Intel Releases Optane Reminiscence H10 Specs

Intel's Optane Reminiscence H10 SSD will quickly be transport in pre-packaged methods from main OEMs. Intel's detailed data on the primary drive was unveiled earlier this 12 months at CES, . A significant change from the present Optane Reminiscence product household, the Optane Reminiscence H10 is a singular 2-in-1 SSD that mixes 3D XPoint reminiscence and QLC NAND flash reminiscence right into a single M.2 module. The H10 is basically a consolidation of the present Optane Reminiscence M10 module and the Intel 660p QLC SSD on a single drive. The Optane a part of the drive is for use as a cache for the QLC a part of the drive, utilizing the Optane reminiscence caching drivers for Home windows, which Intel beforehand outfitted with stand-alone Optane Reminiscence M.2 modules and mechanical exhausting drives , To date, Optane merchandise have been troublesome to suit into ultrabooks the place two M.2 slots may problem and a 2.5 inch exhausting drive is out of the query.

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The Optane Reminiscence H10 is out there in three variants, with QLC NAND capacities from 256 GB to 1 TB. The 256 GB mannequin has 16 GB Optane reminiscence, whereas the 512 GB and 1 TB each have 32 GB Optane reminiscence. All three capacities are carried out as single-ended M.2 modules, with roughly half of the cardboard supposed for Optane controllers, media and PMIC, whereas the opposite half include the Silicon Movement SM2263 controller, DRAM and QLC NAND. Total, the cardboard has a PCIe x4 interface, however every of the 2 SSD controllers has solely two PCIe lanes. Intel caching software program helps simultaneous studying and writing of each Optane and QLC knowledge, so the H10 is rated for sequential reads as much as 2.four GB / s, even when neither halves alone is 2 GB / s. s can exceed s.

Intel Optane Reminiscence H10

Introduced capability
256 GB
512 GB
1 TB

kind issue
one-sided M.2 2280

NAND controller
Silicon Movement SM2263

Nand Flash
Intel 512Gb 64L 3D QLC

Optane controller
Intel SLL3D

Optane Media
Intel 128 GB 3D XPoint

QLC NAND capability
256 GB
512 GB
1024 GB

Optane capability
16 gigabytes
32 GB
32 GB

Sequential studying
as much as 2400 MB / s

Sequential writing
as much as 1800 MB / s

4kB Random Learn
32ok IOPS

Q D2
55ok IOPS

4kB random writing
30ok IOPS

Q D2
55ok IOPS

L1.2 no-load energy

5 years

Write stamina

300 TB

For random I / O, Intel charges the H10 for 32ok IOPS with random learn and 30ok IOPS with random write at queuing depth 1 and 55ok IOPS for each at QD2. The random reads are properly above the values ​​of the Intel 660p QLC SSD, however are solely a fraction of what the 32GB Optane reminiscence can do alone, which is why Intel is clearly making an attempt to supply a extra real looking composite that displays this utilization in observe can’t absolutely keep within the Optane cache.

The idle energy is lower than 15 mW in complete. The result’s that each SSD controllers aboard the H10 can obtain single-digit MW energy utilizing PCIe L1.2 sleep states.

Write endurance evaluation will improve to 300TB at a capability of 1TB, a 50% improve over the Intel 660p, out there just for QLC. The QLC portion of the Optane H10 reminiscence nonetheless makes use of SLC write caching, however the excessive efficiency Optane cache relieves the NAND flash of a lot write stress. The guarantee interval is similar 5 years that Optane Reminiscence M10 and Intel 660p carry individually.

System Necessities

The Optane Reminiscence H10 has tighter system necessities than earlier Optane Reminiscence merchandise. Intel has all the time wanted a system from Kaby Lake or larger for utilizing the Optane reminiscence caching driver. Nevertheless, the earlier Optane reminiscence drives had been nonetheless pure NVMe SSDs and could possibly be used both as standalone drives or with third-party caching software program in any supporting NVMe SSDs. As a result of the H10 bundles two drives onto a single card, a number slot is required that gives all 4 PCIe lanes and helps operation as two ports with two lanes every. Intel caching performance for the Optane Reminiscence H10 requires the drivers of RST model 17.2, the primary launch sequence that allows Optane Reminiscence caching for NVMe SSDs as an alternative of SATA drives solely. (Additionally, the primary launch sequence of helps Pentium and Celeron processors .)

Intel is formally demanding that the H10 be used with a Collection 300 PCH and an eighth Gen Core U-Collection cellular processor. Above all, nonetheless, this displays which platforms provide the H10 on the market launch. Intel has not but dedicated to bringing the H10 into the retail marketplace for desktop methods, however they've laid the groundwork, and plenty of 300 Collection motherboards have firmware updates to allow the H10 as well. (The primary public leak of the Optane Reminiscence H10 product identify got here from motherboard producers supporting 300 Collection desktop boards.) 300-Collection chipset desktops and no less than two M.2 slots can already try this Identical setup because the H10 can obtain with an Intel 660p and an Optane Reminiscence M10 module, so there’s not a variety of stress for a retail model of the H10. The options Intel is supporting for Optane Reminiscence Caching and NVMe RAID on client platforms have been round since Skylake 100 Collection chipsets. Nevertheless, Intel has proven little curiosity in rolling out the firmware on older platforms.

Our Optane Reminiscence H10 check system arrives at the moment and we are going to do a full overview later this month.

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