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-SAS High-Density receptacle is the next-gen SAS system; the SAS 2.1 standard meets SAS-3 next-gen speed & density requirements that provide faster data transmission & more bandwidth for end users. The low-profile system provides 4X and 8X cable-plug options & the external I/O connectors include eight sideband signals per 4X port, 1x4 configuration for up to 192Gb/s of total bandwidth.
Amphenol's Mini-SAS HD Active Optical Cable is fully compliant with SAS 2.1 and SAS 3.0 industry standards as well as the SFF-8636 interface standard. Used primarily for external Enterprise storage applications, this cable is part of Amphenol's comprehensive Mini-SAS HD product offerings that address all board connector and cabling applications, from 1 to 100 meters.
Amphenol's Mini-SAS HD product is the present generation SAS storage interface addressing multi-channel bandwidth requirements of 6Gb/s, 12Gb/s, and 24Gb/s while meeting or exceeding SAS 2.1 SAS 3 and SAS 4 specifications. The Mini-SAS HD product provides greater port density (11mm port-to-port) versus the legacy Mini-SAS 2.1 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.
Minitek127® 1.27mm Wire/Cable-to-Board Connector System
FCI Basics Minitek127® 1.27mm connector system is an extensive range of modular connectors for all types of wire/ cable-to-board applications. It includes straight and right angle, surface mount and through-hole, pin headers and board receptacles in different plating variations, customized stacking headers, IDC version, available in up to 100 positions.
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.
Minitek® is Amphenol ICC's brand for BTB and wire/cable to board connectors in 2.00mm pitch. It is a fully modular system enabling all types of connections between PCBs, wires, and flat cables. Its 2mm spacing allows up to 38% space saving compared to traditional modular systems. It is available in vertical and horizontal configurations both in single and double row with 2 to 25 positions per row.
Minitek® is FCI Basics brand for board-to-board and wire/cable-to-board connectors in 2.00mm pitch. It is a fully modular system enabling all types of connections between PCBs, wires, and flat cables. Its 2mm spacing allows up to 38% space saving compared to traditional modular systems.
Minitek® Board-In connector system is a flexible solution designed for economical and permanent wire-to-board applications up to 3A. It is a one-piece direct solder-to-board solution that provides space and cost savings compared to a two-piece connector system. It is currently offered in 2-16 positions under 2.00mm and 2.50mm pitch sizes covering vertical and horizontal configurations.
FCI Basics Minitek® MicroSpeed connector family with 1.00mm pitch supports high-speed data applications with up to 25Gb/s. These connectors feature a shielded design that provides superior EMC performance and significantly improved electromagnetic compatibility. The poka-yoke polarization prevents visual mismating, which makes it ideal for use in industrial environments.