Palit Cuts RTX 4060 PCIe Connector in Half

Palit RTX 4060 StormX
(Image credit: Palit)

A tweet from @fpsojisan_yt reveals that Palit is allegedly cutting the physical size of its PCIe connector in half for its RTX 4060 graphics cards. This change makes some sense as the RTX 4060 is only wired to use eight lanes of PCIe connectivity. At the same time, while the RTX 4060 ranks among the best graphics cards, it's mostly by virtue of being the least expensive Ada Lovelace architecture GPU from Nvidia.

All the RTX 4060 cards we're aware of have so far come with an x16 physical PCIe connector, even though the AD107 GPU (and AD106 on the RTX 4060 Ti) only uses eight lanes of connectivity. The remaining eight lanes are not electrically connected and are there more for stability. These cards from Palit are the first time we've seen an RTX 4060 with a cut down PCIe connector, and in fact it's a rare bird of a graphics card that has anything other than an x16 physical connector — even the RX 6500 XT and RX 6400, which only use four electrical lanes, usually have x16 connectors.

The neutered PCIe x8 interface is generally used to reduce manufacturing costs and reduce the physical size of the actual chip. External interfaces generally don't scale at all with newer process nodes, so dropping from 16 to eight or even four lanes can save on die size. This can be useful on lower-end GPUs like the 4060, since most graphics cards don't really take full advantage of an x16 interface, especially at Gen 4 speeds.

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.

With contributions from
  • PlaneInTheSky
    Cut the price in half instead to $100, and I might consider a 4060.
    Reply
  • tennis2
    Additional problem: No locking tab.
    Reply
  • bit_user
    More cards should do this. Server boards often have x8 slots that are mechanically x8. It can sometimes be useful to put a real GPU in them, but you rarely need the fastest.

    It'd be even more useful if the x4 GPUs (looking at you: RX 6400, RX 6500 XT) would be mechanically x4, because it's pretty common to find x4 slots even on consumer boards.

    tennis2 said:
    Additional problem: No locking tab.
    The shorter the connector, the less of an issue that should really be.
    Reply
  • artk2219
    bit_user said:
    More cards should do this. Server boards often have x8 slots that are mechanically x8. It can sometimes be useful to put a real GPU in them, but you rarely need the fastest.

    It'd be even more useful if the x4 GPUs (looking at you: RX 6400, RX 6500 XT) would be mechanically x4, because it's pretty common to find x4 slots even on consumer boards.


    The shorter the connector, the less of an issue that should really be.
    Makes sense, the locking tab is mainly due to the length of the x16 slot connector causing the potential for the rear of the card to get knocked out of the socket due to a lack of retention on the part away from where its secured to the back of the case. The shorter connector means its less likely to happen since the connector should be held down closer to where its secured to the back of the case. Being honest, I've rarely seen the lack of a locking tab cause an issue with an X16 card, especially if its actually secured with screws instead of a toolless retention system. Not that toolless systems are inherently bad, its just many of the ones ive seen have held things much less securely than a couple of screws would have.
    Reply
  • cyrusfox
    Maybe a card to get when it comes down further for small builds, finally replace a GTX 1080? Too bad about the memory bandwidth.
    Reply
  • hotaru251
    cyrusfox said:
    Maybe a card to get when it comes down further for small builds, finally replace a GTX 1080?
    if ur running a 1080 just go for AMD's as ur after rasterized performance mainly and they are much better $ per frame in that regard.
    Reply
  • newtechldtech
    give it some time and the 16 lanes slot will disappear ... the 8 lanes bandwidth is enough ... also using only 8 lanes slots will free more space on the motherboard ... s o expect MicroATX motherboards to be the standard in few years
    Reply
  • Amdlova
    That gpu can run on 4x and will be too good...
    Send with nvme adpter cable
    Reply
  • bit_user
    newtechldtech said:
    give it some time and the 16 lanes slot will disappear
    Certainly not before PCIe 5.0 dGPUs hit the market.

    newtechldtech said:
    ... the 8 lanes bandwidth is enough ...
    TechPowerUp is routinely testing PCIe scaling, and tend to find that some games (out of the 25 or so they test) benefit by as much as 10% from PCIe 4.0 x16 vs. x8. That should only increase, as GPUs get faster. So, I only see an across-the-board cut to x8 making sense if you also increase the speed to PCIe 5.0.

    However, I could see entry-level motherboards maybe moving towards electrically x8 slots, in the nearer term. Especially now that an increasing number of dGPUs are only electrically x8.

    newtechldtech said:
    also using only 8 lanes slots will free more space on the motherboard ... s o expect MicroATX motherboards to be the standard in few years
    No, Micro-ATX only cuts the number of slots. So, making them shorter is irrelevant.
    Reply
  • neojack
    I have seen people buing Intel's A380 Gpus, and dedicate them to real-time encoding. that's a niche use-case where a 8x slot might actually drive more sales.

    But as a main GPU, i don't know. maybe some miniature motherboard in china use a main 8x slot ?
    Reply