Engineered for next-gen cloud data centers, enterprise virtualization clusters, and AI model training. FuEpoch delivers high-reliability solid-state drives featuring hardware Power Loss Protection (PLP), 2.5M hours MTBF, and exceptional QoS latency.
From hyperscale cloud infrastructure to ruggedized defense computing nodes, delivering zero-downtime data security.
Deliver ultra-high IOPS response for high-concurrency container deployments and VDI, dramatically reducing Total Cost of Ownership (TCO).
Empower tens-of-billions parameter model training by breaking through frequent read/write bottlenecks of massive unstructured datasets.
Custom-built for aerospace, vehicular electronics, and defense environments constrained by SWaP requirements, rigorously tested for wide temperatures.
Featuring enterprise U.3, SAS, client Gen5 enthusiast series, and rugged portable PSSDs.
Designed for cloud infrastructure, databases, and legacy SAS migration. Equipped with hardware Power Loss Protection (PLP) and E2E data path protection, securing in-flight data instantly during power loss.
Built for hardcore enthusiasts, 3D renderers, and 8K content creators. Powered by PCIe Gen5x4 and flagship controllers, reaching up to 14,800 MB/s read/write speeds with graphene cooling.
Leveraging USB 3.2 Gen 2x2 technology, delivering up to 2,000 MB/s transfer speeds. Weighing only 28.9g with drop-resistant rubber casing for reliable on-the-go 8K video asset management.
Tailored for industrial automation, smart terminals, and vehicular electronics. Specialized XMC and VPX modules designed specifically for edge servers and HPC environments.
From chip-level NAND packaging to proprietary firmware algorithms, securing your corporate data assets.
Integrated high-reliability tantalum capacitor arrays and intelligent firmware monitors provide millisecond-level power retention during unexpected outages, ensuring complete data flush.
Full-link ECC error correction and verification mechanisms from host interface to NAND media, proactively trapping and correcting bit flips to maintain absolute data integrity.
Custom graphene composite thermal coating and high-density aluminum heatsink structures quickly dissipate high-load heat, ensuring sustained peak performance without throttling.
