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NEXT-GEN MEMORY SOLUTIONS DESIGNED FOR HPC AND AI-INTENSIVE APPLICATIONS

Innodisk’s AI Memory series is crafted to meet the evolving needs of modern AI computing. Featuring high bandwidth, low latency, outstanding scalability, and energy-efficient architecture, it delivers the performance required for intensive AI training and inference across both cloud and edge applications.

SCALABLE MEMORY EXPANSION

HIGH-SPEED DATA TRANSFER

COMPACT DESIGN FOR OPTIMIZED SPACE EFFICIENCY

SCALABLE MEMORY EXPANSION

Innodisk’s AI Memory series addresses diverse memory expansion challenges across platforms with efficiency and flexibility.

CXL Memory Modules overcome capacity constraints when server DRAM slots are fully occupied. By leveraging the E3.S interface, the modules enable scalable memory expansion and simplify system upgrades without major hardware changes. 

LPCAMM2 and CAMM2 bring modularity to traditionally soldered onboard memory. Instead of replacing the entire motherboard, users can easily upgrade or replace modules, improving serviceability and system longevity.
 

SCALABLE MEMORY EXPANSION

HIGH-SPEED DATA TRANSFER

Innodisk’s AI Memory products leverage the latest high-performance DRAM IC technologies to support the growing demands of AI applications that require rapid data processing.

CXL Memory Modules and CAMM2 utilize industry-leading DDR5 6400 MT/s DRAM ICs, delivering top-tier memory bandwidth for latency-sensitive applications.

LPCAMM2 adopts LPDDR5X DRAM ICs and supports speeds up to 8533 MT/s, offering the best performance in its class for edge AI systems.

HIGH-SPEED DATA TRANSFER

COMPACT DESIGN FOR OPTIMIZED SPACE EFFICIENCY

CAMM2 and LPCAMM2 feature an innovative 128-bit dual-channel architecture that reduces memory slot requirements and simplifies motherboard routing. Compared to traditional SODIMM, they save up to 60% of mounting space, allowing for slimmer system designs and greater layout flexibility. Their compact form factors are especially well-suited for fanless systems, compact edge devices, and other space-constrained applications.

COMPACT DESIGN FOR OPTIMIZED SPACE EFFICIENCY

SECURING PERFORMANCE IN CHALLENGING ENVIRONMENTS

Our memory products ensure stable performance in harsh conditions, supporting real-time data processing at the edge device.

EDGE COMPUTING

AI MEMORY SERIES

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