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Not sure if something like this exists.

 

Don't you have a free PCI-E slot? PCI-E 2.0 is fine.

 

EDIT: Or you can get somethink like this and use SATA: http://www.microsatacables.com/1-8-inch-micro-sata-to-m-2-ngff-ssd-adapter

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Mineral oil and 40 kg aluminium heat sinks are a perfect combination: 73 cores and a Titan X, Twenty Thousand Leagues Under the Oil

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But why would you WANT to mount it like that?

 My Buyer’s Guide!   

Build:                                               

CPU: Intel Core i5 4690K Cooler: Cryorig R1 Ultimate RAM: Kingston Fury White Series 8GB SSD: OCZ 100 ARC 240GB HDD: Seagate Barracuda 1TB Motherboard: MSI Z97S SLI Krait Edition Graphics Card: Powercolor PCS+ R9 390 Case: Phanteks Enthoo Pro (White) Power Supply: EVGA G2 750W Monitor: LG 29UM67-P 29" 21:9 Freesync Sexiness Mouse: Razer Deathadder ChromKeyboard: Razer Blackwidow 2014 Headset: Turtle Beach Ear Force XP400

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Not sure if something like this exists.

 

Don't you have a free PCI-E slot? PCI-E 2.0 is fine.

The only free slot is hidden between 2 GPUs and would require a pci extender solution.

 

There are M.2 Extenders, but no idea how well they work:

P16S-P16F_1.jpg

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For 2 reasons: First is to get it away from the water cooling and 2nd is to allow space for heat sink (since that seems to be a problem).

It'll look like shit though.

 My Buyer’s Guide!   

Build:                                               

CPU: Intel Core i5 4690K Cooler: Cryorig R1 Ultimate RAM: Kingston Fury White Series 8GB SSD: OCZ 100 ARC 240GB HDD: Seagate Barracuda 1TB Motherboard: MSI Z97S SLI Krait Edition Graphics Card: Powercolor PCS+ R9 390 Case: Phanteks Enthoo Pro (White) Power Supply: EVGA G2 750W Monitor: LG 29UM67-P 29" 21:9 Freesync Sexiness Mouse: Razer Deathadder ChromKeyboard: Razer Blackwidow 2014 Headset: Turtle Beach Ear Force XP400

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Okay, just to debunk this before it gets started again. A Msata drive is a SSD in a M.2 form factor using the SATA express protocol. It is not a true M.2 drive. The difference is almost meaningless at the the low level, but when you get into the realm of the M.2 PCIe2.0x4, and above the difference starts to actually mean a serious amount of speed.

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Up to 150mm of cabel length it should be fine.

 

Which SSD do you plane to use? Only the high end ones tend to overheat.

Mineral oil and 40 kg aluminium heat sinks are a perfect combination: 73 cores and a Titan X, Twenty Thousand Leagues Under the Oil

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Okay, just to debunk this before it gets started again. A Msata drive is a SSD in a M.2 form factor using the SATA express protocol. It is not a true M.2 drive. The difference is almost meaningless at the the low level, but when you get into the realm of the M.2 PCIe2.0x4, and above the difference starts to actually mean a serious amount of speed.

Yeah, I'm going with a proper M.2 version. Hopefully a NVMe version.

 

 

Up to 150mm of cabel length it should be fine.

 

Which SSD do you plane to use? Only the high end ones tend to overheat.

This is where I got the heatsink idea: http://www.legitreviews.com/samsung-sm951-512gb-m-2-pcie-ssd-review_161689/3

 

150mm of cabel will allow me to mount it next to the motherboard, but then the question becomes: where can I find a proper cable that supports 4x gen 3?

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Yeah, I'm going with a proper M.2 version. Hopefully a NVMe version.

 

 

This is where I got the heatsink idea: http://www.legitreviews.com/samsung-sm951-512gb-m-2-pcie-ssd-review_161689/3

 

150mm of cabel will allow me to mount it next to the motherboard, but then the question becomes: where can I find a proper cable that supports 4x gen 3?

Just watch out. To boot from a high end M.2 drive you need native UEFI support from the drive (I don't know your motherboard, so My best advice is to check compatibility on the M.2 drive's list)

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Just watch out. To boot from a high end M.2 drive you need native UEFI support from the drive (I don't know your motherboard, so My best advice is to check compatibility on the M.2 drive's list)

Got Asus Rampage V Extreme, so I should be good on that end.

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http://www.microsatacables.com/m-2-ngff-extender-cable-with-case-for-m-2-ngff-b-m-key-sata-ssd

That seems to work, but not sure what "High transmission up to 6GBs" means in terms of supported speeds.

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Yeah, I'm going with a proper M.2 version. Hopefully a NVMe version.

 

 

This is where I got the heatsink idea: http://www.legitreviews.com/samsung-sm951-512gb-m-2-pcie-ssd-review_161689/3

 

150mm of cabel will allow me to mount it next to the motherboard, but then the question becomes: where can I find a proper cable that supports 4x gen 3?

 

Oh yes the SM951 is toasty.

You made sure you have PIC-e 3.0 x 4 wired to the M.2 slot on the MoBo, did you?

 

The flat cabel on the extention you showed are actually pretty good for high speed signals. Better than the cheap ribon cabel based PCI-e riser for mining at least. And I got a 300 one of these working (but it's on the edge). But pay attention! M.2 solts with PCI-e x4 are very rare and it looks like the extention you found only supports SATA.

Mineral oil and 40 kg aluminium heat sinks are a perfect combination: 73 cores and a Titan X, Twenty Thousand Leagues Under the Oil

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http://www.microsatacables.com/m-2-ngff-extender-cable-with-case-for-m-2-ngff-b-m-key-sata-ssd

That seems to work, but not sure what "High transmission up to 6GBs" means in terms of supported speeds.

That is only SATA-3. PCI-E 3.0 x4 have in theory 32 GBit/s.

Mineral oil and 40 kg aluminium heat sinks are a perfect combination: 73 cores and a Titan X, Twenty Thousand Leagues Under the Oil

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http://www.microsatacables.com/m-2-ngff-extender-cable-with-case-for-m-2-ngff-b-m-key-sata-ssd

That seems to work, but not sure what "High transmission up to 6GBs" means in terms of supported speeds.

It means at it's best it's really SATA express.

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Okay with a 5960, or a 5930, you can have 2 graphics cards at 16x, and still have 8 lanes to play with (before you include the GEN2.0 lanes on the chipset) If you use a 5820k you can still get 3 graphics cards at 8x, and have 4 PCIe lanes. just stick an adapter card into one of the little slots. those are comman as horse...manure.

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Okay with a 5960, or a 5930, you can have 2 graphics cards at 16x, and still have 8 lanes to play with (before you include the GEN2.0 lanes on the chipset) If you use a 5820k you can still get 3 graphics cards at 8x, and have 4 PCIe lanes. just stick an adapter card into one of the little slots. those are comman as horse...manure.

I got a 5930, so will have 8 lanes available.

But the problem is that I want to use both a PCI SSD and a M.2 SSD.

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I got a 5930, so will have 8 lanes available.

But the problem is that I want to use both a PCI SSD and a M.2 SSD.

So put em both in, as far as I know the most high end M.2 drive still only uses PCIe3.0x4. btw sli is recognised with anything over x8 connectivity xfire requires x4.

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