High-Speed Data Storage & Throughput Optimization

The contract requires configuring and benchmarking RAID NVMe storage arrays to achieve sustained write speeds exceeding 6.0 GB per second for durations of at least 10 minutes using the fio tool, with strict requirements to prevent buffer overflows during high-volume data transfer from software-defined radios. This work demands precise hardware tuning, optimized storage tiering, and real-time monitoring to ensure consistent performance under extreme load conditions without data loss or system instability. The objective is to establish a reliable, high-throughput storage solution capable of handling continuous SDR data streams without degradation. Performance validation must align with stringent benchmarks under controlled conditions, and all configurations must be documented with reproducible results. The work is to be performed at Gaithersburg, Maryland, under a subcontract arrangement tied to the Department of Commerce NIST, with a response deadline of July 15, 2026. The North American Industry Classification System code 334112 indicates focus on computer and peripheral equipment manufacturing, underscoring the specialized hardware engineering nature of the task. While no set-aside provisions are specified, timely submission and technical rigor are critical to meeting mission-critical data acquisition goals.