The Accortec 960GB M.2 22110 PCIe NVMe 4.0 x4 Read Intensive SSD is engineered for enterprise servers that demand dependable read performance and durable, consistent storage. From ACCORTEC INCORPORATED, a trusted name in data-center storage, this compact M.2 module is designed to slot into modern server configurations and deliver steady read throughput where it matters most.
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Capacity: 960GB of high-capacity storage for caching and serving frequently read data
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Form Factor: M.2 22110 module to fit enterprise servers with this standard
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Interface: PCIe NVMe 4.0 x4 for high-bandwidth, low-latency data transfer
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Workload Type: Read Intensive design optimized for workloads with frequent read operations
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Compliance: TAA compliant for government procurement and enterprise deployments
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Brand & Reliability: Backed by ACCORTEC INCORPORATED’s focus on server-grade reliability and predictable performance
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Compatibility: Fits supported standard M.2 22110 slots in modern servers
This SSD is especially beneficial in environments where read performance directly impacts application responsiveness, such as database lookups, content delivery caches, analytics pipelines, and virtualization read operations. By prioritizing read throughput and low latency, it helps reduce I/O bottlenecks, improve data access times, and support more consistent service levels without increasing write activity.
Specs
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Capacity: 960GB
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Form Factor: M.2 22110
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Interface: PCIe NVMe 4.0 x4
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Usage: Read Intensive
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Compliance: TAA
FAQ
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What is the main use of this SSD? It is designed for read-intensive server workloads requiring fast and reliable storage.
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Is this SSD compatible with standard M.2 slots? It fits M.2 22110 slots, common in enterprise servers.
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What does TAA compliance mean? It meets the Trade Agreements Act standards for government procurement.
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Can this SSD handle write-intensive tasks? It is optimized primarily for read-intensive operations.
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What are the benefits of PCIe NVMe 4.0 x4? It offers higher bandwidth and faster data transfer compared to previous generations.
