News

Last year we announced a new series of compact TETRA Mobile Combiner Units for the new extended TETRA band (low 380-386,5 MHz/High 390-396,5 MHz) introduced into some European countries. Initially, the two band versions (PRO-MCU380-EXT & PRO-MCU380-EXT-2-REV) were only available. We are pleased to announce that three and four band versions are also available.

antennaPRO will be exhibiting at FCS Comex 2023, a highly anticipated event organised by the Federation of Communication Services (FCS) that brings together experts and innovators in communication and technology.

The Amphenol Procom wideband antenna LTE portfolio continues to expand with the introduction of the CXL 690-4200 & CXL 690-4200LW.

The PRO-CAV800-3DI-4HU-SQ is a new TX Square Cavity Combiner which is ideal for US Public Safety networks such as FirstNet, P25 and other PMR networks in the 700-900 MHz range.

We are pleased to introduce a new low PIM vertically polarized antenna. The CXL 450-5C covers the 380-470 MHz band in 4 versions with a PIM specification of -150 dBc (3rd order, 2 x Tx @ 43 dBm).

The new Amphenol Procom ProMobile catalogue can now be downloaded from this website. Get a quick overview of how Amphenol Procom mobile antennas can help you connect your organisation's vehicle or device to GNSS/LTE/5G.

Our website has a section allowing you to download the full range of Amphenol Procom catalogues. Each catalogue provides details of the latest ATEX, DAS, IoT and TETRA Combiner ranges.

The new Amphenol Procom ”HybridLine” cross-polarized panel series (covering LTE450 but also LTE700/800/850 in one product) has been designed to offer a very stable radiation pattern over two separate bands of operation. This approach enables the use of the antenna for multi-carrier operation and use when site sharing is also a requirement.

If you install Amphenol Procom antennas in the maritime environment, you may consider looking further into the MariFix barrel spring. This spring is an ideal addition to Amphenol Procom marine antennas that operate in hostile weather conditions at sea.

Simply put, a combining system places multiple transmit (Tx) and receive (Rx) signals onto a single common port. Within a combining system, a Tx combiner gathers all transmit signals together onto a single output port whilst a Receive Multicoupler will take incoming signals and split them to feed multiple receivers. If the Tx output and Rx input are both fed into the Tx and Rx ports on a duplexer then the resulting common (Ant) port carries both signals to/from a single antenna creating a multi-channel RF combining system.