WiFi 6 can improve wireless efficiency in industrial networks, but the result depends on RF planning, client capabilities and application traffic—not simply the advertised wireless... Read more...
Industrial WiFi 7 is not simply a faster replacement for WiFi 6. This engineering guide explains where IEEE 802.11be can provide practical value in industrial networks and where a... Read more...
What is the difference between intrinsically safe WiFi and flameproof equipment? An intrinsically safe WiFi board is integrated into a system that limits electrical and thermal ene... Read more...
How should you select an explosion-proof wireless access point? Use two gates. First, confirm that the exact model, marking, certificate and installed configuration match the hazar... Read more...
A hazardous-area wireless network should separate four decisions: safety qualification, field connectivity, transport and OT-system integration. Explosion-proof access points provi... Read more...
Ex tb IIIC T80°C Db is the combustible-dust marking carried by every MAXON explosion-proof wireless device, according to MAXON's certification confirmation. It identifies explosion... Read more...
What is explosion-proof wireless communication? Explosion-proof wireless communication extends WiFi, cellular or serial-data connectivity into a classified hazardous area using equ... Read more...
What determines whether a long-range wireless bridge will work? An explosion-proof wireless bridge carries Ethernet traffic between fixed locations in or around a hazardous area. A... Read more...
