Precision-engineered memory modules and high-density storage systems for AI accelerators, hyperscale data centers, and mission-critical enterprise workloads.
Ampast engineers and manufactures the memory and storage substrate upon which the world's most demanding AI workloads and data architectures are built. Every product exceeds the operational thresholds that standard commercial hardware cannot sustain.
Our System Memory division produces JEDEC-compliant and next-generation registered and load-reduced DIMMs, including CXL® attached memory, purpose-built for GPU clusters, AI accelerators, and large-memory compute nodes managing massive datasets.
Our Data Storage Systems division manufactures high-throughput NVMe flash for data lake ingest and AI dataset staging, alongside military-grade hardware-encrypted drives for sovereign and classified environments where software-level encryption is insufficient.
Engineered for AI acceleration, GPU bandwidth saturation, and high-capacity compute nodes managing massive datasets in hyperscale and enterprise data centers.
Multiplexed Registered DIMM
The highest-bandwidth registered DIMM architecture available. A multiplexed data bus delivers double the throughput of standard RDIMM, built for AI training and inference at hyperscale.
Registered DIMM
The backbone of enterprise server memory. Ampast RDIMMs are validated across all major server platforms, delivering rock-solid ECC stability under 24/7 mission-critical operation.
Load-Reduced DIMM
Maximizes total memory per server by reducing bus electrical load, enabling more DIMMs per channel. Preferred for in-memory databases and large-scale analytics workloads.
Compute Express Link
CXL® 2.0/3.0-attached memory expansion modules that decouple capacity from processor slot count, enabling terabyte-scale pools shared coherently across compute nodes.
All Ampast system memory modules are validated for use with leading GPU accelerator and AI training platforms. We work directly with accelerator OEMs to certify QVLs and optimize signal timings for ML training, large-scale inference, and data pipeline throughput.
High-capacity, high-throughput storage for enterprise data lakes, AI training pipelines, and classified sovereign environments requiring hardware-level security.
Enterprise-class PCIe Gen 4/5 NVMe solid-state drives engineered for the raw throughput demands of data lake ingest, AI dataset staging, and real-time analytics at petabyte scale.
Ampast NVMe SSDs deliver consistent, predictable latency under sustained queue depths, unlike mainstream enterprise drives that throttle under prolonged mixed workloads. Purpose-built controller firmware and high-endurance NAND selection sustain full rated performance across the entire write lifespan.
Hardware-encrypted HDDs and SSDs with self-encrypting drive (SED) architecture, engineered for government, defense, and enterprise environments where data-at-rest protection is a non-negotiable mandate.
Unlike software encryption, which adds latency, CPU overhead, and can be circumvented at the OS layer, Ampast encrypted drives implement AES-256 inside the drive controller itself. Keys are generated on-device and never exposed. Instant Secure Erase renders all data cryptographically unrecoverable in under one second.