News

LTE 450 refers to LTE networks operating in the 410–470 MHz frequency range which is known for its extended coverage, strong penetration through obstacles and high reliability. It’s ideal for many industries such as public safety, utilities and mission-critical private networks in rural or remote areas.

Amphenol Procom has long supplied the global aviation industry with high-performance antennas built for ADS-B (Automatic Dependent Surveillance-Broadcast) systems. Operating at 1090 MHz, ADS-B is a critical air navigation technology that enables real-time aircraft tracking via GPS data.

Dependable communication is critical across many industries including transportation, military, emergency services as well as Aviation. Amphenol Procom has earned a reputation for delivering high-performance solutions designed to meet the demands of Air-Ground-Air (AGA) communication where uninterrupted, high-reliability links are essential.

In a perfect world, RF filtering equipment would not exist as radio equipment would transmit/receive the desired signal perfectly. However this is far from a reality as radio equipment, generally built to high standards, has certain tolerances and limitations meaning that other out-of-band signals can be transmitted or received. If such signals are left unchecked, there is a good chance that someone somewhere could be affected (even on your own system), creating a loss of performance. It is the role of RF filters to help eliminate these unwanted signals and to provide optimum performance for your radio system.

There are a multitude of factors to consider when sourcing a commercial antenna. Firstly and most importantly is the frequency band. If the antenna is not working efficiently at the desired frequency then much of the transmitted signal will be reflected back from the antenna, rather than radiated from it. This reflected power, not only is wasted energy, but potentially can cause damage to the transmitter. Likewise, in the receive path, a poorly matched antenna will not pass signals efficiently to the receiver, thus degrading system performance.

Designed for mission-critical and business-critical communication systems, the new 4270 and 4280 High Gain Omni Antennas from Amphenol Procom are a key addition to our range. Standout feature of these antennas are their exceptional PIM (Passive Intermodulation) and PIP (Peak Input Power) performance, ensuring unmatched reliability and signal clarity in demanding environments.

We’re pleased to announce that the AP195 Cable, now ECE 118.03 certified! This highly durable, low-loss coaxial cable is your go-to solution for applications demanding top-notch safety and performance such as automotive, transportation and other applications where flame resistance and safety are paramount.

We are excited to announce the launch of new wideband hybrid combiners from Amphenol Procom for the UHF/LTE 450 MHz range. These hybrid combiners bring unmatched performance by covering 380-470MHz, eliminating concerns about specific frequency allocations or compatibility for radio systems.

The 427x series is the latest addition to Amphenol Procom's line of high-gain omni antennas. Its rugged design makes it suitable for the most demanding environments, ensuring stable radiation, which is crucial for high-gain antennas with narrow beamwidth. This makes the 427x antenna series ideal for mission-critical networks.

We are pleased to share the latest development of the Pro-mobile series. The ProConnect Plus has been upgraded with two additional LTE and Wi-Fi elements and can now be configured as a 9-in-1….all in the existing small iconic mohawk cover.