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Data Fuels AI. Memory Unleashes Its Power

Our Product Offerings

Direct Attached Memory (256GB - 4TB)

Direct Attached Memory (256GB - 4TB)

  • Purpose

    Instantly supercharge individual servers for memory-intensive tasks with extra DRAM memory.

  • Description

    Our high-density CXL memory expansion modules are the simplest way to break through local memory limits, providing an immediate, low-latency performance boost for demanding applications.

  • Form Factor

    E3.S, AIC

Switchless Pooled Memory (1TB - 20TB)

Switchless Pooled Memory (1TB - 20TB)

  • Purpose

    Reduce the datacenter TCO by disaggregating DRAM memory and allowing multiple servers to share a big memory pool.

  • Description

    Disaggregate memory to create a flexible DRAM pool across multiple servers—from a few to 10s of servers, resulting in huge TCO reduction in the datacenter. Our proprietary switchless architecture eliminates the high cost, long latency, and extra power consumption of external CXL switches, enabling superior performance and a dramatically lower cost.

  • Form Factor

    AIC, Server Chassis (1U – 2U)

Memory Appliance (JBOM) (10s TB - PB)

Memory Appliance (JBOM) (10s TB - PB)

  • Purpose

    Power enterprise-scale, mission-critical AI and databases with massive DRAM memory to unlock 20-40x performance gains.

  • Description

    Our enterprise-grade JBOM (Just a Bunch of Memory) systems are built for the exascale era. By enabling entire 10s-100s terabyte datasets to reside in DRAM, we help data centers eliminate storage bottlenecks completely, delivering transformative speed for real-time data analytics and large AI models.

  • Form Factor

    AIC, Server Chassis (4U – 6U)

Near Memory Computing (NMC)

Near Memory Computing (NMC)

  • Purpose

    Enhance data processing performance and efficiency by moving memory-intensive computations closer to memory.

  • Description

    Our solutions integrate Near-Data Processing (NDP) technology to optimize the handling of memory-intensive workloads. By performing computations near the memory, NDP minimizes data movement, reduces latency, and improves energy efficiency. This architecture enables faster data throughput, better scalability for large workloads, and a lower TCO.

  • Form Factor

    E3.S, AIC, Server Chassis

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