ZHEJIANG JCG605LM4 LTE / 4G omnidirectional antenna has a gain of 3.5dBi and covers the frequency bands 698-960 MHz and 1710-2690 MHz (LTE800, LTE18000, LTE 2600). The 4G antenna has a special feature. It has four itegrated 4G antenna modules. Thus, this 4G omnidirectional antenna is multi-WAN capable and can build two 4G connections in parallel. The antenna therefore also has four 1.5m long cables (RG174) with SMA connector. Of course, the antenna can also be used only for a single 4G connection.
The housing of the 4G antenna is made of robust, weatherproof (IP67) and durable ABS plastic. The 4G omnidirectional antenna can also be used in extreme temperatures from -40 ° to +85 °. For mounting on a vehicle, the design ensures the correct aerodynamics while driving. On the underside of the 4G antenna there is a 2.27cm long metal thread with locknut.
You can use this antenna with all popular 4G routers that use the standard SMA port. Thanks to the omnidirectional characteristic, precise alignment is not necessary. The antenna offers you a power gain of up to 3.5dBi and increases the range, signal strength and transmission rate of your 4G connection. Especially when used on vehicles or equipment cabinets, the 4G antenna ensures a clear amplification of the 4G connection due to the installation outside the object. Thanks to the four integrated 4G antenna modules, this antenna can even be used simultaneously on two 4G routers.
- Private vehicles, campers, caravans
- Public vehicles, trucks, tractors, industrial vehicles
- Installations on ceilings, equipment cabinets or machines
- M2M (Maschine to Machine) and other IoT (Internet of Things) Appliances
|Manufacturer / Model:
||ZHEJIANG / JCG605LM4
||Multi WAN 4G Omnidirectional
||698 - 960MHz / 1710 - 2690MHz
|Cable / Connection:
||4 x 1.5m RG-174 cable / SMA male
||In- and Outdoor
||10 to 55Hz with 1.5mm amplitude / 2 hours
|Temperature Range (Operating):
||-40° to 85° C
||up to 95%
||18.7 x 18 x 8.8 cm
Scope of delivery:
|1 x LTE 3.5dBi Vehicle Omni Antenna, 1.5m Cable, SMA