Tiny, fast, and upgradeable: Toshiba's future of storage • HWzone
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Tiny, fast and upgradeable: Toshiba's storage future

The Japanese company introduces a new standard for ultra-fast internal storage similar to cards . Coming soon to all of us?

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Toshiba has little affection for agile and tiny storage, as we already knew when it introduced tiny BGA drives for direct motherboard combat and the innovative BG4 drives that offered up to terabytes of volume at the M.2 interface with a length of only 30 millimeters (instead of 80 Millimeters on most drives In this connection). Now she wants to go all the way with a new standard for even smaller dimensions - get to know the XFMExpress.

Quite a few laptop makers nowadays opt for drives In a soldered BGA configuration, which may contribute to minimizing system dimensions and slightly reducing the risks of technical malfunctions in the product, but at the same time deprives consumers of the ability to replace and upgrade storage when needed. Any failure of the storage chip will require the replacement of the entire motherboard, as there is no practical way to separate the two.

Unveils its new flash of technology - with a future planning in the form of technology support 4.0

XFMExpress is designed to deliver the best compromise for this challenge - a new interface that could utilize PCI-Express 3.0 × 4 artery similar to today's popular M.2 connectors (and PCI-Express 4.0 × 4 artery already in design) for a tiny card in the Secretary configuration The SD cards, with a dedicated bracket, can be removed when needed and replaced. The dimensions of the drives in BGA soldering, the resulting heat dissipation solution (in the form of the metal bracket where the card will be mounted) and the performance of the drives In full M.2 configuration - and all that remains is to hope that it will meet expectations and be gradually adopted by the various manufacturers in the field.

A bracket that will also help dissipate heat for optimal operation over time

The dimensions of the XFMExpress card will be only 18 × 14 millimeters, with thickness of 1.4 millimeters - compared to 11 × 15 millimeters and thickness of 0.75 millimeters for microSD cards. Together with the dedicated bracket, the size of the XFMExpress will reach 22.2 × 17.5 millimeters in thickness of 2.2 millimeters - which will only be a little bigger In a soldered BGA configuration that is usually available at a starting size of 20 × 16 millimeters with a thickness of up to 1.5 millimeters. Proximity is as small as possible for future upgrading - certainly the smallest option available in the field today is 2 drives in 2230 configuration with dimensions of 22 × 30 millimeters (not including the bracket itself).

The M.2 standard is considered too big in the age of modern computing, which is not enough to surprise us in the race for maximum minimization

We still don't know when we will be able to see a practical commercial application of XFMExpress cards, if any, and whether there is a plan to sell cards To the general public or leave the product as a means for OEM and ODM manufacturers only - but promise to keep you updated and updated with all the details about this intriguing venture in the near future.

This is what the actual storage card looks like, outside of processed close-ups

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7 תגובות

  1. It's time

    I did not understand why they did not invent a vertical M2 bracket - the card stands, and not vertical. Save space. Neither must be near the PCI, but below, at the bottom of the board.

    1. Because of the danger of breaking in my opinion. M2 is longer than a DIMM card and the risk of it breaking is significantly higher. It's also harder to lock it in place if it's vertical

  2. Lol if this thing is going to be a performance… it will sell to everyone at the end of the day and the good between them will sell at an overpriced price.
    This again proves that the paper has technologies that are just waiting, and in effect will always maximize profits.
    I don't remember when, who and why made us (me) feel that technology has no inhibitions and we are about to upgrade every year… .. (In practice this is true but the process of 2 steps forward -> one step back is a tiring process.)

  3. A welcome step from the bracket will protect the drive much better
    And also on a stationary computer since it will be closed and so even hit or trick or whatever will not drive especially drive some people that the computer is standing and not lying so the SSD that today may be out of place (yes even when screwed) so in my opinion it is really a really great idea
    And we only hope to catch it

  4. Quote of ClassMulder

    Not when he stands. If you try to close it with plastic latches like memory cards, you will see that human fingers will not get there easily, or maybe at all. And will also sketch on the way. Part of planning for Motherboard This is human engineering. A very important part. Even so, motherboards contain components that are easily scratched and injured. The idea is to make it easier for people, not make it harder for them to push more components into the board. Most of the compromises made in the design of motherboards are made to facilitate technicians and components. And rightly so.

    For a slot similar to a memory card, this is a possibility, but I think they chose the current route to separate memories and to expose more surface area for the purpose Cooling more efficient.

    Human engineering is one of the least noticeable things in motherboard design (or enclosures, if any). Why, for example, should the slots be under the video card? It makes more sense to be near the memory (where it will also be more exposed to the wind from the processor fan). But tradition is more powerful than changing the whole planning.

    Therefore, I conclude that the choice was not made wisely, but rather quickly - to give a quick and unchanged solution that would cost money.

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