Close
(0) items
Ваша корзина пуста.
все категории
    Filters
    Preferences
    Поиск
    Производитель: G.SKILL

    MEMORY DIMM 32GB DDR5-5600 K2/5600J3036D16GX2-TZ5NR G.SKILL


    €150,63 с налогом

    Артикул: ST06562567
    Код производителя: F5-5600J3036D16GX2-TZ5NR
    Сайт производителя
    гарантия: 12 месяцы
    *
    Склад Доставка Наличие Цена
    LV
    LT
    PL
    LT

    Характеристики
    Тип памяти DDR5
    Встроенная память 32 GB
    Тип памяти DIMM
    KIT Kit of 2 modules
    Description
    Trident Z5 Neo RGB | Performance Gaming | DDR5 | Module capacity 16GB | Quantity 2 | 5600 MHz | CL 30 | Memory timings 30-36-36-89 | Nominal voltage 1.25 V | RGB
    DescriptionG.SKILL DDR5 5600 MT/s 2x16GB TZ5 NEO
    VatTypeVAT
    Weight0.170000000
    Height14.000000000
    Width160.000000000
    Length136.000000000
    Description
    G.SKILL DDR5 5600 MT/s 2x16GB TZ5 NEO RGB 30-36-36-89 1.25V AMD EXPO
    Gross depth (mm)160.00
    Gross height (mm)135.00
    Gross weight0.18
    Gross width (mm)15.00
    Net weight0.07
    Packing quantity1.00
    Paper/Pasteboard100.00
    Plastic (No PET)9.00
    Tare weight (kg)0.11
    Volume (m3)0.00
    Embeeded batteryNo
    WEEE taxNo
    Tare other0.10
    PET30.00
    Memory clock speed5600
    Memory voltage1.25
    ECCNo
    Component forPC/server
    Capacity32
    Memory layout (modules x size)2x16
    Producer product nameTrident Z5 Neo RGB
    Internal memory typeDDR5
    RegisteredNo
    Other featuresTrident Z5 Neo RGB DDR5 memory is designed for ultra-high overclocked performance on DDR5-enabled AMD platforms. Featuring AMD EXPO overclocking technology for easy memory overclocking on supported AMD platforms, the Trident Z5 Neo RGB series is the ideal choice for building high-performance systems.
    Technical featuresSPD Speed: 4800 MT/s; SPD Voltage: 1.10V
    CAS latencyCL30-36-36-89
    Palette Qty5333
    ProducerG.Skill
    Warranty36
    Description
    Trident Z5 Neo RGB DDR5 memory is designed for ultra-high overclocked performance on DDR5-enabled AMD platforms. Featuring AMD EXPO overclocking technology for easy memory overclocking on supported AMD platforms, the Trident Z5 Neo RGB series is the ideal choice for building high-performance systems.

    Характеристики
    Тип памяти DDR5
    Встроенная память 32 GB
    Тип памяти DIMM
    KIT Kit of 2 modules
    Description
    Trident Z5 Neo RGB | Performance Gaming | DDR5 | Module capacity 16GB | Quantity 2 | 5600 MHz | CL 30 | Memory timings 30-36-36-89 | Nominal voltage 1.25 V | RGB
    DescriptionG.SKILL DDR5 5600 MT/s 2x16GB TZ5 NEO
    VatTypeVAT
    Weight0.170000000
    Height14.000000000
    Width160.000000000
    Length136.000000000
    Description
    G.SKILL DDR5 5600 MT/s 2x16GB TZ5 NEO RGB 30-36-36-89 1.25V AMD EXPO
    Gross depth (mm)160.00
    Gross height (mm)135.00
    Gross weight0.18
    Gross width (mm)15.00
    Net weight0.07
    Packing quantity1.00
    Paper/Pasteboard100.00
    Plastic (No PET)9.00
    Tare weight (kg)0.11
    Volume (m3)0.00
    Embeeded batteryNo
    WEEE taxNo
    Tare other0.10
    PET30.00
    Memory clock speed5600
    Memory voltage1.25
    ECCNo
    Component forPC/server
    Capacity32
    Memory layout (modules x size)2x16
    Producer product nameTrident Z5 Neo RGB
    Internal memory typeDDR5
    RegisteredNo
    Other featuresTrident Z5 Neo RGB DDR5 memory is designed for ultra-high overclocked performance on DDR5-enabled AMD platforms. Featuring AMD EXPO overclocking technology for easy memory overclocking on supported AMD platforms, the Trident Z5 Neo RGB series is the ideal choice for building high-performance systems.
    Technical featuresSPD Speed: 4800 MT/s; SPD Voltage: 1.10V
    CAS latencyCL30-36-36-89
    Palette Qty5333
    ProducerG.Skill
    Warranty36
    Description
    Trident Z5 Neo RGB DDR5 memory is designed for ultra-high overclocked performance on DDR5-enabled AMD platforms. Featuring AMD EXPO overclocking technology for easy memory overclocking on supported AMD platforms, the Trident Z5 Neo RGB series is the ideal choice for building high-performance systems.