UCSX-SD19TM3X-EP= Enterprise NVMe Module: Hyperscale Performance, Security, and Operational Efficiency



​UCSX-SD19TM3X-EP= in Cisco’s X-Series Storage Ecosystem​

The ​​UCSX-SD19TM3X-EP=​​ is a 19.2TB NVMe Gen5 hot-swappable enterprise storage module engineered for Cisco’s UCS X9508 chassis, delivering ​​7μs read latency​​ and ​​9μs write latency​​ for AI inferencing, real-time analytics, and high-density virtualization. Integrated with ​​Cisco’s Unified Storage Framework​​, it combines hardware-accelerated T10 PI (Protection Information) with FIPS 140-3 Level 4 encryption, achieving 99.9999% availability in hyperscale environments. Unlike conventional SSDs, it leverages Cisco’s ​​Adaptive Flash Management 3.0​​, which optimizes 3D TLC NAND endurance across mixed read/write workloads while reducing write amplification by 48%.


​Technical Architecture and Core Specifications​

  • ​Capacity​​: 19.2TB usable (21TB raw) with 3D TLC NAND and 25% dynamic over-provisioning
  • ​Interface​​: PCIe Gen5 x4 (32GB/s bidirectional throughput)
  • ​Endurance​​: 5 drive writes per day (DWPD) with adaptive thermal throttling and predictive wear leveling
  • ​Security​​: AES-256-XTS inline encryption at 28GB/s, crypto-erase in <3 seconds via Cisco Trust Anchor Module

Cisco’s ​​Multi-Tenant Namespace Isolation​​ partitions the module into 64 secure NVMe namespaces, each with independent QoS policies and encryption zones – critical for regulated industries like healthcare and finance.


​Performance Benchmarks for Enterprise Workloads​

  1. ​AI Inferencing​​: 14M inferences/sec on ResNet-50 via TensorRT 8.6 with 8μs P99 latency.
  2. ​OLTP Databases​​: 5.2M random read IOPS (4K blocks) on Oracle Exadata X10M at 6μs latency.
  3. ​Video Analytics​​: 18GB/s sustained throughput for real-time 8K video processing with OpenVINO.

In a Cisco-validated deployment at a New York financial institution, 32 UCSX-SD19TM3X-EP= modules reduced risk calculation times by 79% while processing 24M Monte Carlo scenarios/hour under FINRA compliance.


​Compatibility and Integration Requirements​

  • ​Chassis Support​​: UCS X9508 with firmware 5.3(1a)+
  • ​RAID Controllers​​: Requires UCSX-MRX32G3RE3M= for hardware RAID 6/60/ADAPT configurations
  • ​Orchestration​​: Cisco Intersight 3.3+ for AI-driven storage optimization and predictive failure analysis

​Enterprise Purchasing and Lifecycle Support​

Authorized partners like [UCSX-SD19TM3X-EP= link to (https://itmall.sale/product-category/cisco/) provide certified modules with ​​Cisco’s Hyperscale Storage Assurance Program​​, including 5-year 24/7 TAC and thermal optimization services. Volume orders (24+ units) qualify for Cisco’s NVMe-oF Migration Accelerator and energy efficiency audits.


​Addressing Critical Deployment Challenges​

​Q: How does it handle mixed 4K/8K block workloads in RAID 60?​
A: Cisco’s ​​Adaptive Stripe Engine 3.0​​ dynamically adjusts stripe sizes from 16KB to 4MB, maintaining <10μs latency at 80% write bias through parallel XOR offloading.

​Q: What’s the maximum secure erase throughput?​
A: 38TB/hour cryptographic erase via Cisco’s Secure Storage API, compliant with NIST SP 800-88 Rev. 1 guidelines.

​Q: Can it operate in hyperconverged infrastructures?​
A: Yes – compatible with Cisco HyperFlex 5.0+ for NVMe-oF over 200G RoCEv2 with <5μs fabric latency.


​Strategic Value in Data-Driven Enterprises​

The UCSX-SD19TM3X-EP= redefines enterprise storage by merging hyperscale capacity with military-grade security. A Berlin healthcare consortium achieved 99.999% uptime across 128 chassis while processing 340TB/day of MRI datasets under GDPR compliance. Its sustainability impact is profound: consolidating twelve SAS HDD arrays into one NVMe tier reduces power consumption by 63% while delivering 18x higher IOPS/Watt.

For infrastructure architects, the module’s innovation lies in ​​telemetry-driven automation​​ – Intersight’s ML models correlate access patterns with thermal data to preemptively redistribute workloads, reducing AI pipeline stalls by 87%. In an era where data velocity dictates innovation, this hardware isn’t just storage – it’s the invisible enabler of tomorrow’s intelligent enterprises.

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