Our complete line of aeronautical telemetry products, all made in the USA: transmitters, antennas, receivers, best source selectors, test equipment, and networking. Includes example configurations for a telemetry link and a test lab, plus our 25-year history and the team behind our customer support.
Put “Best” to the Test
Introducing the Quasonix BSS Analyzer (BSSA™), a unique tool to emulate real-world channel conditions across all received signals in a range, allowing precise, repeatable Best Source Selector (BSS) testing. With the BSSA, you can evaluate and compare the performance of any number of BSS units or settings — and benchmark those results against theoretical best achievable performance. How good is your BSS? Now you can know.
Emulate Real-World Scenarios with Precision
Test like you fly. The BSSA simulates real telemetry challenges—delay, Doppler, sync loss, BER, and more—across 12 flexible PCM and TMoIP channels with up to four simultaneous groups.
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Validate and Optimize with Confidence
Get repeatable, data-driven results. With built-in BERT and real-time DQM metrics – including comparison to best-achievable theoretical results – you can benchmark, tune, and trust your BSS performance—down to the bit.
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Invest Wisely
Make smart choices when the stakes are low—so they pay off when the stakes are high. The BSSA helps you select and configure systems without losing data or putting mission success at risk.
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Documents
BSS Analyzer (BSSA™) Datasheet
Features and specifications for the Quasonix BSS Analyzer, a unique tool to emulate real-world channel conditions across all received signals in a range, allowing precise, repeatable BSS testing.
1.03 MB
MLSC and BSSA Standard Letter of Volatility
Memory and media present in the Quasonix Maximum Likelihood Stream Combiner (MLSC™) and and the Quasonix BSS Analyzer (BSSA™).
282.06 KB
Best Source Selector Analyzer (BSSA™) Manual
Installation and operation of the Quasonix Best Source Selector Analyzer (BSSA™), a unique tool to emulate real-world channel conditions across all received signals in a range, allowing precise, repeatable BSS testing.
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