Samsung Semiconductor - K4U8E3S4AD-GFCL

KEY Part #: K7359745

[21138pcs Stock]


    Part Number:
    K4U8E3S4AD-GFCL
    Manufacturer:
    Samsung Semiconductor
    Detailed description:
    8 Gb x32 4266 Mbps 1.8 / 1.1 / 0.6 V -40 ~ 95 °C 200FBGA Mass Production.
    Manufacturer's standard lead time:
    In stock
    Shelf life:
    One Year
    Chip From:
    Hong Kong
    RoHS:
    Payment method:
    Shipment way:
    Family Categories:
    KEY Components Co.,LTD is a Electronic Components Distributor who offers product categories including : SLC Nand, MODULE, HBM Flarebolt, LPDDR4X, DDR4, DDR3, LPDDR4 and HBM Aquabolt ...
    Competitive Advantage:
    We specialize in Samsung Semiconductor K4U8E3S4AD-GFCL electronic components. K4U8E3S4AD-GFCL can be shipped within 24 hours after order. If you have any demands for K4U8E3S4AD-GFCL, Please submit a Request for Quotation here or send us an email:
    GB-T-27922
    ISO-9001-2015
    ISO-13485
    ISO-14001
    ISO-28000-2007
    ISO-45001-2018

    K4U8E3S4AD-GFCL Product Attributes

    Part Number : K4U8E3S4AD-GFCL
    Manufacturer : Samsung Semiconductor
    Description : 8 Gb x32 4266 Mbps 1.8 / 1.1 / 0.6 V -40 ~ 95 °C 200FBGA Mass Production
    Series : DDR3

    You May Also Be Interested In
    • M378A1K43BB1-CPB

      Samsung Semiconductor

      DDR4 UDIMM 8 GB 1R x 8 2133 Mbps 1.2 V 288 (1G x 8) x 8 EOL announced.

    • M378A1K43BB2-CRC

      Samsung Semiconductor

      DDR4 UDIMM 8 GB 1R x 8 2400 Mbps 1.2 V 288 (1G x 8) x 8 EOL announced.

    • M378A1K43BB2-CTD

      Samsung Semiconductor

      DDR4 UDIMM 8 GB 1R x 8 2666 Mbps 1.2 V 288 (1G x 8) x 8 EOL announced.

    • M378A1K43CB2-CPB

      Samsung Semiconductor

      DDR4 UDIMM 8 GB 1R x 8 2133 Mbps 1.2 V 288 (1G x 8) x 8 Mass Production.

    • M378A1K43CB2-CRC

      Samsung Semiconductor

      DDR4 UDIMM 8 GB 1R x 8 2400 Mbps 1.2 V 288 (1G x 8) x 8 Mass Production.

    • M378A1K43CB2-CTD

      Samsung Semiconductor

      DDR4 UDIMM 8 GB 1R x 8 2666 Mbps 1.2 V 288 (1G x 8) x 8 Mass Production.