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Acer FA300 vs Silicon Power XPOWER XS90: Comparison

Acer FA300 vs Silicon Power XPOWER XS90 sequential read compared

Start with sequential read, because it is the widest measured gap between them: Acer FA300 11000 MB/s against Silicon Power XPOWER XS90 14300 MB/s, 23% in favour of Silicon Power XPOWER XS90. Sequential write runs the same way, 10000 MB/s on the Acer FA300 versus 13400 MB/s on the Silicon Power XPOWER XS90, another win for Silicon Power XPOWER XS90. They differ on dram cache too, DRAM-less on the Acer FA300 versus LPDDR4 DRAM cache on the Silicon Power XPOWER XS90. Controller is not the same on both, SM2504XT on the Acer FA300 versus TSMC 6nm-process controller on the Silicon Power XPOWER XS90.

Acer FA300 vs Silicon Power XPOWER XS90: which one fits your build

Take the Silicon Power XPOWER XS90 for buyers who already have a motherboard or laptop with a built-in M.2 heatsink and want top-tier Gen5 speed without paying for a redundant one. It is equally the pick for content creators and AI/ML workstation builders who want DRAM-backed caching at the top of the Gen5 speed chart. Avoid it for buyers who need a confirmed TBW/endurance number before committing to a drive for heavy write workloads. Our rating of the Silicon Power XPOWER XS90 (7.2/10): strong headline speeds that land it firmly among the fastest Gen5 consumer drives on paper, but we're marking this down slightly from where the raw numbers alone would put it because pricing, TBW, and NAND type are all still unknown. Worth watching once it hits retail, not yet a slam-dunk recommendation.

Frequently asked questions

Do the Acer FA300 and Silicon Power XPOWER XS90 differ on bus interface?

Yes. Bus Interface reads PCIe 5.0 x4 on the Acer FA300 versus PCIe Gen 5 x4, NVMe 2.0 on the Silicon Power XPOWER XS90.

Is the Form Factor the same on the Acer FA300 and Silicon Power XPOWER XS90?

It is. Both are listed at M.2 2280, so it is not a reason to pick one over the other.

Specs and benchmarks

  • Speed Score

    Acer FA300
    8.5/10
    Silicon Power XPOWER XS90
    –

    Internal and portable SSDs are scored on separate scales, so these two scores can't be compared directly.

  • Brand

    Acer FA300
    Acer
    Silicon Power XPOWER XS90
    Silicon Power
  • Model Number

    Acer FA300
    Acer FA300
    Silicon Power XPOWER XS90
    SP02KGBP54XS9005 (2TB SKU; series also sold as 1TB and 4TB)
  • Series

    Acer FA300
    FA300
    Silicon Power XPOWER XS90
    XPOWER XS90
  • Bus Interface

    Acer FA300
    PCIe 5.0 x4
    Silicon Power XPOWER XS90
    PCIe Gen 5 x4, NVMe 2.0
  • Form Factor

    Acer FA300
    M.2 2280
    Silicon Power XPOWER XS90
    M.2 2280
  • Sequential Read

    Acer FA300
    11000 MB/s-23%
    Silicon Power XPOWER XS90
    14300 MB/s
  • Sequential Write

    Acer FA300
    10000 MB/s-25%
    Silicon Power XPOWER XS90
    13400 MB/s
  • Controller

    Acer FA300
    SM2504XT
    Silicon Power XPOWER XS90
    TSMC 6nm-process controller (specific model number not disclosed in launch materials)
  • DRAM Cache

    Acer FA300
    DRAM-less (HMB)
    Silicon Power XPOWER XS90
    LPDDR4 DRAM cache
  • NAND Type

    Acer FA300
    TLC
    Silicon Power XPOWER XS90
    Not officially disclosed at launch; unconfirmed, treat as unverified until Silicon Power or a teardown confirms TLC vs QLC

    Which one should you pick?

    Choose Acer FA300 if you already have it on hand or find it at a lower price.

    Choose Silicon Power XPOWER XS90 if you want the higher sequential read (14300 MB/s vs 11000 MB/s) and the higher sequential write (13400 MB/s vs 10000 MB/s).

    Price comparison

    RetailerAcer FA300Silicon Power XPOWER XS90
    AmazonView on Amazon

    Disclaimer: The price and specification of the given product may differ from the actual product. Please confirm on the retailer's website before buying.

    Verdict

    Silicon Power XPOWER XS90

    7.2 / 10 Expert Rating

    Strong headline speeds that land it firmly among the fastest Gen5 consumer drives on paper, but we're marking this down slightly from where the raw numbers alone would put it because pricing, TBW, and NAND type are all still unknown.

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