0.9 GHz to 18 GHz Wideband Mini Tuners
The AM9057 downconverter and AM9058 upconverter operate as a matched, phase‑coherent RF conversion pair, enabling compact bidirectional architectures in dense multichannel systems.
Their shared‑LO option ensures coherent frequency translation across both receive and transmit paths, while their miniature form factors allow high‑performance RF front‑end placement directly at the sensor edge. Together, they provide a scalable, low‑SWaP foundation for tightly integrated EW, SIGINT, quantum computing, and test platforms requiring synchronized, high‑density RF channels.
AM9057 Wideband Downconverter
The AM9057 is a purpose‑built miniature downconverter tuner engineered for extreme space‑constrained multichannel applications, delivering up to 4× the channel density of legacy solutions such as the AM9018.
Designed for defense, aerospace, SIGINT, quantum computing, and advanced test environments, the AM9057 integrates sub‑octave pre‑selectors, low‑noise pre‑amplifiers, frequency conversion stages, power conditioning, and a flexible LO architecture that supports either independent operation or shared‑LO phase coherence across channels.
Its compact form factor enables dense receive arrays in platforms where SWaP‑C is critical, and it pairs seamlessly with the AM9058 upconverter to form a tightly coupled, modular transmit/receive chain that scales to mission‑specific channel counts without requiring custom hardware.
AM9058 Wideband Upconverter
The AM9058 is a miniature RF upconverter tuner designed to deliver high‑performance transmit capability in space‑constrained multichannel systems.
Built for demanding EW, SIGINT, quantum computing, and advanced test applications, the AM9058 integrates sub‑octave filtering, precision gain stages, frequency conversion, power conditioning, and a flexible LO architecture that supports either independent operation or shared‑LO phase coherence with companion modules.
Its compact, board‑mountable design pairs seamlessly with the AM9057 downconverter to form a tightly coupled, scalable transmit/receive chain, enabling dense, low‑SWaP RF architectures without sacrificing signal integrity or system responsiveness.
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Products formerly Atlanta Microwave
Purpose-Built MMIC Components
Enable Portable Platforms
Leverage the latest in solid-state GaAs technology with off-the-shelf, broadband MMIC devices that operate at high frequency to enable portable and low-power platforms.
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