Connectors
Amphenol has been designing and manufacturing electrical and electronic connectors since the company’s inception in 1932. For nearly a century, we’ve been helping customers transmit power, data and signal in the harshest environments, from subsea applications to the outer reaches of space and everywhere in between. Our wide array of electrical and electronic connectors come in multiple form factors and are designed to meet the latest market needs including high power, high speeds, size and weight reduction, EMI shielding, hermeticity, high pressure and improved board retention. Amphenol also offers a broad portfolio of contact styles, termination types, mating styles, connector geometries and environmentally-friendly RoHS plating.
View our businesses providing Connector solutions.
WireLock®
WireLock® is a 1.80mm pitch wire-to-board connector system. Its compact design addresses the growing need for space-saving automotive-grade connectors. WireLock® is a double row connector system offering four coding types with different colors.
Wire Protector System
This series is economical PCB terminal blocks, which mainly take 2P/3P as the base pole and can be combined into any desired pole according to customers' requirements. With anti-vibration characteristics, flexible and convenient connection mode. Space 2.50mm-10.16mm, product design in line with IEC/EN60998, IEC/EN60947-7-4, UL1059, CSA C2.22 No.158, and other international standards.
Wire-to-Board Connector System (1.20mm pitch)
FCI Basics 1.20mm wire-to-board connector system is low profile and compact with 3, 4, and 6 pin counts. The plug and receptacle use a frictional mating method enabling up to 20 mating cycles.
The enclosed receptacle makes sure that the side entry matings are secure in tight spaces. Additional polarized key slots prevent any misalignment between the plug and receptacle.
Wire-to-Board Connector System (1.25mm pitch)
FCI Basics 1.25mm wire-to-board connector system is designed for a wide variety of applications in Industrial, Automotive, and Consumer markets. The comprehensive range consists of terminals, crimp housings, and PCB headers in straight and RA, SMT, and through-hole configurations. It is available in 2 to 15 circuits in a single row. 1.25mm WTB solution conforms to the EU Industry Safety Standard.
WQ-15
Applied to Smart Home - Thermostat.
Compatible with PCB sockets, providing a variety of wiring methods.
Socket with tenon fixed can be provided for matching.
X2
DESIGNED TO ACHIEVE 56G DATA RATE REQUIREMENTS
X2's upgraded platform maintains backward mating interface compatibility with existing XCede® products while offering new backplane configurations. Mid-plane-based orthogonal solutions are available for 6-Pair along with the others, supporting both 85Ω and 100Ω to meet a wide variety of application needs, including Ethernet and PCI.
XCede I/O
The XCede® I/O interconnect system is comprised of a 32-position, variable pitch connector built for use in high-speed serial applications. Each port offers 4 channels to increase port density which contributes to more board real estate and immense cost savings. The XCede® I/O connector supports next-generation 100G+ applications and transmits up to 25 Gbps/serial-lane.
XCede Plus Backplane Connector
DESIGNED TO ACHIEVE 32G DATA RATE REQUIREMENTS
XCede Plus leverages the same core technologies as XCede with improved signal integrity performance while maintaining backward mating interface compatibility with existing XCede products.
XCede® Backplane Connector
ENABLING FUTURE DATA RATES
While maintaining the same mating interfaces, this connector design provides designers with readily available 85Ω and 100Ω solutions to meet a wide variety of application needs, including Ethernet and PCI.
XCede® HD
XCede® HD backplane connector achieves high performance (up to 20 Gb/s) in a Hard Metric form factor. Offering a linear density of up to 84 differential pairs per inch (33 differential pairs per centimeter), the XCede® HD connector meets the requirements of high-density architectures with a 35% increase in density as compared to standard XCede®.