Samsung Semiconductor - K4A8G165WC-BITD

KEY Part #: K7359617

[16752Stock Ngahau]


    Te waahanga waahanga:
    K4A8G165WC-BITD
    Kaihanga:
    Samsung Semiconductor
    Whakaahuatanga Taipitopito:
    8 Gb 512M x 16 2666 Mbps 1.2 V -40 ~ 95 °C 96FBGA Mass Production.
    Ko te wa kaiarahi paerewa a te kaihanga:
    I roto i te taonga
    Te whare noho:
    Kotahi Tau
    Chip Mai:
    Hong Kong
    RoHS:
    Te tikanga utu:
    Te ara kaipuke:
    Ngā Kāwai Whānau:
    KEY Components Co, Ko te LTD he Kaiwhakarite Taonga Hiko e tuku ana i nga waahanga hua tae atu ki: LPDDR3, LPDDR5, HBM Flarebolt, MODULE, SLC Nand, GDDR5, DDR4 and HBM Aquabolt ...
    Whakapai Tinana:
    We specialize in Samsung Semiconductor K4A8G165WC-BITD electronic components. K4A8G165WC-BITD can be shipped within 24 hours after order. If you have any demands for K4A8G165WC-BITD, 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

    K4A8G165WC-BITD Nga Hua Hua

    Te waahanga waahanga : K4A8G165WC-BITD
    Kaihanga : Samsung Semiconductor
    Whakaahuatanga : 8 Gb 512M x 16 2666 Mbps 1.2 V -40 ~ 95 °C 96FBGA Mass Production
    Toa : DDR4
    kiato : 8 Gb
    Org. : 512M x 16
    tere : 2666 Mbps
    ngaohiko : 1.2 V
    Temp. : -40 ~ 95 °C
    mōkī : 96FBGA
    Tūnga hua : Mass Production

    Kia Korero Ma Te Korero
    • KHA843801B-MC12

      Samsung Semiconductor

      4 Gb 1024 2.0 Gbps 32 ms MPGA Mass Production.

    • KHA883901B-MC12

      Samsung Semiconductor

      8 Gb 1024 2.0 Gbps 32 ms MPGA Mass Production.

    • KHA844801X-MC12

      Samsung Semiconductor

      4 Gb 1024 2.0 Gbps 32 ms MPGA Mass Production.

    • KHA844801X-MC13

      Samsung Semiconductor

      4 Gb 1024 2.4 Gbps 32 ms MPGA Mass Production.

    • KHA844801X-MN12

      Samsung Semiconductor

      4 Gb 1024 2.0 Gbps 32 ms MPGA Mass Production.

    • KHA844801X-MN13

      Samsung Semiconductor

      4 Gb 1024 2.4 Gbps 32 ms MPGA Mass Production.