
Plan LoRaWAN Coverage by RF Zone, Not a Distance Claim
Plan LoRaWAN coverage across buildings, cities, and rural sites through RF zones, placement, obstructions, traffic, and field measurements.
Tag archive

Plan LoRaWAN coverage across buildings, cities, and rural sites through RF zones, placement, obstructions, traffic, and field measurements.

Part 5 of 6: Attack Surface, Wireless Security, Pentest. Everything up to this point, including...

A Room That Is Silent Across Ten Billion to One. Every electronic product has to answer...
RFGEN44 Open 4 4GHz: CircuitValley's RFGEN44 pairs a PIC16 with an ADF4351 to sweep 35MHz to 4.4GHz from a 65g box. Here's how to breadboard the same idea for less.

Compare protected and exposed LoRaWAN installations through ingress protection, antenna placement, power, enclosure, backhaul, and maintenance.

Originally published on AtlasPCB Engineering Blog Designing an RF circuit board that performs to...

Quick Answer: RO4350B for 90% of RF Designs, PTFE Only Above 60 GHz Parameter Rogers...

Two radios are useless to each other if the signal arriving at the receiver is buried under its own...

A detailed cost analysis comparing FR-4 and Rogers (RO4350B, RO4003C) PCB fabrication — covering...

The short answer: if your RF traces carry signals above 5 GHz, JLCPCB is not a viable production...
QuadRF Turns Raspberry Pi: QuadRF is an open source phased-array kit that turns a Raspberry Pi 5 into a real-time RF camera, mapping Wi-Fi and wireless transmitters in AR.

The Core Challenge: Separating Real RF Capability from Rogers Material Surcharges China...