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  • Home > News

        Penny-sized flash drive holds 16GB

        Henry Kingman | Date: Dec 17, 2007 | Comments: 1



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        • Filed Under: News

        Intel has announced a multi-chip flash memory companion module for its forthcoming "Menlow" chipset for mobile Internet devices (MIDs). The Z-P140 SSD (solid-state drive) measures 0.7 x 0.5 x 0.07 inches (18 x 12 x 1.8mm), and will be available in capacities up to 16GB.




        (Click for larger view of the Z-P140 SSD)

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        Intel describes its new SSD as "smaller than a penny, and weighing less than a drop of water." The part is "400 times smaller in volume than a 1.8-inch hard drive," Intel boasts, "and at 0.6 grams, 75 times lighter."



        Intel Z-P140 SSD


        The Z-P140 comprises a small 12mm x 12mm dual-channel PATA controller module powered by a 32-bit RISC processor, and connected to the host board via a standard 40-pin interface. The physical connector is a 168 BGA (ball grid array).

        Atop the PATA module, between one and four NAND flash modules can be stacked via a 122 BGA package-on-package (PoP) interface. Each PATA channel supports up to two modules. Currently supported NAND modules include Intel's SD54B 2 GB and SD58B 4 GB NAND modules.


        Intel Z-P140 package-on-package (PoP) configurations with SD58B 4GB NAND modules


        The Z-P140 parts have a standard PATA interface, and thus could serve as a drop-in replacement for IDE hard drives in most any computer system. However, the parts will be marketed, initially at least, for use with Intel's "Menlow" chipset for MIDs (mobile Internet devices).


        Menlow-based concept device
        (Source: Intel)


        Intel calls the SSD an "optional part" of the Menlow platform. The chip giant announced Menlow in Beijing in 2007, a day after revealing its vision for Linux-powered Linux-based Mobile Internet Devices (MIDs). Menlow includes Intel's "Silverthorne" mobile device processor, based on a 45nm silicon process and "High-K" metal gate transistor technologies, along with the "Poulsbo" companion chip (integrated northbridge/southbridge).

        Calling Menlow the first platform designed from the ground up for MIDs and ultra mobile PCs (UMPCs), Intel has promised to deliver it during the first half of 2008. Menlow will offer 10x lower idle power consumption compared to the first UMPCs, plus optional standardized WiFi, 3G, and WiMAX capabilities, according to the company.

        Additional claimed characteristics for the Z-P140 SSD include:
        • Read speeds of 40 Megabytes-per-second (MB/s)
        • Write speeds of 30 MB/s
        • Active power use 300mW (milliwatts)
        • Sleep mode power use 1.1mW
        • 2.5 million hours MTBF (mean-time between failures
        Pete Hazen, director of marketing for Intel's NAND products group, stated, "Our customers are finding the Intel Z-P140 PATA SSD to be the right size, fit, and performance for their pocketable designs."

        Availability

        The Z-P140 is currently sampling, with mass production slated for Q1, 2008. The 2GB version will ship first, followed by the 4GB version.

        Intel's currently shipping Z-U130 SSD connects via a USB interface. An SSD with a SATA interface will be announced as a product line in 2008, Intel said.



        Related stories:
        • New Intel SoC to slash UMPC idle power
        • Next-gen boot firmware targets UMPCs, MIDs
        • Intel launches mobile device processors
        • 2.5-inch flash drive holds 461GB
        • SanDisk ships 32GB, 1.8-inch solid-state drive
        • Embedded flash module targets consumer devices
        • Bright future seen for NAND flash
        • Selecting a flash file system for wireless devices
        • Moving toward NAND and NOR convergence
        • An overview of NAND Flash memory controllers
        • A technical introduction to NAND flash
        • Leveraging processor-supplied SRAM to facilitate OneNAND bootloaders
        • NAND flash gaining on NOR
        • The future of NAND flash memory in the embedded market
        • NAND vs. NOR flash -- tradeoffs and strategies
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