Mobile Networks
Amphenol is a leading global interconnect solutions provider to the mobile networks market and offers a wide product portfolio, including antennas, connectors and interconnect systems. Our products are used in current and next-generation wireless communications standards, including in 5G networks. We works with service providers around the world to offer an array of antennas and installation-related site solution interconnect products. We provide solutions that span antenna systems, base stations, combiners, filters and amplifiers, core network controllers, distributed antenna systems (DAS), mobile switches, radio links, small cells and wireless routers.
M12 Unicode Connector
Amphenol LTW offers M12 Unitcode Connector. The M12 connectors support a rated current of 4A. Assembly Style: DIP 90°
M23 Metric Circular Connectors
Amphenol LTW's M23 connectors are designed according to IEC standard and ideal to fulfill watertight, vibration resistant, and EMC protection in industrial harsh applications. Developed in receptacle, field installable and overmolded cable (upon request) to satisfy industrial inconnection demand.
M5 Metric Circular Connector
Amphenol LTW's M5 Connectors operates in 1A/60V and equipped up to IP69K to withstand harsh environment situations where a secure and reliable signal transfer is needed most. These screw locking threaded connectors meet the IEC 61076-2-105 standard and are available in preassembly overmolded straight, right angle, and receptacles from 3 to 4 contacts, , with upgrade option to 6 pins upon request.
M83522 MIL-ST Connector
The M83522 connector is qualified for military applications and features a higher spring force than commercial ST connectors, allowing it to meet the shock requirements of MIL-DTL-83522. COTS ST connectors provide the same robustness with a spring force more consistent with commercial ST connectors, enabling them to connect effectively with other ST connectors and ancillary electronics.
M8 Metric Circular Connectors
Amphenol LTW's waterproof M8 connectors are designed in various coding options with comprehensive product configurations according to IEC standard, delivering secure & reliable data/power transmission for industrial harsh applications. ALTW's proprietary UHD design (ultra high desity, up to 13 pins) optimizes the utilization of pin contact in limited housing space.
M8 SMT/DIP Connectors
Amphenol LTW's M8 SMT/DIP connectors are designed for surface mounting termination and make it cost-effective by delivering secure & reliable data/power transmission for limited space applications. It's ideal for automated pick and place process with tape & reel package.
Magneto-Lok Connector
Amphenol LTW's Magneto-Lok series offers a low-profile, self-aligning magnetic connection with 360°rotation and quick disconnect at any angle. Available in both receptacle and overmolded versions. With insulation resistance of 100 MΩ, voltage ratings up to 12Vdc / 24Vdc, and a vibration resistance 10 ~ 55 Hz, it ensures reliable performance for up to 10,000 mating cycles.
Massive MIMO Base Station Antennas
For 16 to 64 ports Massive MIMO Antennas for both TDD and FDD, could be filtering function integrated which is called AFU, several solutions available from classical 5G base station antennas, plastic metalized base station antenna, to cosecant square ATG (Air-to-Ground) base station antenna.
Metral® High Speed 4000 Series Backplane Connector
Amphenol’s FCI Basics Metral® 4000 Series is a high-speed 2mm backplane connector system consisting of right-angle receptacles and vertical headers. The 4000 Series features a unique stripline structure in both the receptacle and header. Compared to the Metral® 1000 and 2000 Series, Metral® 4000 receptacle connectors employ a modified receptacle contact geometry optimized for 100Ω differential signals.
Micro Cool Edge NF1/NGSFF 0.50mm Connectors
Micro Cool Edge NF1/NGSFF 0.50mm is a new small form factor card edge connector designed for enterprise and data center SSD (Solid State Drive) servers. It supports NF1/NGSFF (Next Generation Small Form Factor) which can double storage capacity and enable front side service within server systems compared to the M.2 standard.