Cellular M2M Antenna Technology Solutions

When you need to monitor in rugged conditions, M2M technology by Mobile Mark offers just the right equipment. Mobile Mark has a track record of developing antennas with environmental-resilience that protect against severe vibration, impact, water ingress or sea salt incursion. This can be achieved by over molding the antennas or filling the antenna housing with vibration absorbing material. Our antennas are built to be rugged and meet industry and military specification.

Some M2M solutions are placed in a tight space or in unusual settings, such as vending machines or wireless data terminals. Mobile Mark offers flexibility with off-the-shelf or custom designed embedded antennas. For applications requiring covert mounting, our low profile, impact resistant antennas can be mounted internally or externally. Solutions include the antenna board itself, as well as an antenna board in an over-molded, or custom-shaped radome.

From network setup at construction sites or oilfields, to data transfer along a smart grid, industrial M2M networks require dependable data transfer. Mobile Mark offers a range of rugged omnidirectional and directional site antennas designed to cover targeted areas, whether close-in or at a distance. Our antennas can meet industry-specific standards such as high voltage insulation or PTCRB requirements by Cellular Carriers.

Mobile Mark has M2M solutions for data transfer from vehicles. Real-time data captured from moving vehicles needs to be transmitted to a central monitoring location. Mobile Mark offers solutions ranging from a simple GPS-only antenna for navigation to a Multiband antenna that combines several applications (Vehicle location and tracking, mobile telemetry and WiFi hotspots) in the same package. We also offer multi-element antennas that provide LTE MIMO and WiFi MIMO coverage.

Remote monitoring of devices in fixed locations often depends on time sensitive data and M2M antennas. Alerts from security cameras or utility pole boxes contain critical information that needs to be acted upon. Or, driver warning notices can be transmitted out to remotely located digital signs to update drivers of important traffic developments. Reliable connections are critical to ensuring this continuous flow of information.