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You're looking at a system that can bridge over 100 kilometers line-of-sight while pushing north of 100 Mbps, which is actually the spec that tends to stop most people cold when they're trying to figure out how to link distant field teams or relay video form a rover drone that's over the hill—it basically solves the "we need to talk across that valley" problem without needing a satellite link.
What it does is handle the tough stuff automatically—adaptive frequency selection and wideband hopping mean it'll find a clean channel even when you're right in the middle of a cluttered RF environment (think urban or contested spectrum), and the dual-channel 2x5W transmit setup gives you redundancy if one band gets jammed or noisy, so you're not left scrambling.
We usually stock these in batches of 10 units or so for quick orders, but if you need 50 or more lead time typically runs 4-6 weeks depending on whether you want the AES128 or AES256 encryption option—most buyers go with AES256 since it's better than the standdard commercail stuff for compliance-heavy projects, but check your COA if you're linking to a legacy mesh that only expects DES.
One thing I'll mention: it's not ideal for indoor hallway-to-hallway hops given teh 3300g weight and the antenna requirement to actually hit that 100km range, but for wide-area perimeter monitoring or connecting mobile command posts it's pretty much tightest tolerance you'll find in this power class—the -103dBm sensitivity at 5MHz bandwidth is what gives you those margins on link budgets when nodes drop behind terrain.
Anyway, the GPS/BD receiver and WiFi AP/Client are built right in on the board, so you don't need separate modules for time sync or local Wi-Fi bridging to your tablets, which saves a lot of wiring headaches on the install side.
28.2V charging voltge on the battery system, but confirm your DC supply handles 15-60W power draw before ordering—we've had one crew blow their internal regulator because they assumed it'd sip power like a handheld radio when it actually pulls closer to 60W under full duplex throughput loads.
Our standard MOQ is 10 units per order, but we can negotiate smaller batches for evaluation or pilot projects.
Yes, we can supply FCC and CE certifications, plus internal test reports for AES256 encryption and frequency range compliance upon request.
Yes, to achieve 100km LOS, you'll need high-gain directional antennas and clear terrain with no obstructions. Typical range with standard antennas is around 30-50km.
Wider bandwidths like 40MHz give higher data rates over 100 Mbps but shorter range, while narrower ones like 1.25MHz extend range at lower speeds. Pick based on your priority between distance and throughput.
Standard lead time is 15-20 working days for 20 units, depending on current stock and customization needs like frequency band or interface changes.
