ASUS Hyper M.2 X16 PCIe 4.0 X4 Expansion Card Supports 4 NVMe M.2 (2242/2260/2280/22110) up to 256Gbps for AMD 3rd Ryzen sTRX40, AM4 Socket and Intel VROC NVMe Raid
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This item is eligible for return within 30 days of receipt
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Availability:
In Stock.
Arrives
Monday, Sep 8
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Features
- Supports 4 NVMe M. 2 (2242/2260/2280/22110) up to 256 Gbps in one card by utilizing PCIe 4. 0 bandwidth
- PCIE 4. 0 X16 Interface with server-grade (low loss) PCB material, compatible with PCI express x8 and x16 slots
- Supports 14W power consumption SSDs for next gen latest drives
- Stylish heatsink and integrated blower style fan prevent M. 2 throttling
Description
ASUS Hyper M. 2 x16 Gen 4 Card is designed specifically for RAID functions in four M. 2 slots, providing up to 256Gbps transfer speed. Design for AMD 3rd Ryzen sTRX40, AM4 Socket and Intel VROC NVMe Raid. PCIE 4. 0 X16 Interface with server-grade (low loss) PCB material and Supports 14W power consumption SSDs for next gen latest drives.
Brand: ASUS
Hardware Interface: USB
Product Dimensions: 1.04"L x 1.2"W x 0.2"H
Style: Classic
Item Weight: 1.95 Pounds
Graphics Coprocessor: AMD 3rd Ryzen sTRX40
Brand: ASUS
Series: HYPER M.2 X16 GEN 4 CARD
Item model number: HYPER M.2 X16 GEN 4 Card
Item Weight: 1.95 pounds
Product Dimensions: 1.04 x 1.2 x 0.2 inches
Item Dimensions LxWxH: 1.04 x 1.2 x 0.2 inches
Color: BLACK
Manufacturer: ASUS
Country of Origin: China
Date First Available: February 4, 2020
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Monday, Sep 8
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
I'm cracking up at these post. First know your motherboard, second, know your processor, 3rd... If you are confused and just want geek of it, skip the next paragraph, since I'm taking this time to explain, I.. took the time ... The next paragraph just sets the stage.. Sigh. First, if you're old school, then you know that when win2k came out in preview, it didn't even boot Athelons. If you're really old school, then you remember in the i386 to i486 days, Intel came out with I486 chip defining the standard, and AMD came out with a socket adapter to put their proc in? Not to mention, Dell didn't even sell AMDs until circa 2006? BAM - Aug 2006 press release later that year they would. Now this is before Lenovo was even sold in the US, and HP was the top of the line, Compaq was a joke. Stage set? Okay, AMD burned, will never touch them again. Burn through 1,000 hours of your life troubleshooting AMD isn't developed on, so the difference in the architecture is fatal, 10,000AMD hours later, would you still touch them? Yeah, yeah, I can still tell the difference in the pauses and hesitations running Windows. That being said... Gen10 Intel has 40 total PCIE GEN3 lanes, that's TOTAL,not available, and UPTO 30 for HSIO or PCI-HIGH SPEED AKA PCH. Get used to seeing PCH lanes, they are any PCIE lanes and the Z4xx COMETLAKE PCIE lanes and some can be SHARED with the processor. Gen11 has 44, The Z5xx SKYLAKE chipset. BOTH, procs, GEN10 and GEN11 use up to 16 PCIE lanes, they can both SHARE some with HSIO, PCIE HSIO will suffer if the processor needs them. Both Gen10 Cometlake and Gen11 Skylake require at least 10, but 16 will be used since the computer is dead if it can't process. There are 34 available on Cometlake and Gen11+Skylake, has 38. Now after you drop your super rad GPU, and that second slot is a dinger because this isn't a raid card, it is just a 4 slot NVME card, it's in the name... Both ASUS, who make 2 generations of motherboards that can drop GPU to 8x and use 8 more and that is 16, did you can you were using an M.2 slot for storage? NVME or SSD in that M.2? Is it NVME Gen4, which TAKES 4 PCH lanes, or Gene which can use 2? Are you using that Pcie 1x slot? Did you disable anything else? Because the BIOS has to support the switch up between assignment of lanes, that 3rd 16x lane has no scenario on either Proc Gen in which it even uses 8x LVDS. LowVoltageSignalDifferential, that white PCI slot had to, a PCIE GEN3 1X slot using LDVS is around 8 times faster than that white slot pci-133. The board this card caters to is an ASUS addon and best specs are for Gen11 on Z5xx Skylakewas series chipset . Don't forget about High Speed USB. It also falls under HS-IO and needs some lanes, what gen USB and how many ports of that Gen are ENABLED, and again, the BIOS must support the exchange of assignment. Okay so your super, all your base belongs to GPU, is force down to 8 lanes. Now are you using any Sata? Count 2 lanes per pair. 1GPU, 2NVME GEN4, that's 16Lanes. 8 + 4 + 4. That's right, bet you thought you were using that PCIE16 all this time, nope. That "all your base" gaming and graphics was only using 8 lanes and using PCIE GEN2 frequency of 5ghz and 8GBs bandwidth, regardless of what you thought you were doing, they still don't make a game that requires more that PCIE2 x 16 requirements, dispife a Gen4 PCIE slot, with 8 x 4pins per LVDS lane. You have only been using half your card, and half the capable throughput of the generation of the slot, since PCIE4, is only supported with Gen11 Intel procs / 5xx chipset. Despite the appearance VROC is more akin to motherboard and processor agreement to sacrifice lanes the proc might use, for VROC raid lanes, since it's not designed or dedicated, if you aren't doing anything else with them and want to risk a performance hit. At this point on the ASUS ROG STRIX line of motherboards, if you actually have that third slot being 16bits (4 x 4pin pairs wide) it is and has never been able to use more than pcie1 gen3, if you had a sata device and PCIE Gen2 x 8lane cards in the 16x (possible) PCIE lane slots. Hope it helps...
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Reviewed in the United States on August 9, 2021 by JD Laustnaimen
Preface: This card is NOT intended to just be dropped in to a commodity PC motherboard. This is a card you install in a server or high-end workstation that has more x16 slots than the number of graphics cards you have. Reviewers complaining that their BIOS doesn't recognize all 4 slots probably plugged it into an x4 or x8 slot on their motherboard. Make sure to check your motherboard specifications before you buy! Background of why I got this: I have an ASRock Rack ROMED8-2T with an AMD EPYC 7443P processor and 128GB of ECC PC4-25600. I have a pair of Samsung 980 PRO 500GB NVMe drives installed which are used for the root filesystem (RAID1), ZFS L2ARC and ZFS secondary log (SLOG/ZIL) device. Since completing the initial build, I noticed frequent correctable PCIe bus errors in dmesg (see 1st and 2nd screenshots). Communication with the NVMe drive would shut down for second or two after each AER event, which got *really* bad when I enabled the ZIL on them. Approximately once every 3 months I'd also get a hard lockup necessitating a hard reset of the server over IPMI, which I strongly suspect was related to this. The hard lockups became less frequent with the 6.1 LTS kernel and P3.50 firmware but I was still able to upset it under heavy write workloads. The PCI device implicated in these messages was "AMD Starship/Matisse GPP Bridge" at 0000:40:01.1, the only child device of which was the NVMe drive at 41:00.0. The other bridge device and NVMe drive did not experience the issue. Research online indicated that an NVMe riser card such as this one would resolve the issue. There are numerous alphabet-soup brand cards for a half or third of the price here on Amazon, but to me $80 is cheap insurance to protect my NVMe drives and the data on them by using a card with a hefty heatsink, a high quality fan and a warranty. I had two hiccups during installation, which were: - This card is quite long, and will interfere with the fan connectors on the ROMED8-2T in PCIE slots 1-4. It will fit in slots 5-7, although 5 and 6 will bring the card quite close to the SAS connectors. - The NVMe drives were not detected until I manually changed the link speed on the slot to "x4x4x4x4" in the BIOS setup. After setting everything correctly I confirmed that both drives are running at full gen4 speed of 16GT/s (see 3rd screenshot).
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Reviewed in the United States on July 7, 2023 by Dan Fuhry Dan Fuhry