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PC music specialist Martin Walker replies: Personally I'd go for more x1 slots, since even the simplest PCI Express expansion slots support an x1 link — one that has a dedicated 'lane' capable of transmitting 2.
However, don't go away thinking that standard PCI is a wimp. This is also one of the two main reasons why audio interface manufacturers aren't racing ahead with PCI Express soundcards —the second being that the proportion of musicians who have PCI Express slots in their computers is still absolutely tiny.
Some have now released PCI Express soundcards, but all are versions of otherwise identical PCI products, apart from Apogee's Mac-only Symphony, which provides 32 inputs and outputs at up to kHz, which you can achieve on a PCI card setup if you're careful.
On the other hand, with so many USB and Firewire peripherals on offer, mainstream users are far less likely to use their existing PCI slots than musicians, so it seems inevitable that PCI slots will slowly disappear from motherboards over the next few years — faster than many musicians with perfectly good PCI soundcards would like.
Nevertheless, most of us will continue to upgrade our computers, so PCI soundcards may disappear as well. So, to answer your original question, if you're happy to abandon any other PCI devices you currently have, you can choose a motherboard with more PCIe x1 slots; if not you'll have to accept one that offers a lesser number of each.
Overall, I'm sure there will come a time when PCI Express soundcards move beyond the capabilities of PCI models, particularly if they offer on-board DSP effects as well as analogue and digital audio inputs and outputs, but rest assured that x1 slots should still be perfectly adequate for all audio duties for the foreseeable future.
What does the 'x' mean? How do you tell if your computer supports which? If not, what are your options? Don't worry, you're not alone! It's often not at all clear when you're shopping for an expansion card for your computer, like a new video card, which of the various PCIe technologies work with your computer or which is better than the other.
However, as complex as it all looks, it's actually pretty simple once you understand the two important pieces of information about PCIe: the part that describes the physical size and the part that describes the technology version, both explained below.
As the heading suggests, the number after the x indicates the physical size of the PCIe card or slot, with x16 being the largest and x1 being the smallest.
Here's how the various sizes shape up:. No matter what size the PCIe slot or card is, the key notch , that little space in the card or slot, is always at Pin This allows some flexibility to use cards of one size with slots of another.
In general, a larger PCI Express card or slot supports greater performance, assuming the two cards or slots you're comparing support the same PCIe version.
You can see a full pinout diagram at the pinouts. Any number after PCIe that you find on a product or motherboard is indicating the latest version number of the PCI Express specification that's supported.
Here's how the various versions of PCI Express compare:. All PCI Express versions are backward and forward compatible, meaning no matter what version the PCIe card or your motherboard supports, they should work together, at least at a minimum level.
As you can see, the major updates to the PCIe standard drastically increased the bandwidth available each time, greatly increasing the potential of what the connected hardware can do.
Version improvements also fixed bugs, added features, and improved power management, but the increase in bandwidth is the most important change to note from version to version.
PCI Express, as you read in the sizes and versions sections above, supports pretty much any configuration you can imagine. If it physically fits, it probably works One important thing to know, however, is that to get the increased bandwidth which usually equates to the greatest performance , you'll want to choose the highest PCIe version that your motherboard supports and choose the largest PCIe size that will fit.
For example, a PCIe 3. If your motherboard only supports PCIe 2.