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Actually ordered this one to handle a recurring issue at one of our utility sites — we've had unauthorized drones buzzing pipelines for weeks, and the standard monitoring gear wasn't it, so this PA 5150-5350MHz 30W unit seemed like a grounded step forward, covering the common 5GHz band that most consumer and prosumer drones use for control and video, with ≥30W output so it actually has the teeth to disrupt signals at a practical range, unlike the underpowered stuff we tested before.
It's not for every use case obviously — if someone's flying a drone purely on GPS waypoints without a live RF link, this won't do much, but for the vast majority of hobbyist or semi-professional flights in that 5150-5350MHz range, the jamming tech is effective, and with clutter suppression of ≥65dBm and harmonic suppression at ≥11dBm, we're not flooding adjacent frequencies or causing collateral interference issues, which was a non-negotiable for the regulatory team who flagged the CE and RoHS certs before they'd sign off.
The thing draws ≤2.5A on a 24V-27V DC supply, so it's pretty easy to integrate into existing cabinet power setups without a separate heavy inverter, and it's only 126×60×20mm with a weight of 0.3kg — basically small enough to fit inside a weatherproof enclosure we already have, though the SMA RF interface means we need to verify cable lengths for minimal signal loss, which we usually have stock of, but confirm lead time if ordering in bulk since that connector type varies by batch.
Operating temperture form -25°C to +55°C covers our outdoor installations in northern climates (usually teh low end is the real test), and the standing wave ratio ≤2.0 tells me the antenna tuning is decent enough for the typical omni-directional whip we use, though for higher gain directional setups you'd want to double-check that SWR stays tight — most buyers I've talked to go with a panel antenna for fixed perimeter coverage rather than a sweeping option anyway.
Also, one thing you don't always think about upfront is that max output at ≥45dBm means we're pushing enough power that heat dissipation in the enclosure matters — I'd budget for a small fan or heatsink if running continuously above room temp, as the datasheet doesn't explicitly mention thermal management beyond the ambient range, and we learned that lesson the hard way with an earlier 30W module that throttled back on a hot August day.
For ordering, we're looking at roughly 20 units or so to start, and the supplier usually has stock on these but given the CE paperwork needs a second look for our specific region, I'd plan for a 4-week lead time (check with procurement on whether that's flexible) — the MOQ was flexible when I inquired, and they'll include a COA with each batch, which is enough for our internal compliance without overpaying for extra certification packs.
Our standard MOQ is 10 units per order, but we can negotiate smaller quantities for first-time buyers or sample testing. Just let us know your needs.
Lead time is typically 15-20 working days after order confirmation and payment. For urgent orders, we can sometimes expedite to 10 working days.
Yes, we include both CE and RoHS certificates with every order. They're issued by an accredited lab and cover the PA 5150-5350MHz 30W module specifically.
No, this module is fixed at ≥30W output with a max of ≥45dBm gain—it's not adjustable. If you need variable power, we'd recommend looking at our PA-ADJ series instead.
Store it between -40°C and +70°C in a dry, anti-static environment. The operating range is -25°C to +55°C, so keep that in mind if you're deploying it outdoors.
