HighPoint's new SSD adaptor hits 56 GB/s, stores 2 petabytes of data — the world's first PCIe Gen 5 x16 add-in card debuts at $1,999

HighPoint Rocket 7628A Adapter and Rocket 7608A AIC
(Image credit: HighPoint)
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Add-in card manufacturer HighPoint has unveiled the world's first PCIe Gen 5 x16 NVMe add-in card, which can house up to eight PCIe Gen 5 SSDs at full speed. The card, priced at $1,999.00, can operate at up to 56 GB/s and is compatible with up to 2PB of NVMe drives.

The new add-in card, the Rocket 7608A PCIe Gen 5 x16, features eight Gen 5 2280 compatible M.2 slots capable of operating a four-lane Gen 5 NVMe SSD at full speed. The card utilizes Broadcom's PEX89048 switch to provide 48 lanes of internal Gen 5 bandwidth, with 16 lanes dedicated to the host machine (the physical x16 slot) and the rest to the eight M.2 slots. The 7608A's dimensions resemble a single-slot graphics card, featuring a single-slot full-height form factor with a massive amount of width to accommodate all eight SSDs.

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Aaron Klotz
Contributing Writer

Aaron Klotz is a contributing writer for Tom’s Hardware, covering news related to computer hardware such as CPUs, and graphics cards.

  • derekullo
    2000 terabytes / 8 = 250 terabyte drives.

    Do 250 terabyte ssds exist?
    Reply
  • Amdlova
    They are working in future :D
    Reply
  • boosted1g
    Amdlova said:
    They are working in future :D
    I mean, don't get me wrong, I like manufactures who try to future proof their products. However, considering we don't quite yet have 16tb 2280 cards, seems like 250/256 is a lil too far into the future to even be a consideration. Not only will we likely be on PCI e 7 or 8 by then, but good chance we won't even be using m.2 at that point!
    Reply
  • Gu3sts
    I was wondering how they could get 8 drives with 4 lanes per drive to work with x16 slot
    8 drives x 4 lanes per drive = 32 lanes required
    Reply
  • Rob1C
    Gu3sts said:
    I was wondering how they could get 8 drives with 4 lanes per drive to work with x16 slot
    8 drives x 4 lanes per drive = 32 lanes required
    They use a PCIe Switch - 16 lanes to motherboard's PCIe slot (giving x16) and 32 lanes bifurcated 8x4, for a total of 48; 16 one way and 32 the other:

    https://www.broadcom.com/products/pcie-switches-retimers/expressfabric/gen5/pex89048
    Reply