This surface mount antenna provides the ultimate in multi-band coverage. This SMW Series antenna is configured with 3-cables to connect with individual devices; other configurations are available. This rugged antenna can be mounted to any vehicle, cargo container or trailer. The SMW radome color is white standard, black optional. Manufactured by Mobile Mark "This antenna is made to order and requires 4-6 weeks before shipping."

• Band: GPS & multi-frequencies
• Frequency: 694-894 MHz, Dual 2.4 &4.9-6.0 GHz, 1575 MHz
• Gain 2 dBi 694-894 MHz, 5 dBi 2400 & 4900-6000 MHz, 5

Manufactured by Mobile Mark  "This antenna is made to order and requires 4-6 weeks before shipping."

The SMW-305 Series Antenna has three separate RF cable feeds and will most typically be used for GPS, Cellular/LTE/AWS (700/850/1700/1900/2100 MHz) and dual 2.4/5.0 WiFi. Bandwidth coverage is 694-894 MHz & 1.7-2.7 GHz on the first cable, 2.4 & 4.9-6.0 GHz on the second cable, and 1575 MHz for GPS on the third.
Other specialized applications are possible with this model. For example, this SMW-305 antenna could be used to provide Public Safety coverage at both 700 MHz and 4.9 GHz. Or, the antenna could be used for Smart Highway applications with DSRC at 5.9 GHz.
The antennas can be mounted to any vehicle, cargo container or trailer. The stud mount design uses a 3⁄4” feed-thru (19mm) for securing to the vehicle.
Access to the underside of the body surface is required to complete the installation. For best performance, the antenna should be mounted on a metal surface or ground- plane.
For the GPS interface, the antennas are typically outfit- ted with 15 feet of RG-174 cable (4.5 meters). The two communications cables are 15 feet of low loss RF-195. All connectors are male unless requested otherwise.
The antennas are enclosed in a 4.2”D x 3.2”H weather- proof radome (107 mm x 81 mm), and supplied with all mounting hardware and sealing gasket. The radome color is white with optional black.
This antenna is also available as a Magnet Mount, with all the same performance characteristics.