ASRock has launched an AIC (add-in-card) that will allow you to use up to four of the best SSDs on the same board. The Blazing Quad M.2 Card does justice to its name and provides housing for four lightning-fast PCIe 5.0 SSDs.
ASRock has been making these AICs for M.2 SSDs for quite a while now. The company previously released the Ultra Quad M.2 Card for PCIe 3.0 SSDs and Hyper Quad M.2 Card for PCIe 4.0 SSDs. However, the Blazing Quad M.2 Card embraces the PCIe 5.0 interface, and ASRock had to make a few upgrades on the new AIC.
As a result, the Blazing Quad M.2 Card is the largest M.2 AIC ASRock has produced so far. Although it still sticks to a single-slot design, it measures 4.97 inches wide, 13% bigger than the previous AICs. By the looks of it, the increased landscape probably accommodates the larger cooling fans.
The Blazing Quad M.2 Card slides into the PCIe 5.0 x16 expansion slot. Under the hood, you'll find four PCIe 5.0 x4 M.2 slots for SSDs with a maximum length of up to 110mm. ASRock has installed the M.2 slots at a 45-degrees angle to shorten the signal traces, maximize performance, and improve signal integrity.
In addition, the M.2 slots feature thermal pads to provide passive cooling to the SSDs. If you didn't know already, PCIe 5.0 SSDs tend to run hot. Two small aluminum cooling fans are responsible for active cooling. They are PWM fans, so the Blazing Quad M.2 Card comes with a four-pin fan cable that you'll need to connect to a corresponding fan connector on your motherboard.
Like its predecessors, the Blazing Quad M.2 Card requires external power since it can't get all the juice it needs from the expansion slot. As a result, the AIC utilizes the same 6-pin PCIe power connector as ASRock's other AICs. Therefore, you'll have at least two cables coming out of the Blazing Quad M.2 Card. ASRock also implanted four status LEDs on the AIC so users can monitor the read or write status of each SSDs.
ASRock includes the Blazing Quad M.2 Card with the company's latest W790 WS motherboard for Intel Xeon W Sapphire Rapids processors. The AIC is available as a standalone accessory but not globally. Therefore, the Blazing Quad M.2 Card's pricing and availability are unknown, so interested buyers should contact their local retailer to see if it's available for their region.
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Zhiye Liu is a news editor and memory reviewer at Tom’s Hardware. Although he loves everything that’s hardware, he has a soft spot for CPUs, GPUs, and RAM.
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richardvday This is like a PR release.Reply
Lacking in details though.
Is it hot swappable?
What raid modes are supported?
When you say fast how fast do you mean?
Probably too expensive anyway but still would be nice to know. -
Amdlova I think is a simple 4x4x4x4 card maybe some tweak in bios but I think will be raid in software... at 10.000 mb each the cpu will toast.Reply -
hotaru251 i know the real use for it is pointless, but I would still love to see RAID 0 with 4 drives just for shats & giggles.Reply -
Stesmi Typo: 110mm, not 110m. I know SSDs can be long, but 110m (361ft) is a touch too long for my taste.Reply -
jkflipflop98 Stesmi said:Typo: 110mm, not 110m. I know SSDs can be long, but 110m (361ft) is a touch too long for my taste.
This mental image makes me giggle. -
InvalidError
It is probably just a dumb PCIe bifurcation card, should be pretty cheap. As for what it can do, that would be whatever the motherboard chipset, CPU and BIOS support depending on what slot you put it in, same goes for speed. Standard PCIe and NVMe slots and cards aren't meant to be hotswappable, so you can most likely forget about that, go U.2 if you need it.richardvday said:Probably too expensive anyway but still would be nice to know. -
Hooda Thunkett
Doug Dimmsdome, owner of the Dimsdale Dimmsdome, dimmadisagrees.Stesmi said:Typo: 110mm, not 110m. I know SSDs can be long, but 110m (361ft) is a touch too long for my taste. -
abufrejoval
This card literally does nothing put pass through mainboard traces to M.2 slots: think of it as a riser card.richardvday said:This is like a PR release.
Lacking in details though.
Is it hot swappable?
What raid modes are supported?
When you say fast how fast do you mean?
Probably too expensive anyway but still would be nice to know.
And it doesn't add or subtract functionality: hot-swap/RAID/speeds are negotiated between the mainboard and the M.2 card controllers.
If your PCIe x16 slot offers hot-swap support and the M.2 devices support that as well, this card can be hot-swapped.
Potentially that's even true for the M.2 devices, but I wouldn't want to drop one of those tiny screws in a running system.
PCIe 3.0 variants of this type of card start at €50, PCIe 4.0 is less than €100, PCIe 5.0 might still cost premium: much cheaper than U.2 hardware, cables, drives, but not nearly as hot-swap, either.
But the real issue is reliability and the fact that the higher the bus speed the bigger the latency/quality/capacitance issues caused by every millimeter of trace wire. PCIe 5.0 mainboard vendors have to go to insane precision and PCB layer counts to achieve that, slots and connectors don't help.
U.2 will come with retimers or even controllers, premium cables, cages etc. another market entirely.
I had a cheapo PCIe 3.0 variant fail intermittendly on a server that was PCIe 3.0 on all sides: one out of four M.2 would go offline and only come back after a power cycle, but report zero errors.
Three other idential systems had no issues.
I'm swapping for a PCIe 4.0 variant in the hope of more robust signal quality.