The Ultrabook movement has encouraged development of the latter. As with all things Moore's Law enables, you can scale in both directions - either increase capacity in a 2.5' form factor, or enable smaller form factors with the same capacity. Intel's SSD 320, on the other hand, uses 25nm NAND to deliver 300GB or 600GB of storage in the same package configuration. The first 80GB and 160GB drives used a 50nm 4GB MLC NAND die (1 or 2 die per package), across twenty packages. Take the original Intel X25-M for example. Moore's Law ensures that large SSDs can be delivered in small packages. Intel and others also launched 1.8' versions of their SSDs with performance levels comparable to their 2.5' counterparts. We saw the first examples of this with the arrival of drives from Corsair and Kingston, where the majority of the 2.5' enclosure went unused. It turns out that even the 2.5 wide, 9.5mm tall form factor was a bit overkill for many SSDs. Since then, many desktop cases now ship with 2.5' drive bays. The 2.5' form factor was chosen initially because of the rising popularity of notebooks and the fact that desktops could use a 2.5' drive with the aid of a cheap adapter.

Unlike traditional hard drives, solid state storage didn't have the same correlation between performance and physical size. Endurance: Optimised 3D TLC NAND enables increased performance and increased endurance - up to 5X the industry-standard TBW.The arrival of affordable, high-performance client SSDs gave us two (closely related) things: 1) a high-speed primary storage option that could work in both a notebook or a desktop, and 2) independence from traditional hard drive form factors.Reliability: Adaptive thermal monitoring limits heat generated by the SSD and increases reliability in space-constrained designs.Battery Life: Class-leading power efficiency (Storage: A state-of-the-art, stackable 32-tier 3D NAND die allows for drives with up to 2TB of storage in a 2.5-inch form factor.Our Storage Executive tool also allows you to erase, repurpose and retire the SSD using a certified process that ensures no residual data will be compromised. Our client drives have built-in diagnostics and health check intelligence that work in conjunction with our downloadable Storage Executive tool to provide easy, hassle-free manageability. This advancement allows our 1100 SSD to be offered in upto 2TB 2.5-inch capacities. Revolutionary 3D NAND technology - Micron’s state-of-the-art process, CMOS under the array (CUA) - allows for 3X the capacity of planar NAND in a vertically tiered compact die. Device sleep (DEVSLP) low-power modes extend battery life, and several features protect valuable data, including power-loss protection for data-at-rest and adaptive thermal monitoring. The 1100 SSD is manufactured to excel in performance, endurance, price and power while enabling green computing. Our 1100 SATA SSD provides exceptional performance and extremely low power consumption for client computing applications ranging from desktop gaming rigs to corporate road warrior tablets. Product Overview Performance and Power for Client Computing

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