Amphenol is a technology leader in the design, manufacture and supply of high-performance interconnect systems, sensors and antennas for a broad range of industrial applications. Our core competencies include application-specific industrial interconnect solutions utilizing integrated assemblies. Our primary end applications for industrial include agriculture equipment, alternative and traditional energy generation, batteries and hybrid drive systems, entertainment, factory automation, heavy equipment, instrumentation, internet of things (IoT), LED lighting, marine, medical equipment, oil and gas, power distribution, public safety, rail mass transit, smart manufacturing (IIoT), and transportation.
Cool Edge PCIe® connectors bring high-speed PCIe® support into a one-piece card edge package with 16GT/s Gen 4 and 32GT/s Gen 5 capabilities. Slim connector design saves space on the motherboard while facilitating other higher-density applications. These connectors come with a simple housing design with an overall reduced footprint, providing additional benefits over standard PCIe® CEM solutions.
CoolPower® Slim Drawer Mini (SDM) Connectors offer a high level of mating configuration flexibility, current density, and a thin profile making it ideal for compact board-to-board power interconnects. The CoolPower® SDM series is available with two or four power lines and boasts up to 318A per linear inch in a footprint of only 5.6mm x 14mm.
Amphenol's CoolPower® Slim Drawer Series is configurable to accommodate various combinations of power and signal contacts and a number of mounting and termination options. CoolPower® Slim Drawer can deliver up to 60A per pin and provides an ultra-low end-of-life contact resistance of just 0.4mΩ. Additional features include blind-mating, sequential mating, and true hotplug capabilities.
Cool Stack 0.80mm Hybrid Power & Signal Connectors
Cool Stack Hybrid Power and Signal connectors provide one-piece high speed and high power solutions while addressing multiple networking standards like PCIe, and SAS/SATA. It offers a maximum current rating of 16A per power pin, which aids in supporting applications with medium power requirements.
Amphenol CDI’s Core Cryo™ product family is engineered to deliver exceptional performance in magnetically sensitive and ultra‑low‑temperature environments, using fully non‑magnetic materials to ensure compatibility with quantum computing systems, precision sensors, mixed‑signal electronics, and advanced medical or scientific instrumentation.
Amphenol CDI CoreHC™ is a high-performance, solderless ganged coaxial solution designed for direct PCB attachment. Featuring a 2.5mm pitch signal-to-signal configuration, it enables engineers to maximize space savings while reducing PCB size and cost. The DC-70GHz connector minimizes trace lengths, optimizing insertion loss and ensuring superior performance.
SV Microwave offers a flexible approach to customizing our COTS products to meet unique customer needs. Our applications and design engineering teams routinely make minor adjustments to standard parts-such as lengthening flanges, adjusting retention features, or altering PCB connector lengths—to support specific design requirements. Below are some examples.
CQ Connectors are aerospace-grade, quick-disconnect rectangular connectors based on the standard D-Subminiature (MIL-DTL-24308) footprint. Featuring a unique push-button locking mechanism that eliminates the need for tools and screws, they are designed for rapid installation, blind-mating, and Foreign Object Debris (FOD) prevention in mission-critical aviation and defense applications.
FCI Basics Cross-Mate™ series is a wire-to-board system that offers compact design and active latching for applications requiring good mating retention.The particular cross section of the mating area guarantees a reliable 4 point contact interface with an improved current rating from 2A to 4A per contact. Terminal-Position-Assurance (TPA) guarantee that the contact is properly mounted into the cable housing
Amphenol CDI’s cryogenic semi‑rigid cable assemblies are engineered for precision, stability, and ultra‑low‑temperature performance, delivering reliable signal integrity for quantum computing, scientific instrumentation, aerospace, and advanced electronic systems. Built with robust materials, rugged construction, and flexible configuration options—including customizable connectors, lengths, etc.