G.Skill Unleashes Fastest 32GB DDR3 Memory Kit at 2800MHz
By - Source: TechPowerUp
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23 comments
G.Skill claims to have built the fastest 32 GB memory kit, which runs at 2800 MHz.
G.Skill has launched its new Trident X 32GB DDR3 RAM (4 x 8 GB) that feature a clock rate of 2800 MHz and claims to be the fastest memory kit at this capacity. The Trident X F3-2800C11Q-32GTXD is known to be compatible with all Z77 chipsets when paired with an Ivy Bridge CPU.
The kit’s pricing, availability and compatibility at 2800 MHz with other platforms is presently unknown and will be announced closer to its February 2013 release.
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Really?
Really?
Trinity IGP seems to be tapped out at 2133MT/s so you will probably need to wait for the next-gen APUs for that.
Haswell's memory controller is integrated in the CPU (just like i3/i5/i7 and their Celeron/Pentium counterparts) and only support DDR3. Whatever chipset the motherboard uses makes no difference.
I'm with you here
Worst way to view pictures I have ever seen on the internet. Developers of this system should be beaten and the QC that allowed this to make production should be beaten even more.
Toms please fix this as it is the single biggest problem on your website. It should be relatively simple to make clicking a picture open some kind of popup of the enlarged version, jquery has tons of options to display things like this without doing popups or even new windows.
It's the 2nd biggest problem, 1st one being Zak Islam.
I bet three internet cookies that voltage is 1.65V.
OC the GPU, then come back.
I OC'ed my laptop's mobile 5730's memory, and I can bump up resolution, Anisotropic filtering or Anti-aliasing by one level with little hit to the FPS.
http://thessdreview.com/our-reviews/romex-fancycache-review-ssd-performance-at-13gbs-and-765000-iops-in-60-seconds-flat/3/
How does that crow taste?
DDR-400 mhz
DDR2-800 mhz
DDR3-1600 mhz
DDR4-3200 mhz
There are many applications where increasing memory performance beyond DDR3-1866 with decent timings offers huge performance improvements. Please don't apply your ignorant over-generalizations of other workloads on the industry as a whole. For example, some things such as many AVX accelerated workloads improve performance almost linearly with linearly increased memory bandwidth. Compression/decompression, rendering, some folding, and more also benefit greatly from improved memory performance. Granted, most of these aren't workloads that the average person does a ton of, but that doesn't mean that they don't exist. A lot of people rely on them for varying reasons and even some jobs are based on them.