Intel Z68 Motherboard Round-Up
AmyVernon writes "Until Intel's next-gen, high-end Sandy Bridge-E processor is released sometime this quarter, Intel's second generation Core family of processors and the Z68 Express chipset are Intel's current premiere desktop platform for the mainstream. This look at several different motherboard offerings from manufacturers that cover a range of form factors, feature sets, and price points. Asus, MSI, ASRock, Gigabyte, eVGA and Zotac are all represented here. In addition to support for the entire line of 2nd-gen Intel Core chips with Turbo Boost 2.0, the Z68 chipset supports Intel High Definition Audio, 8 PCI-Express 2.0 lanes (16 more in the CPU), 6 SATA ports (2 x 6Gbps, 4 x 3Gbps), integrated Gigabit Ethernet, 14 USB ports, and a smattering of A/v ports including HDMI and DisplayPort."
Seriously. There are dozens of hardware reviews like this one daily. In what way was this one special enough to make the front page? I'm not seeing it.
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Am I the only one disappointed that this revision doesn't support the Thunderbolt port? Even if few motherboards would ship with it at least the chipset should have the support.
I've been looking at buying a new Z68 board in the last week and I must say, I'm really skeptical of the current Z68 boards for Sandy Bridge advertising support for Ivy Bridge and PCI Express 3.0 in the future. Allegedly, Ivy Bridge is going to support faster RAM as well, but am I really going to throw brand new components into an old motherboard to unlock those features, or am I going to just buy a new motherboard which will likely be a better match at the time? Seems like a marketing ploy to me.
Lets hope they are actually USABLE at 6gbs.
I've got the Intel DX58SO2 here and the included drivers for the 6gbs ports cause blue screens in Windows 7, that, and they did not support TRIM on SSD's.
6gbs was a major reason I bought the DX58SO2 to begin with.
Intel offered no updates, so one had to d/l latest drivers from the chipset and experiment.
The only thing hold back desktop boards right now is more RAM slots. I would really like to see motherboards with 8 or event 16 RAM slots become standard. Most of these motherboards support 16 GB maximum memory, which is nice, but once you start running VMs or databases on your machine, 16 GB can get eaten up pretty quickly. I would think that having a machine with a possible 64 GB of RAM would entice a lot of people. Right now the only way to get serious amounts of RAM is to go with XEON or Opteron. And those chips are pretty expensive without offering a whole lot of extra, or event less computing power (assuming single socket).
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But do they come with the ability to turn off the "secure" boot BIOS process Microsoft are determinded to lockin^Hmonop^H^H^ implement for Windows8 ?
As it does not have on board video and there are no plans for data only cards.
So does intel have a plan for linking Thunderbolt to a add in ATI / AMD and nvidia cards?
I'm an old hardware hacker and it JUST SEEMS WRONG that Intel is using the number 68. That is for Motorola, 65 is for MOS and Rockwell. 80 is for Intel.
It's WRONG I say, WRONG!
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Is this anything like the kick-ass Motorola Z80?
wait for the X86-64 boards
now with more RAM
Cpu to SB link, USB 3.0, SATA 6.0, Thunderbolt controller. Also 32 is 2 X16 slots and 8 at pci-e 3.0 seems good for chip set link + maybe a x4 slot.
But x4 at 2.0 limits the chipset link even more so if usb 3.0 and sata 6.0 are part of the chipset.
I confess to not having read TFA but I guess the summary would have mentioned it given the world-class editing team around here... *cough!*
Anyway, being Thunderbolt an intel technology, is there any such controller/port available in these boards?
As that maybe a hold up to having Thunderbolt with pci-e video cards and why there are no Thunderbolt data only pci-e cards. Also may be why there is no new mac pro yet as well.
when they are on the same bus.
The non high end intel boards have a hard time fitting in 1 video card + sata 6 + usb 3.0 as they need a switch on the x16 2.0 link or they need to cut down video to x8.
The DIM bus (pci-e 2.0 x4) can't really fit in gig-e, usb 3, sata 6, other x1 slots as well.
Now let's take x16 pci-e 3.0 and switch that to 2 x16 2.0 slots and then you have the lanes you need but the switches add cost and board space.
So in your case take 1 video card on x16 and to be safe say all on board stuff needs 4-8 lanes. So then you have 20-24 left over now thunderbolt may need 4-8 pci-e lanes so now at 12-16 left. Ok other pci-e cards that you may want cable card tuner x4 raid card / SSD pci-e cards x4-x8/ sound x1 / firewire x1.
There is no technical reason why the Z68 does not work on Sandy Bridge E, since all the logic is on the CPU. The chipset is pretty much just a fancy PCI-E SATA and USB controller these days.
It is pretty amazing intel can charge so much for such a simple chip, let alone prevent competitors from making compatible chips.
Having worked in Zilog's chip fab (back when they had one), I would like to join Intel in this endeavour.
I LOVE the smell of Arsenic in the morning...it smell like...ZiLOG
I'm not saying more lanes isn't nice, or useful. I was specifically responding to but just shy of the magical 48 you'd need for 3x fully populated pci express x16 slots. Giving each of the physical x16 slots an electrical x8 connection is not going to hamper any existing peripheral that I am aware of. With the doubling of per lane bandwidth from PCIe 1 to PCIe 2 the need for an electrical x16 slot was basically eliminated. (if it was ever needed in the first place, was there ever a device that needed more than 2GB/s that was fitted with a PCIe 1.x chipset?)
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Tigerdirect has Kingston 8GB PC3-8500 for $125.
Do recent Intel chipsets only support ECC with Xeon cpus? If so, which chipsets would be rough equivalents of P/Q/*-67 and Z-68?