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new version X99 Extreme11 |
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charlesyu08 ![]() Newbie ![]() ![]() Joined: 11 May 2015 Status: Offline Points: 6 |
![]() ![]() ![]() ![]() ![]() Posted: 30 May 2015 at 10:23pm |
I would love to see a new version of X99 Extreme 11 which include
12 Phase 1300W CPU Power design Hi-Density Power Connector (8 pin and 4 pin) 30μ Gold Contact 8 Layer PCB 4 x 2oz copper 1 x Qualcomm® Atheros® Killer??/div>
1 x PCIe ON/OFF Switch - V-Probe?? 7-set of onboard voltage measurement points laid - Rapid OC Buttons: +/- buttons to adjust OC frequency - 1 x Menu Button - 1 x Direct Key Button - usb 3.1 connecter
Edited by charlesyu08 - 03 Jun 2015 at 4:24pm |
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parsec ![]() Moderator Group ![]() ![]() Joined: 04 May 2015 Location: USA Status: Offline Points: 4996 |
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A refurbish version? You're talking about a re-design of the X99 Extreme11.
![]() A refurbished board means a board that may or may not have had problems according to the user, or was damaged after leaving the factory. It was sent back to the factory, and was found to actually be working fine or was easily repaired. The board is then repackaged and sold as a refurbished product. Some of the changes you want to see would require a major design update. Additional connectors, a different network chip, etc, are not things that can be added to an existing board. Who knows, the X99 platform is new and will be in use for several years, you might see an ASRock X99 board that is similar to your dreams. ![]() |
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charlesyu08 ![]() Newbie ![]() ![]() Joined: 11 May 2015 Status: Offline Points: 6 |
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sorry for my poor english
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parsec ![]() Moderator Group ![]() ![]() Joined: 04 May 2015 Location: USA Status: Offline Points: 4996 |
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charlesyu08, do not worry, that is fine, I understand. ![]() But I did understand what you meant, right? ![]() I think the ASRock X99 OC Formula board is what you would like. Did you ever see it? http://www.asrock.com/mb/Intel/X99%20OC%20Formula/ ![]() |
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charlesyu08 ![]() Newbie ![]() ![]() Joined: 11 May 2015 Status: Offline Points: 6 |
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is there PCIe 3.0 x16 4 -way SLI
x16/x16/x16/x16 or x16/x16/x16/x8 in 3-way SLi + a ssd
Edited by charlesyu08 - 04 Jun 2015 at 8:09pm |
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timothj ![]() Newbie ![]() Joined: 31 Oct 2015 Status: Offline Points: 21 |
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On the subject of dream boards, does the existing x99 x11 allow 4-off pcie 3.0 x16 plus both M2 slots at pcie 3.0 x4? Hoping to go 128GB DDR-4 with 2x 512 (or 500) GB M2 SSD and 4-off R9 3xx for an OpenCL testbed on the assumption there's a Skylake-E refresh next year :) And if you're listening AsRock, HDMI2.0 and DP1.3 added to the rear I/O panel, please! Edited by timothj - 31 Oct 2015 at 5:46am |
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parsec ![]() Moderator Group ![]() ![]() Joined: 04 May 2015 Location: USA Status: Offline Points: 4996 |
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According to the specs, the X99 Extreme11 supports 4 way SLI and 4 way Crossfire, with all slots being electrically x16.
That is accomplished by the two PLX PEX 8747 chips on this board, since two of the i7 socket 2011 v3 HEDT processors have 40 PCIe 3.0 lanes, and one has 28 PCIe 3.0 lanes. Without the Plex chips, 64 PCIe 3.0 lanes would be required for four video cards at x16. That also does not account for the PCIe 3.0 lanes used by the M.2 slots. The M.2 slots don't seem to be affected by the number of video cards being used, unless the i7-5820K processor is used. The second M.2 slot is disabled if the i7-5820K processor is used. M.2 SSDs can be PCIe or SATA , which share different resources. SATA M.2 SSDs will cause some SATA ports to be disabled. All of the i7 socket 2011 v3 processors support up to 64GB of memory, regardless of how much the mother board supports. You'll need a Xeon E5 v3 processor if you want to use 128GB of memory. Skylake processors are not compatible with Haswell processor boards, since Skylake does not use the FIVR on-CPU voltage regulators that Haswell and Haswell-E processors have. So a future Skyake-E processor will use a different socket and most likely a different chipset. The only processor refresh possible given the current Intel architecture that could be used with a socket 2011 v3 board would be a Broadwell-E processor. |
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