#CAN I PUT DDR3 IN A DDR4 SLOT UPGRADE#
#CAN I PUT DDR3 IN A DDR4 SLOT PC#

Intel's latest architecture, Skylake, will support DDR4 across all of its full-fat desktop chips, but it'll also be backward-compatible with DDR3, which adds a huge amount of versatility.

#CAN I PUT DDR3 IN A DDR4 SLOT UPGRADE#

That's good for anyone wanting to upgrade parts of their PC, but it's not necessarily great news for companies that rely on flogging expensive, high-end kits.ДЇuture developments from Intel and AMD will only improve the situation.

#CAN I PUT DDR3 IN A DDR4 SLOT PC#

No matter what processor, chipset or motherboard you use, you'll be able to equip a PC with plenty of high-end memory at decent speeds. There are nuances to be examined, then, but for the most part, the memory landscape is heartening.

You'll also need to check what amount and speed of memory it can accept: it's no good dropping a few hundred bucks on a 32GB 3,000MHz kit if your motherboard only goes to 16GB and 2,666MHz. You'll need to make sure a board has the right number of slots.

Processors and chipsets aren't the only bits of your PC that need to be checked before shelling out for new memory вЂ“ motherboards are also vital. Like Intel, these boards do support dual-channel memory. All of AMD's current chips support DDR3 memory, however, some of them are restricted to 1,600MHz or 1,866MHz memory, while only a handful top out at 2,133MHz. Its own memory controller was given a speed boost over the previous generation of AMD hardware, but memory support ultimately still isn't as good on this side of the fence. Processors that use this system also use the LGA2011 socket and X99 chipset, which means that support for DDR4 is included вЂ“ and so, in turn, that means integrated support for faster quad-channel memory when compared to DDR3.ДЄMD's processors and APUs, meanwhile, use the Piledriver architecture. Intel has further developed its CPU architecture with Haswell-E. The X99 chipset introduced DDR4 to the (high-end) mainstream market, bringing with it faster clock speeds and better power efficiency, but with increased latency Support for faster memory They handle four slots that accommodate two sets of dual-channel memory, and most full-size ATX boards also support 32GB or 64GB of memory at rapid speeds. When it comes to memory support, they're all impressive. Most Haswell-based processors are deployed with mobos that have Intel's H87, Z97 and Z87 chipsets. The LGA 1151 socket is also DDR4-compatible. It's used for chips that range from cheap Celerons and Pentiums to expensive Core i5s and i7s, and these desktop Haswell chips all plug in to the LGA1150 socket. Intel's Haswell architecture is behind the bulk of its current desktop processors, and it was its first to include native support for dual-channel memory, with up to 32GB of RAM. We've already mentioned the different processors and chipsets that work with DDR3 and DDR4, but there's more to choosing your components than just making sure your new gear is compatible on paper. Both use operating systems installed on a Samsung 850 Evo SSD, and both use an Nvidia GeForce GTX 980 graphics card. One uses Intel's Z79 chipset with a Core i7-4770K processor, while the other is an X99 PC with a Core i7-5820K chip. But we're not so sure, so we've set up some test rigs to try and find out just how much memory you really need.Д«oth of the test rigs we've set up use MSI motherboards. Manufacturers claim that the increased speeds and better features provided by pricier memory will make a dramatic difference to performance. It's a similar story with DDR4, which dual- and quad-channel kits also vary by huge amounts when it comes to price.Д«ut these will always be more expensive than their DDR3 equivalents. The cheapest 16GB DDR3 kits made from two 8GB sticks currently cost about ВЈ65 ($90, AU$130), but the most expensive can cost more than ВЈ200 ($279, AU$400). The variety of different specifications means that prices vary wildly. It's possible to run memory in single-channel mode, but there'll be a performance decrease if you run a single stick of memory rather than two or four. No matter which memory you buy, you'll have to deal with channels.Дual-and quad-channel setups are the most popular and improve performance by allowing motherboards to use multiple channels to send and receive data simultaneously, therefore improving bandwidth. This indicates latency, and lower is better. Nevertheless, if you'd like to keep an eye out, look for CAS ratings. That's a tiny margin, and DDR4 negates this disadvantage with its generally higher clock speeds. Newer DDR4 2,133MHz memory has a latency rating of CL15, which means it'll take 14.06ns to perform a read, while DDR3 1,600MHz memory reads at 13.75ns. DDR4, however, does have a downside вЂ“ increased latency (the time it might take to perform a task).

Can i put ddr3 in a ddr4 slot