Kioxia CM7-R Series NVMe SSD 3.84TB U.3 Read-Intensive

The Kioxia CM7-R Series is a purpose-built U.3 form factor NVMe SSD delivering read-optimized performance for latency-sensitive enterprise applications. Engineered with PCIe 5.0 interface technology and advanced flash memory architecture, the CM7-R achieves sustained high sequential read throughput ideal for database acceleration, content delivery networks, and machine learning inference pipelines. The 3.84TB capacity variant provides substantial data locality benefits for distributed cloud infrastructure, reducing query latencies and improving overall system throughput in read-heavy workloads.

Designed specifically for telecom operators and hyperscale cloud environments, the CM7-R balances read performance with enterprise reliability through advanced error correction, power-loss protection, and comprehensive monitoring capabilities. The drive's read-optimized tuning—prioritizing sequential access patterns and minimizing read latency variance—makes it particularly effective for workloads where consistent sub-millisecond response times are critical. Its U.3 interface enables seamless integration into existing 2.5-inch SSD form factor infrastructure while delivering generational performance improvements.

Launched in Q3 2024, the CM7-R represents Kioxia's response to growing demand for specialized read-centric storage solutions in AI/ML inference acceleration and real-time analytics platforms. The drive incorporates technology-proven in enterprise environments with enhanced thermal management and power efficiency optimized for always-on infrastructure deployments.

Ideal for

• Database read cache acceleration for OLAP and real-time analytics platforms handling petabyte-scale datasets
• CDN edge node storage for content prefetching and reduced origin server latency across global networks
• AI model inference acceleration with rapid feature vector and embedding lookups for large language model serving
• Machine learning training data staging and caching to reduce GPU/NPU idle time during batch processing
• In-memory database hot-tier storage for Redis/Memcached spillover and persistent read-heavy working sets
• Telecom network function virtualization (NFV) platforms requiring consistent low-latency packet inspection and rule evaluation

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.