The new N6841A provides and extremely cost effective way to improve Spectrum Monitoring and Management. When integrated with the N6851A Monitoring Software, sensors and be networked together over an Ethernet TCP/IP network to provide coherent signal monitoring, detection and geolocation covering a single room or an entire country. It’s a software defined receiver that can be programmed with network-downloadable applications to perform user-defined tasks. The simple but optimized FPGA-based design enable rapid configuration for changing application and mission requirements. This next generation unit provides signal search and detection, demodulation, and emitter geolocation determination.
The new 9 kHz to 20 GHz Spectrum Master ™ high-performance handheld spectrum analyzer gives RF professionals the performance needed for the most demanding RF detection and measurements requirements. Includes a new, 16 MHz-wide Intermediate Frequency (IF) output available only through Transformational Security; this is the latest tool for low-cost microwave detection and direction finding. Costing tens of thousand of dollars less than other 18 GHz down-converters, the unit can function as a hand-off appliance or as a front-end receiver when in Zero Span mode. The optional Rapid Tune Mode (RTM-1) enables the unit to operate at speed >15 GHz/s with an appropriate digitizer (sold separately).
The Analog to Digital Digitizer (ADD2) currently in design is a dual channel, high-speed, high-resolution IF data acquisition & detection receiver system. The ADD2 is a complete standalone system with excellent sensitivity and spurious performance making it ideal for your signal reception and monitoring activities. Very small package size, low power consumption, LAN interface, and superior reliability make this system perfectly suited for portable or remote environments. Whether you use our Spectrum Defense application or write your own application using the open interface, the ADD2 will easily and quickly integrate with your existing infrastructure. Designed for N-channel Time-synchronous measurements.