OSCOR Max Next Generation Spectrum Analyzer

Summary (Newest Update)

Background The Defense Threat Reduction Agency (DTRA) is seeking to procure two OSCOR Max Next Generation Spectrum Analyzers. This procurement is aimed at enhancing the agency's capabilities in performing technical inspections of foreign inspection equipment within operational treaty compliance regulations. The goal is to ensure effective detection and analysis of radio frequency signals for national security purposes. Work Details The contract involves the delivery of two OSCOR Max Next Generation Spectrum Analyzers (Part ID: 8-00160). The specifications for the analyzers include: - **System Design**: Fully integrated, self-contained unit in a single portable case weighing no more than 10.4 pounds, including an integrated display, processing hardware, and an auto-switching antenna system. - **RF Performance**: Frequency range from 10 kHz to 43 GHz without manual antenna changes; minimum sweep speed of 1100 GHz per second. - **Core Functionality**: Real-time analysis to detect anomalies and unauthorized RF signals with automatic antenna switching for full-spectrum sweeps. - **Software Requirements**: Must automate baseline RF environment creation, detect/flag new or modified signals, provide a bar graph view of new/changed signals, and include a Real-Time Waterfall Display for RF energy over time. It should also automatically detect Wi-Fi and Bluetooth signals. - **Data Management**: Capability to capture, store, and compare RF traces directly on the system for analysis. - **Training & Support**: Vendor must provide multi-day hands-on training by OEM-certified instructors covering all system operations and basic RF analysis. Period of Performance The geographic location(s) the product will be delivered to or performed at Bidder Requirements Bidders must be authorized distributors or manufacturers of the OSCOR Max Next Generation Spectrum Analyzer. They are required to provide DoD unique identification or a recognized equivalent for the equipment.