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  2. List of interface bit rates - Wikipedia

    en.wikipedia.org/wiki/List_of_interface_bit_rates

    PCI Express 3.0 (×8 link) [n] 64 Gbit/s: 7.88 GB/s: 2011 PCI Express 2.0 (×16 link) [n] 80 Gbit/s: 8 GB/s: 2007 RapidIO Gen2 16x: 80 Gbit/s: 10 GB/s: PCI Express 5.0 (×4 link) 128 Gbit/s: 15.75 GB/s: 2019 PCI Express 3.0 (×16 link) [n] 128 Gbit/s: 15.75 GB/s: 2011 CAPI: 128 Gbit/s: 15.75 GB/s: 2014 QPI (4.80GT/s, 2.40 GHz) 153.6 Gbit/s: 19. ...

  3. PCI Express - Wikipedia

    en.wikipedia.org/wiki/PCI_Express

    PCI Express 2.1 (with its specification dated 4 March 2009) supports a large proportion of the management, support, and troubleshooting systems planned for full implementation in PCI Express 3.0. However, the speed is the same as PCI Express 2.0.

  4. List of Intel SSDs - Wikipedia

    en.wikipedia.org/wiki/List_of_Intel_SSDs

    The first, the SSD 510, used an SATA 6 Gigabit per second interface to reach speeds of up to 500 MB/s. [14] The drive, which uses a controller from Marvell Technology Group , [ 15 ] was released using 34 nm NAND Flash and came in capacities of 120 GB and 250 GB.

  5. ExpressCard - Wikipedia

    en.wikipedia.org/wiki/ExpressCard

    The ExpressCard 2.0 standard was introduced on March 4, 2009, at CeBIT in Hannover. It provides a single PCIe 1.0 2.5 GT/s lane (optionally PCIe 2.0 with 5 GT/s) and a USB 3.0 "SuperSpeed" link with a raw transfer speed of 5 Gbit/s (effective transfer speed up to 400 MB/s).

  6. CFexpress - Wikipedia

    en.wikipedia.org/wiki/CFexpress

    The specification would be based on the PCI Express interface and NVM Express protocol. On 18 April 2017 the CompactFlash Association published the CFexpress 1.0 specification. [2] Version 1.0 will use the XQD form-factor (38.5 mm × 29.8 mm × 3.8 mm) with two PCIe 3.0 lanes for speeds up to 2 GB/s. NVMe 1.2 is used for low-latency access, low ...

  7. PCI/104-Express - Wikipedia

    en.wikipedia.org/wiki/PCI/104-Express

    The PCI/104-Express specification establishes a standard to use the high-speed PCI Express bus in embedded applications. [1] It was developed by the PC/104 Consortium and adopted by member vote in March 2008. PCI Express was chosen because of its market adoption, performance, scalability, and growing silicon availability worldwide.