Band choice decides what a stage can reach, and 700-1000 MHz is a mid-band slice that many builds reserve for control and telemetry links. Two things follow from that. The output stage and filtering are aimed at this range rather than compromised across several bands, so the energy stays concentrated where it is needed. And coverage in a finished installation comes from the set of stages inside it — an anti drone jammer cabinet only suppresses what its modules can reach, which makes the band plan as important as the power rating. Keeping that plan written down makes installation and later expansion much easier to manage.
Choosing between a handheld detector, a vehicle-mounted or tripod-deployed system, a fixed passive detection installation, and a GaN suppression module comes down to your site, your threats and your existing equipment. Our team works with integrators and security buyers from your first enquiry: we help match the right detection range, band coverage and output level to the job, support customisation of module parameters, and stay available through installation, commissioning and troubleshooting. Send us your deployment scenario and we will recommend a configuration.
It is the transmitting stage. Detection, tracking and sequencing stay with your host equipment, and the anti drone module turns those control signals into RF output in the 700-1000 MHz band. Keeping the two functions separate means you can add or change a suppression layer without touching the detection side of the installation, and it makes the stage easier to replace or upgrade later.
700-1000 MHz at 50 W, delivered by a GaN amplifier stage. That makes it a mid-band element for an anti drone system that already covers other parts of the spectrum, or a first layer where your target links sit in this range. If your link list falls mostly outside the band, tell us what you are working with and we will say whether another band suits the job better.
It is a component. We supply the RF stage; you provide the enclosure, power, control electronics and antennas. A complete anti drone jammer installation is assembled around several such stages, so most integrators buy the modules that match their band plan rather than a single finished unit.
Control comes from the layer you already run rather than from a separate box. Sequencing and on/off behaviour are driven by your host system, which keeps a single point of control in the installation and avoids two competing command paths. Confirm your controller's signal arrangement with our engineers before ordering so the connection is settled in advance.
The module itself lives inside your enclosure, so the answer depends on that enclosure rather than on the stage. A sealed cabinet with proper thermal management and weather protection suits outdoor siting, while indoor racks are simpler to manage. Either way the stage needs a clear heat path and a clean RF connection.
Start with the link list: write down the control, telemetry and video links you need to cover, then see how many of them sit inside this range. If most of the list is there, this band is the right layer; if only a few links are in it, plan the stage as one part of a wider band plan. Counter drone companies usually treat that check as the deciding step, because a good module in the wrong band still leaves a coverage gap.
