Mobile Mark RM-WB1 (Sub-6, 5G Cellular) Surface Mount Antenna, 600-6000 MHZ

Mobile Mark RM-WB1 (Sub-6, 5G Cellular) Surface Mount Antenna, 600-6000 MHZ

Product Code: RM-WB1


Brand: Mobile Mark

Dimensions: 45x79mm

The Mobile Mark RM-WB1 is an ideal surface mount Super Wideband antenna for rugged and heavy duty environments. It covers the entire 5G Sub-6 frequency band from 600-6000 MHz. It also covers: Band 71 (staring at 617 MHz); CBRS (3550-3700 MHz); and LAA (5 GHz).

The RM-WB1 is suitable for both infrastrucutre and mobile applications requiring a compact, reliable Super Wideband antenna for Data Transfer or Mobile Communication. This antenna may also be used for NB-IoT and LTE-M applications where the specific frequency band may vary from project to project. 

Frequency and Gain:

  • 617-960Mhz: 3 dBi
  • 1700-6000Mhz: 3 dBi

The RM-WB1 is 3.1" (79mm) tall and 1.7" (43mm) in diameter for the through-hole option. It can handle up to 10 watts of power, with a gain of 3dBi. The RM antenna can be mounted via a 5/8" (16mm) hole, and can be supplied with either a cable or direct N-type termination.

Antenna Options

This antenna is available in the following gain configurations: 
RM-WB1: Pigtail cable
(This antenna)
RM-WB1-DN: Direct N-type termination
MGRM-WB1: Magnet mount


Step Global are the leading authorised distributor of Mobile Mark antennas across Australasia. Contact our team today on +61 3 9551 7334 or sales@stepglobal.com to discuss your requirements. You can also browse our wide range of antennas here. 

RM-WB1 Series Specficiations

Part Number: RM-WB1
Frequency: 617-960/1700-6000 MHz
Gain: 3 dBi peak
VSWR: 2:1
Radome: ABS Plastic
Max Power: 10 Watts
Impedance: 50 Ohm
Dimensions:  1.75” diameter x 3” high (45 mm x 76 mm)
Mounting (standard):  5/8” Dia. (15.8mm) feed thru 1” lg (25.4mm) thread up to 1/4” (6.35cm) thk. metal 
Operating Temp: -40 degrees to +85 degrees C
Cable:  LL-195
Connector: Standard Option: SMA Plug
Color Options Black or White

 

Bands CBRS
Frequency 617-960/1700-6000MHz
Gain 3dBi
Mounting Through Hole