HP Inc HP - DDR4 - 8 GB - SO DIMM 260-PIN - 2133 MHz / PC4-17000 - 1.2 V - ungepuffert - ECC - für Workstation Z1 G3 (T0H92AA)
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ADATA 8G Premier DDR3 1600MHz Memory Module Ram 240 Pin Unbuffered DIMM PC3 12800 1.5V for Desktop
Features: Super fast and stable performance and 100% burn-in in testing. Speed start at 1600 MHz. 240pin Unbuffered DIMM and operates at 1.5 volts High compatibility with JEDEC design and production standards. Designed and engineered to support the ever more rigorous requirements of enthusiasts and professionals. Plug and play, install with ease.
PHS-memory 32GB RAM Speicher für Terra Mobile 1515 (1220550) DDR4 SO DIMM 2666MHz PC4-2666V-S (SP294549)
PHS-memory 32GB RAM Speicher für Terra Mobile 1515 (1220550) DDR4 SO DIMM 2666MHz PC4-2666V-S (SP294549)
Memorysolution 256MB OKI/Okidata B6300, B6300n, B6300dn
Memorysolution 256MB OKI/Okidata B6300, B6300n, B6300dn
SanDisk Ultra Dual Drive Luxe - USB-Flash-Laufwerk
Speicherfreigabe leicht gemacht Suchen Sie nach einem Speicher für USB Type-C™- und Type-A-Geräte? Mit dem SanDisk Ultra® Dual Drive Luxe mit Ganzmetallgehäuse können Sie Dateien mühelos zwischen S...
HyperX Impact 8GB 1600Mhz DDR3L Non-ECC 204-Pin CL9 SO-DIMM Laptop Memory Module
HyperX HX316LS9IB/8 is a 1G x 64-bit (8GB) DDR3L-1600 CL9 SDRAM (Synchronous DRAM) 2Rx8, low voltage, memory module, based on sixteen 512M x 8-bit DDR3 FBGA components. This module has been tested to run at DDR3L-1600 at a low latency timing of 9-9-9 at 1.35V or 1.5V. Additional timing parameters are shown in the PnP Timing Parameters section below. Impact makes your game hotter while keeping your system cool. It has low voltage settings at 1.35V for less power consumption, reduced heat generation and quiet computing. Its slim, sleek new look lets you stand out in the crowd while the thin thermal label allows for installation in slim or ultra-slim notebooks. Best of all, HyperX Impact delivers high performance at a low cost. It's gamer-approved and backed by a lifetime warranty, free technical suppot and legendary liability. Key Features SO-DIMM form factor - features stylish and slim thermal label for an easy fit Easy to install - automatic overclocking; plug-and-play functionality means no adjustments in BIOS needed Eco-friendly - low voltage settings for cooler and quieter computing Reliable - 100-percent factory tested Guaranteed - lifetime warranty, free technical support Auto overclock up to 2400MHz Low voltage setting at 1.35V Slim and sleek new look compatible with ultra-thin notebooks Specifications Capacity: 8 GB Kit Configuration: 1 x 8 GB Speed: PC3-12800 (1600 MHz) Memory Type: DDR3L DIMM Type: 204-Pin SO-DIMM Buffered/Registered: No Error Correction (ECC): Non-ECC Voltage: 1.35/1.5 V CAS Latency: CL9 Memory Rank: Dual Rank Box Contents 1 x Kingston HX316LS9IB/8 Impact 8 GB 1600 MHz DDR3L CL9 SODIMM 1.35 V SODIMM Notebook Memory Module, Black
HP - DDR4 - 4 GB - SO DIMM 260-PIN - 2133 MHz / PC4-17000 - CL15 - 1.2 V - ungepuffert - non-ECC - für Elite Slice for Meeting Rooms, Slice G1, EliteDesk 800 G2 (mini desktop), EliteOne 800 G2
Kurzinfo: HP - DDR4 - 4 GB - SO DIMM 260-PIN - 2133 MHz / PC4-17000 - CL15 - 1.2 V - ungepuffert - non-ECC - für Elite Slice for Meeting Rooms, Slice G1, EliteDesk 800 G2 (mini desktop), EliteOne 800 G2 Gruppe RAM Hersteller HP Inc. Hersteller Art. Nr. P1N53AT Modell HP EAN/UPC 0889899068908 Produktbeschreibung: HP - DDR4 - 4 GB - SO DIMM 260-PIN - ungepuffert Produkttyp RAM-Speicher Kapazität 4 GB Speichertyp DDR4 SDRAM - SO DIMM 260-PIN Erweiterungstyp Systemspezifisch Datenintegritätsprüfung Non-ECC Geschwindigkeit 2133 MHz (PC4-17000) Latenzzeiten CL15 Leistungsmerkmale Ungepuffert Spannung 1.2 V Äquivalente Teilenummer OEM-Hersteller HP P1N53AT Entwickelt für HP 260 G2, t530, Elite Slice, Slice for Meeting Rooms, EliteDesk 705 G3, 800 G2 (Mini Desktop), EliteOne 800 G2, ProDesk 400 G2 (Mini Desktop), 400 G2.5, 600 G2 (Mini Desktop), ProOne 600 G2, Retail System MP9 G2, RP9 G1 Retail System 9015, 9018, 9118 Ausführliche Details Allgemein Kapazität 4 GB Erweiterungstyp Systemspezifisch