Sort by:
Title (
)
Date (
)
Rating (
)
Popularity (
)
Sites currently sorted by: Title (A to Z)
)
Date (
)
Rating (
)
Popularity (
) Sites currently sorted by: Title (A to Z)
Intel has tried to sell motherboards into the enthusiast market in the past, with little success. Even though their top-end motherboards are labeled Extreme Boards and have prominent skull logos (everyone knows skulls are good), the features and performance have been notably lacking, especially in comparison to the best of the third party motherboards. I've not been impressed by any of the previous Intel Extreme Boards I've reviewed, but the Intel DZ77GA-70K was a revelation. Benchmark Reviews takes a look at the features of Intel's first motherboard that's actually competitive with the big boys.
The Intel DZ87KLT-75K motherboard comes standard with many features. The DZ87KLT offers eight SATA 6G ports, support for 2400 MHz Memory (OC), back to BIOS switch, three Video out connectors, Thunderbolt, ten channel Intel HD Audio, dual Intel LAN, eight USB 3.0 ports, mSATA, and 3 PCI Express 3.0 slots, WiFi/Bluetooth and, of course, an onboard LED post Decode display. To wrap everything up, they even upgraded their UEFI BIOS to Visual BIOS 2.
The Intel DZ87KLT-75K is a high-end socket LGA1150 motherboard targeted for the "Haswell" processors (fourth-generation Core i3, Core i5, and Core i7 processors), coming with a Thunderbolt port, one Mini PCI Express/mSATA slot, a PLX switch chip, and more. Let's see what this motherboard has to offer.
Whenever a new chipset launches, so does a new reference board from Intel, and today sees the DZ87KLT-75K being the board in question. Now while we can't divulge huge amounts of information in terms of features to do with the chipset and speaking about performance completely out of question, we can obviously comment on the design of the board and its aesthetics.
Firstly, it is worth noting that you are unlikely to see mass amounts of these boards appear within the retail sector, as they are generally used as reference and media viewing, though you may occasionally see them used in system integrator machines or for OEM purposes, but as it gives a further insight into the upcoming technology, we want to show as much as we can without giving too much away.
You'll notice some similarities with their previous reference boards including those from Z77 and X79 with the black PCB and blue colour scheme that surrounds it, but with Intel being Intel, it would be wrong not to use their own blue colouring, right? It uses an ATX form factor and is jam packed full of features, so we will try to highlight a few that we can see from a visual perspective, as we don't really want to get in trouble for breaking any NDA's.
The new chipsets are similar to Intel P55, but they let you use the integrated graphics core of the new Core i5, Core i3 and Pentium processors. On the other hand, they lack decent support for dual discrete graphics cards. Which of these solutions you need is up to you to decide.
today we have two very impressive looking X58 boards on our test bench which are micro-ATX based...and still manage to fit in features like support for 6 memory sticks and SLI/CrossFire. In addition to that we have a third product which proves that Socket 775 Core2 users are not being left behind and that it is possible to create a high performing yet cost effective micro-ATX system on the last generation processors.
When Intel gambled by packaging its graphics processing unit (GPU) with the central processing unit (CPU) in last year’s Clarkdale the home theater PC (HTPC) niche benefited immensely from the power saving, performance gain and features like HD audio bit streaming provided by the new platform. The bet obviously paid off, because this year’s Sandy Bridge melds the GPU and CPU on the same die promising significant performance improvements for both units, dedicated transcode hardware, further reductions in TDP and frame sequential 3D Blu-ray (BD)/HDMI 1.4 support. As good as Clarkdale was it was not perfect however, with issues in the level of refresh rate precision used to playback video content - most notably using 24Hz instead of 23.976Hz to handle 24p. Today we are fortunate to have an Intel Core i5-2500K CPU/GPU and BH67BL motherboard on hand to find out if Sandy Bridge is a worthy successor and viable competitor to the last twelve months of progress in our marketplace.
Technic3D schaut sich nach der Einführung der neuen Intel Sandy Bridge Prozessoren die aktuellen Series 6 Chipsätze genauer an. Wie der P67 oder H67 genannte Chipsatz auf Mainboards von Foxconn und Intel in der Praxis abschneidet zeigt der folgende Testbericht.
Today we will be taking a look at three different approaches to socket 1155 products as we review a board based on H67 (mini-ITX) and to larger models which use the P67 and Z68. Each will be put through a selection of synthetic and real world tests to establish how they perform in a variety of scenarios which will assist anyone thinking about buying a socket 1155 product in the near future.
Intel plans to officially launch Z68 Express chipset on May 18th but you will be able to see reviews online from 12th onwards. Of course, those who can't wait for the official launch can already purchase the Gigabyte Z68X-UD7-B3 board from the retail market, first available in Taiwan and then the rest of the world in the coming weeks. Other brands like ASUS and ASRock are set to hit the retail next. Those enthusiasts hoping they can overclock their Sandy Bridge better on Z68 than the P67 will probably be disappointed but there is one important feature of Z68 that matters, and that is the SSD caching.
execution time : 0.095 sec