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.
Mini power super series is a 4.20mm pitch power connector designed for flexible wire-to-board applications based on different wire gauges and circuits. It provides a maximum current rating of 20A/pin and accommodates a wire gauge of 16AWG and 14AWG. It is foolproof against mismating among different circuits. This series is available in 2 to 24 circuits for dual row.
Amphenol's external mini-SAS / SATA connector, cage, and cable assembly system solution addresses the storage industry's demand for more compact, high-speed serial I/O interfaces that also support evolving signal speed requirements.
NEXT-GENERATION SAS STORAGE INTERFACE
Amphenol Mini-SAS High-Density connector system is the next-generation SAS system that provides faster data rates and more bandwidth. It provides double the port density of current Mini-SAS connectors with 1x1, 1x2, and 1x4 port options.
UPGRADED VERSION CAN SUPPORT SAS 3.0 ELECTRICAL PERFORMANCE SPEC (12GB/S DATA RATE)
Fully compliant with SFF-8087 specification provide interface for higher speed up to 6Gb/s data rate per channel (meet SAS 2.0 electrical performance spec). Upgraded version can support SAS 3.0 electrical performance spec (12Gb/s data rate).
MiniStak High Density High Speed 0.6mm Board-to-Board Connector
Amphenol has developed a product series of MiniStak high-density and high-speed board-to-board connectors on a 0.6mm pitch, performing to PCIe Gen5 SI with road map to PCIe Gen6. It supports stack heights of 5.0mm, 7.5mm, and 10.0mm. These connectors support the operating current rating at 0.5A per signal contact and 1.1A per power contact.
Minitek127® board-to-board series are 1.27mm pitch connector, position ranges from 4 to 100 positions. Family comprehensive offer includes straight and right angle, surface mount and through mount, shrouded and unshrouded headers in different plating variations (gold flash / 0.25μm gold / 0.76μm gold).
Minitek127® 1.27mm Cable-to-Board Connector System
Minitek127® cable-to-board series are 1.27mm pitch insulation-displacement connector, position ranges from 6 to 100 positions. Family comprehensive offer includes straight and right angle, surface mount and through mount, eject and w/o eject headers in different plating variations (gold flash / 0.25µm gold / 0.76µm gold).
Designed for the finest pitch wire-to-board applications, FCI Basics Minitek® 0.80mm is the ideal solution for devices that require compact and low-profile connectors. With wire gauge range from 32AWG-28AWG, these connectors are available in a single row vertical SMT and right angle SMT configurations. These connectors come with locking features to provide enhanced contact reliability.
FCI Basics Minitek® 1.00mm connector system is the ideal solution for devices that require compact and low-profile connectors. These connectors are designed for fine pitch wire-to-board application with wire gauge range from 32AWG-28AWG. Minitek® 1.00mm solution includes single row vertical surface mount and right angle surface mount configurations.
FCI Basics Minitek® 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 right angle, surface mount and through-hole configurations. It is available in 2 to 15 circuits in a single row.