TEConnectivity

user Occupation hasn't been added

 TE Connectivity


  • M.2 NGFF to USB3.0 Extender Board

  • Created: Apr 29, 2015

    • view1292
    • comment0
    • bookmark0
    • fork0

Description

No description available.

Summary

The M.2 NGFF to USB3.0 Extend Board is designed with TE Connectivity's 2199119-8 socket, which allows USB 3.0 device to type 2242 Key B M.2 type slot in the Desktop or Laptop. It supports type 2230 M.2 Card dimension and M.2 key B card type. The standard 15-pin SATA external power requires a 5V supply. This project is designed both single and double-sided modules having a 0.5mm pitch width with 67 positions.


The M.2 stands for next generation form factor developed for flat and high-efficiency equipment such as ultrabook or tablet PCs. It is a natural transition from the Mini Card and Half Mini Card to a smaller form factor in both size and volume which supports multiple function add-in cards/modules including: Wi-Fi, Bluetooth, global navigation satellite systems, near field communication, Hybrid digital radio, wireless gigabit alliance (WiGig), wireless wide area network and solid-state storage devices. Also adds functionality to USB 3.0, display Port, SDIO and SSD-PCIe.


The TE connectivity's (TE) M.2 next-generation form factor (NGFF) connectors, which are designed using the new interface standard for a smaller form factor in both size and volume has various applications that are found in notebooks, ultrabooks & desktops, tablets, servers, portable gaming devices, devices that require SSDs, portable mobile devices. It is engineered for a wide range of applications that meets both current and future market needs for slim solutions. This product line offers a natural progression from the Mini Card and Half Mini Card to a smaller overall form factor making it suitable for thin platform applications. M.2 (NGFF) connectors can save more than 20% PCB real estate compared to PCIe Mini Card, and reduce connector height by 15%.

Details


Components:

  • No components added

Tags:

Application:

Type: