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A security team sets up a perimeter around a sensitive site, and the operator keys the module when a rogue FPV drone enters the 5.8G band—within seconds, the video link drops and the UAV either lands or drifts off course, which is exactly what most buyers’ end users need for VIP protection or event security.
The TX58100 is built around a GaN solution with a circulator, so you’re getting 100W (50dBm) of average output power in a 172x82x21mm package that weighs 0.70 kg, and the frequency is customizable between 5.2G and 5.8G depending on your target band—most buyers go with the 5.8G variant for standerd FPV jamming.
We usually have stock on the 5.8G version, but confirm lead time if you need a custom frequency because the VCO and FPGA logic chip are tuned per order, and bulk pricing kicks in at 10 units or so—give or take depending on the current component costs.
One thing buyers often ask about is the heat dissipation, and what it does is rely on GaN efficieny to keep temperture drift low, but you’ll still need a heatsink if you’re running it for more than 20 minutes continuous—it’s not suited for handheld operation without active cooling.
The module uses a frequency-locking VCO for linear spread spectrum modulation, generating a chirp signal that sweeps across teh band, and the in-band flatness is better than most generic jammers we’ve tested, though we don’t have exact sideband offset specs handy—typically within a few dB.
Also, the ISO cerification is factory-level, not per module, so you’ll get a COA with each batch, but if you need individual unit testing for a military contract, that’s a separate quote with a longer lead time—roughly 30 days or so.
You can choose between 5.2G and 5.8G. Just let us know which band you need, and we'll adjust it during production.
Yes, the output power is fixed at 100W (50dBm) regardless of whether you go with 5.2G or 5.8G. That's one of the key specs.
We have ISO certification for the manufacturing process. If you need specific test reports or compliance documents for your region, just ask—we can usually provide them.
MOQ is flexible, usually starting at 10 pieces for standard specs. Lead time runs about 15-20 working days depending on the order size and customization needed.
Store it in a cool, dry place away from moisture and static. Handle with care since the GaN components are sensitive—avoid dropping or exposing it to extreme temperatures.
