and ultra-low latency to reliably support core workloads in large-scale data centers.

GP5000-2401·GP5000-2402

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GP6000 series all-flash storage
data center storage

GP6000 series all-flash storage

A new-architecture all-flash storage platform with no CPU and no memory; up to 40 million IOPS, 192GB/s high throughput, and 4μs latency (to the SSD controller).

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GP7000 high-performance all-flash storage platform
data center storage

GP7000 high-performance all-flash storage platform

Specifically built for the AI ​​era, benchmarked against NVIDIA G3 storage architecture, with 70 million IOPS per machine and <20μs latency.

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GP Spark AI Storage Companion
data center storage

GP Spark AI Storage Companion

Data center-grade NVMe-oF storage node designed specifically for NVIDIA DGX Spark, hardware offload engine enables end-to-end data acceleration, plug-and-play, desktop-grade form factor.

GP Spark

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LightBoat-2300 LightBoat series FPGA accelerator card
Computing and network acceleration

LightBoat-2300 LightBoat series FPGA accelerator card

A high-performance FPGA accelerator card based on AMD UltraScale+™ architecture and Virtex UltraScale+ XCVU23P chip, specially designed for scenarios such as intelligent networks, data center acceleration, AI inference, hardware security, and industrial edge computing.

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Deep combination UAV trajectory measurement system
Low-altitude economic testing

Deep combination UAV trajectory measurement system

An advanced measurement system specially designed for UAV flight inspection under various complex working conditions. It has a built-in deep combination algorithm and dual-antenna direction finding, data and status real-time backhaul functions. It is suitable for various types of UAV flight performance evaluation and mission load tactical indicator testing.

UAV-22-MUS (INS)·UAV-22-MUS (RTK)

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