Wednesday, December 7th 2022

Micron Delivers the World's Most Advanced Client SSD Featuring 232-Layer NAND Technology

Micron Technology, Inc.,, today announced it is shipping the Micron 2550 NVMe SSD to global PC OEM customers for use in mainstream laptops and desktops. The 2550 is the world's first client SSD to ship using NAND over 200 layers. Delivering performance that eclipses the competition through its density and power advantages, the 2550 provides users with responsiveness and the low power consumption needed to extend battery life for work and home PCs.

"We focused on delivering a superior user experience for PC users with this SSD," said Praveen Vaidyanathan, vice president and general manager of the Client Storage Group at Micron. "The new 2550 SSD builds on our established and broadly adopted PCIe Gen4 architecture. It also incorporates Micron's industry-leading 232-layer NAND and focuses on thermal architecture and power design. These capabilities deliver impressive application performance and phenomenal power savings."
The Micron 2550 SSD enables faster, more responsive applications in mainstream PC platforms, including gaming, consumer and business client devices. Micron's innovations, such as predictive cache optimization, improve users' experiences and establish new category zeniths for PCMark 10 benchmarks. The SSD transfers files up to 112% faster, runs office productivity applications up to 67% faster, loads major games up to 57% faster, and runs content creation applications up to 78% faster than comparable competing products. It also delivers breakneck sequential read performance of up to 5 gigabytes per second and sequential write performance of up to 4 gigabytes per second, which is 43% and 33% faster than the previous SSD generation, respectively.

Power savings are provided through Micron's optimization of entry and exit into self-initiated energy saving states, use of an advanced process node for the controller, and elimination of DRAM via Host Memory Buffer (HMB) technology. Innovations that collectively deliver battery-sipping sleep power consumption under 2.5 milliwatts, active idle power consumption under 150 milliwatts, and active power consumption below 5.5 watts. These advances enable longer battery life for daily computing needs.

"We expect PCIe Gen4 drives will remain the primary interface for notebooks and desktops into 2026," said Greg Wong, principal analyst at Forward Insights. "Leading-edge Gen4 SSDs, such as the new Micron 2550, deliver improved user experiences and provide OEMs with an attractive storage solution for their system designs."

The Micron 2550 SSD is available in 22x80mm, 22x42mm and 22x30mm form factors and comes in 256 GB, 512 GB and 1 TB capacity points. These options provide system designers the flexibility to build PCs with the right mix of performance, size, weight and capacity.
Source: Micron
Add your own comment

34 Comments on Micron Delivers the World's Most Advanced Client SSD Featuring 232-Layer NAND Technology

#26
Mussels
Freshwater Moderator
I get it, SSD's are like Onions


They make you cry when you cut them open
Posted on Reply
#27
lexluthermiester
Solaris17But average gamers and consumers in general are still wide eyed at the fact that SSDs are so fast as is.
This. In real world applications, anything that can perform consistently above 1GB per second will blow your doors off on the average PC.
Solaris17Sorry wasnt an attack on you or anything. Not sure if this post seems aggressive
I didn't see that, but then again, I'm often accused of the same thing when it's not intended.
Posted on Reply
#29
chrcoluk
MusselsIt's frustrating when we know more layers tends to mean lower write endurance, but also important because moar space


(Yes i know not always, but it's a trend)
Interestingly the image I posted in the MX500 QLC thread shows as they added more layers to TLC endurance surpassed planar MLC levels. Also throughput went up per die as well.

Check the endurance row on this graph. Goes up as they add more layers.

Posted on Reply
#30
Mussels
Freshwater Moderator
chrcolukInterestingly the image I posted in the MX500 QLC thread shows as they added more layers to TLC endurance surpassed planar MLC levels. Also throughput went up per die as well.

Check the endurance row on this graph. Goes up as they add more layers.

You sure that's not from increasing the density of the drives?
2TB to 4TB doubles the TBW, so that while the overall TBW goes up the TBW at the same disk size could be down
Posted on Reply
#31
chrcoluk
TBW increases with capacity but PEC I wouldnt expect to change with it. Hopefully someone else can jump in with their opinion.
Posted on Reply
#32
lexluthermiester
thewanwww.tweaktown.com/reviews/10303/micron-2550-ssd-1tb-232-layers-of-domination/index.html

Well it looks like micron has proven everyone in this thread wrong by showing that it is one of the best overall performing ssds out there despite its handicaps. Doing all that while sipping power in a laptop or power efficient SFF build? Yeah who needs them Hynixes anymore...for now.
What was that? I don't remember too many of us saying these new NAND chips were bad performers. I never did. Careful with your blanket statements.
Posted on Reply
#33
Mussels
Freshwater Moderator
lexluthermiesterWhat was that? I don't remember too many of us saying these new NAND chip were bad performers. I never did. Careful with your blanket statements.
I was curious about the same thing

Literally came out of nowhere
Posted on Reply
#34
lexluthermiester
MusselsI was curious about the same thing

Literally came out of nowhere
Right? There were a few users who made comments about performance but a few does not represent "everyone".
Posted on Reply
Add your own comment
Jul 31st, 2024 22:16 EDT change timezone

New Forum Posts

Popular Reviews

Controversial News Posts