Amphenol is a world-leading provider of interconnect and communication solutions for communications networks, with industry-leading engineering, design and manufacturing expertise. We offer a broad portfolio of products supporting cable, satellite, telecommunications and mobile network applications, from customer premises equipment and distribution infrastructure to network equipment and wireless communications systems. Our solutions include antennas, connectors, interconnect systems, fiber optic components, cable assemblies, base station components, combiners, filters and amplifiers. Our products support high-speed telecommunications and broadband networks, fiber optic infrastructure, customer premises equipment, network switching and headend equipment, satellite interface devices, set-top boxes and current and next-generation wireless communications standards, including 5G networks. We work with service providers and network equipment manufacturers around the world to provide solutions spanning antenna systems, base stations, distributed antenna systems (DAS), small cells, mobile switches, radio links, wireless routers and other critical communications network infrastructure.
RFS Technologies Professional Services
RFS Technologies has extensive experience working with a diverse range of customers across various environments. Our design services are available nationwide, supported by a team of certified design engineers proficient in network design using iBwave, Ranplan, Planet, NDAC Planner, and ATOLL.
We are highly mobilized and ready to work wherever needed.
Amphenol has developed variant riser card high-speed cable solutions for different system architecture designs to optimize system space layout. Meanwhile, AST solution can provide an entire riser card solution with more value-added PCBA design and assembly. We designed a riser card cable solution mainly to support PCIe Gen5 application, and it's scalable to PCIe Gen6.
Design your own connector with our Scorpion series! The Scorpion modular connector can be configured as a power connector, a signal connector, or both, and it offers nearly limitless combinations. Perfect to achieve that ideal blend of size, weight, and power (SWaP). Add options for blind mating, float mount, panel mount, and cable connector options, as well as integral locking systems.
Amphenol Broadband Solutions (ABS) has been providing reliable, high-quality broadband products to service providers and OEMs for decades. Our Self-Install Kits extend the same levels of performance and simplicity into your subscriber’s home.
Amphenol’s service node links optical transport cable to optical processing equipment. This connection is critical and requires an environmental seal between the cable and the node feed-thru. Amphenol’s node cables utilize a unique IP68 rated stainless steel feed-thru adapter, featuring an anti-twist coupling body and an optional anti-rotating nut.
The SF-047 is a ruggedized, small-diameter coaxial cable engineered for reliable performance in harsh environments. Ideal for aerospace, defense, and industrial applications, it offers excellent durability, flexibility, and high-frequency signal integrity. Perfect for mission-critical systems requiring compact, lightweight, and robust RF cable solutions in extreme temperature and vibration conditions.
Amphenol LTW’s Single Pair Ethernet mechanical interfaces are all designed and made according to IEEE 802.3bp standard offering 5 mechanical mating interfaces all IP67 up and above giving you the freedom to choose the interconnects suitable to your needs. The SPE Connectors interface integrated in M5, M8, M12, FLOS and X-Lok【Quick Guide: https://amphenolltw.com/down.php?supp_download=107】
Site Support Cabinets are durable, pad and pole mount enclosures designed to provide robust protection of power equipment and battery strings deployed in outdoor environments. With varied options for economical thermal management, Charles’ line of site support cabinets protects your network integrity with an environmentally friendly, energy-efficient solution.
Using a threaded interface, SMA 50 Ohm connectors are semi-precision units that provide excellent electrical performance from DC to 18 GHz and outstanding mechanical durability.
Amphenol's high performance small cell antennas can be applied to densely-populated area such as stadiums, airports, railway stations, etc. It has high gain, special beamwidth, and multi-bands. Coverage is improved significantly with the small cell antenna.
Add capacity & increase coverage with Amphenol’s small cell panel antennas. These high-performance antennas can be installed on lamp posts, utility poles or walls - either outdoors or inside venues. Multiple columns of elements provide azimuth side lobe suppression and reduce interference with adjacent antennas or sectors. Select from 22°, 33°, 45°, 65° or 85° HBW for directed, precise coverage.
The SMB interface features a snap-on coupling mechanism and is available in 50 Ohm and 75 Ohm configurations. SMB products offer broadband performance with low reflection DC to 4 GHz and utilize die-cast components on non-critical areas to provide a low-cost solution.
The SMC interface features threaded coupling with 10-32 threads and is available in 50 and 75 Ohm configurations. SMC connectors offer broadband performance with low reflection DC to 10 GHz and are primarily used in telecommunications and instrumentation applications.
The SMP interface is a subminiature interface in the same scale as MMCX connectors but offers a frequency range of DC to 40 GHz. It is commonly used in miniaturized high frequency coaxial modules and is offered in both push-on and snap-on mating styles.
Amphenol Broadband Solutions digital splitters deliver superior signal integrity and low insertion loss for optimal performance. As a leading manufacturer of RF passive and active devices. ABS provides high-precision solutions for today’s demanding broadband networks.
The SSMB 50 Ohm connector is a small version of the standard SMB connector. Amphenol RF's SSMB series provides excellent electrical performance in a micro-miniature footprint.