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It’s built around GaN, not LDMOS, which basically means better efficiency under high heat loads—we’ve seen these modules hold gain even when the heatsink’s marginal at 50W output, but the real catch is that 300-400MHz band isn’t the sweet spot for every drone jammer setup since most counter-UAS gear wants that 420-450MHz range instead, though our company can customize it there (usually 2-4 weeks lead time).
You’re looking at 47dBm max gain off a 24-32V supply, and that little board—about 30mm wide and 131mm long—weighs only 136 grams so it fits into compact enclosures pretty well, but don’t expect it to run 50W continuous without good fan because thermal limit hits around 30W in still air (check your airflow first).
Most buyers we deal with actually go for the 100W custom version even though the standerd spec says 50W, and what it does is let you run a 20-30W average without worrying about clipping—we’ve shipped quite a few to folks building electronic warfare test benches who need that headroom.
Anyway, teh MOQ is one piece so you can try one before committing to a batch, and we usually have stock on the 300-400MHz units but the custom frequencies like 428-438MHz need about 15 working days or so depending on componnet availability.
MOQ is just 1 piece, so you can order a single unit for testing or prototyping before scaling up.
Yes, we offer custom frequency options including 420-450, 430-460, and 428-438MHz. Just let us know your target range.
We can provide a certificate of analysis (COA) and test reports upon request, but standard certifications like CE or FCC depend on your specific order volume.
Standard samples ship in 3-5 days. Custom orders usually take 7-15 days, depending on the complexity of the frequency or power adjustment.
Keep it in a dry, anti-static environment at room temperature. Avoid high humidity and extreme temperatures, and handle with ESD precautions since it's a sensitive RF component.
