![]() ![]() If your motherboard features an M.2 shield, you’ll need to find two screws that mount it to the motherboard. If your motherboard doesn’t have the screw or standoff, look in the box-it might be in a small plastic bag. The standoff plays the crucial role of keeping the drive flat. The standoff is there because when the drive is inserted, there will be a gap between the SSD and the motherboard. Once you’ve found the right slot, find the screw about three inches to the left that is inserted into a standoff. The M.2 slot will have a mounting system, such as the standoff with a screw shown here (see orange circle we’re pointing to, above), which keeps the SSD straight when it’s installed on the motherboard. In short, read the manual first! Step 2: Find the M.2 Mounting System Adam Patrick Murray/IDG Each slot might offer different performance levels, while others might turn off a PCIe slot if used. ![]() If your motherboard supports two M.2 SSDs you’ll need to consult your manual to see which slot is the recommended one for installing your boot drive. This will obviously have to be removed before you access the M.2 slot. Some motherboards have a pre-installed shield in place that serves as a heat spreader but also can provide a nice piece of visual flair. Check the manual if you have trouble finding it. Every motherboard is different, but the most common locations are below the CPU and around the PCIe slots in the lower half of the board. Look for a slot about one inch wide that protrudes from the motherboard about a quarter of an inch. The first thing you want to do is find where the M.2 slot is on your motherboard. Each slot’s specs will be in the motherboard manual. They may be in different locations: On this board, there’s a black one at the left, and a chrome-plated one on the right. Step 1: Find the M.2 slot Adam Patrick Murray/IDGīefore installing an M.2 SSD, identify the M.2 slots on your motherboard. Some motherboards will have a shield for the M.2 slot, and you’ll have to shimmy the drive underneath it. Some will come with their own heat sinks and look more like a pack of gum than a stick of gum. Plus, the heatsink looks amazing too with its streamlined surface and ridged geometric lines.įeaturing an M.2 2280 form factor, the GAMMIX S70 BLADE is perfect for laptops and thinner devices, giving you the performance you need regardless of space constraints.How to install an M.2 SSD in a desktop PCĪn M.2 SSD looks like a stick of chewing gum with chips on one side, a label on the other, and gold contacts at one end. So effective in fact it is able to reduce temperatures by up to 20 percent. Sporting a robust high-temperature resistant aluminum heatsink, the GAMMIX S70 BLADE gets rid of heat effectively. That’s up to two times faster than PCIe 3.0 SSDs! For ease of use, it’s backward compatible with PCIe 3.0. With the latest PCIe Gen4 interface, the GAMMIX S70 BLADE will help you dominate the competition with sequential read/write performance of up to 7400/6800/MB per second. Let’s start with some technical data and product features. The tests will be performed on the latest AMD Ryzen 7000 platform, which shouldn’t limit the SSD in any way. I’m sure that after our review, you will clearly know if this SSD is perfect for your needs. The ADATA XPG GAMMIX S70 Blade SSD was was release some time ago, but since prices have recently gone down plus the fact we haven’t reviewed it yet, we feel it’s a good time to present this high performance SSD series from Adata/XPG. ![]()
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