With our industry-leading high-speed, power and fiber optic technologies, together with superior simulation and testing capability and cost-effectiveness, Amphenol is a market leader in interconnect development for the information technology (IT) and datacom market. Whether industry standard or application-specific designs are required, we can provide customers with products that enable performance at the leading edge of next-generation, high-speed, power and fiber optic technologies. Our primary end applications include cloud computing and data centers, gaming systems, internet appliances, networking equipment, servers, storage systems, transmission and web service providers.
Mini Power 4.2 connector system is a 4.20mm pitch power connector designed for wire-to-board applications. It is mainly used for power applications and supports a current rating up to 9A per pin and wire gauge range from 28AWG-16AWG. It is available in 2 to 24 circuits for dual row. The boardlock option ensures a strong retention force.
Mini Power Plus 4.2 connector system is a 4.20mm pitch power connector designed for wire-to-board applications. It is mainly used for power applications and supports a current rating of up to 13A per pin and a wire gauge range from 20AWG-16AWG. It is available in 2 to 24 circuits for dual row. The boardlock option ensures a strong retention force.
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.
The SAS 2.1 standard meets SAS-3 next generation speed and density requirements that provides faster data transmission and more bandwidth for end users. The lowprofile system provides 4X and 8X cable-plug options, and the external I/O connectors include eight sideband signals per 4X port, 1x4 configuration for up to 192Gb/s of total bandwidth.
Amphenol's 12G / 24G Mini-SAS HD product is the next generation SAS storage interface addressing multichannel bandwidth requirements of 12Gb/s or 24Gb/s while meeting or exceeding SAS 3.0/4.0 specifications. The Mini-SAS HD product provides greater port density (11mm port-to-port) versus the legacy Mini-SAS HD 2.0 product (19.01mm port-to-port).
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).
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).
FCI Basics Minitek® 2.00mm Blind Mate Interface (BMI) is a flexible and comprehensive solution designed for application with a current rating of up to 2A per circuit. It allows misalignment and provides floating for easy blind-mate connections. BMI option is available in a dual row with 8 or 12 circuits. These connectors provide an ideal solution for panel-to-board applications.