With industry-leading port density, multi-protocol application support , and high-bandwidth performance, the Nano-Pitch I/O Interconnect System is redefining PCIe and SAS solutions within the storage industry, as well as in broader markets, including mobile and enterprise
Over the past decade, data transfer needs for increased port density and speed in smaller packaging have emerged in markets from consumer electronics to enterprise servers and storage.What these customers desire are easy, simple download capabilities to external storage systems across a multitude of protocols.Different connectors have been made to address these issues, but none are as dense, fast, and small as the Nano-Pitch I/O Interconnect System from Molex.Able to move data at 24 Gbps per lane, the Nano-Pitch I/O Interconnect System is compatible with all known PCIe, SAS, and SATA protocols, as well as future-proofed for PCIe Gen 4 (16 GT/s) and SAS 4 (24 Gbps).
产品亮点 |
类别: SAS, PCIe, SATA 协议: 24 Gbps per Channel 数据传输率: 1 - 6 |
特性优点 |
Flexible pinout concept (continuous Ground-Signal-Signal-Ground) optimized for high-speed applications Maximizes the number of high-speed lanes within the lengths provided.Four-lane and eight-lane sizes available per industry standard Multi-protocol solution that adheres to a variety of industry standards Complies with:T10/Serial Attached SCSI (24 Gbps SAS-4); SFF Committee/SFF-8611 Free Cable/SFF-8612 Fixed Connector; PCIe OCuLink Gen 3 8 GT/s and Gen 4 16 GT/s Extremely small form factor design:5.00 mm H by 15.00 mm W by 9.00 mm D and a 12.00 mm mated connector-to-cable assembly height Enables high speed and high bandwidth in a small form factor I/O connector.Services mobile devices through enterprise applications Staggered, reliable and constant dual-row contact configuration Allows for hot pluggability:the ability to add components without having to shut down the system.Provides optimal routing for high-speed trace connections while minimizing the need for PCB real estate Versatile metal shell housing Provides an internal or external solution, with a low mated height that fits within the maximum component height of PCIe add-in cards.Cable-side passive or active latching options available Vertical and right-angle PCB mounting options Enables internal and external system design flexibility with surface-mount and intrusive reflow options available Mezzanine and parallel solutions available Provides industry-leading application flexibility across almost any arrangement of boards within a system |