The HPC connector is a traditional backplane interface providing rugged mechanical and electrical performance. It enables 3 and 4 row daughter cards to the backplane interface.
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FCI Basics Millipacs® is a 2.00 mm grid Interconnection system in hard metric configuration designed in accordance to IEC 917, IEC 61076-4-101, Telcordia GR-1217-CORE standards and fulfills Compact PCI bus architecture. As one of the most popular Backplane connector series, Millipacs® is feature-packed for rugged environments.
Compact PCI Millipacs 2mm hardmetric (HM) connectors from FCI Basics featuring 2-beam twisted tulip contacts are compliant to IEC 61076-4-101 and support Compact PCI bus architecture.
Amphenol ICC's backplane connectors support high speed application with speeds up to 112Gb/s. Our board-to-board backplane connectors are available in right angle, orthogonal and coplanar configurations.
Amphenol is the leader in high-speed, high-density connection systems, designing and manufacturing the industry's leading connectors and backplane systems. Amphenol solves system design challenges with integrated interconnect solutions for applications in the networking, communications, storage, and computer server markets.
FCI Basics offers a wide variety of wire-to-board connector solutions that fit applications requiring high-power solutions and Blind Mate Interface (BMI) Connector system.
BergStik® 2.54mm unshrouded headers are available in surface-mount (SMT), through-hole (THT), press-fit, stacking and pin-in-paste (PIP) versions. Designed in single and double row, they are available in straight or right angle options, from 2 to 72 positions.
FCI Basics D-Sub Press-fit Connectors are available in single-shell Delta-D, high density, and mixed power designs, saving the cost of an additional wave soldering.
OCTIS I/O connector from FCI Basics uses multiple industry standard interfaces, features high speed signal and power, lightning protection, EMI shielding, and ease of outdoor installation.
HIGH DENSITY D-SUBMINIATURE CONNECTORS. Amphenol ICC's D-Subminiature product line offers a wide range of termination options for board and cable ends, bringing down the overall cost of cable assembly and connectors significantly.
DIN 41612 connector systems from FCI Basics are backplane interconnect system designed for Board-to-Board and I/O solutions available in both standard mount and reverse mount mating combination.
DIN Power connector from FCI Basics offers contacts with medium power of 5.5A and high power of 15A range. These connectors are designed in accordance with DIN 41612.
Amphenol ICC's backplane connectors support high speed application with speeds up to 112Gb/s. Our board-to-board backplane connectors are available in right angle, orthogonal and coplanar configurations.
FCI Basics DIN 41612 connector systems are the most popular backplane interconnect systems in IEC 603-2 specifications due to the widespread standard adoption, easy availability, cost-effectiveness, and durability.
FCI Basics Minitek Pwr 3.0 is a flexible and comprehensive solution designed for power application with a current rating up to 5A per contact.
FCI Basics offers board to board connectors in various categories including backplane, mezzanine, signal, power, card edge and floating. These connectors feature design flexibility, reliability, and high performance.
The NEW 3000W EnergyEdge™ X-treme has a revolutionary dual contact design that pushes the boundaries of card edge technology beyond 3000W to power modern system architectures.
Amphenol's PwrBlade® connectors with squeeze-to release form factors for applications that require active latching and in panel-mount configurations for modular installation of large power distribution systems.
FCI Basics Minitek Pwr 4.2 is a flexible and comprehensive solution designed for power application with a current rating up to 9A per contact.
The battery is considered as the strategic component of any electric vehicle. All electric vehicles (EVs) are equipped with a Battery Management System (BMS) that intelligently controls the battery charge and protects it from operations beyond the safe limits.