Komponente

Features Intel Extreme Memory Profile (XMP) version: 2.0 SPD profile: Yes Cooling type: Heatsink Internal memory: 16 GB Component for: PC Memory layout (modules x size): 2 x 8 GB CAS latency: 16 Memory voltage: 1.35 V Buffered memory type: Unregister

Technical details: Dimensions: 146 x 125 x 198 mm (W x H x D) Weight: about 1.45kg Material: aluminum Color: Black Space required: 3x 5.25 inch slots HDD slots: 4x 3.5 inch SATA / SAS (3-Bay) Data transfer rate: up

BIOS BIOS type: UEFI AMI BIOS memory size: 128 Mbit Expansion slots Number of M.2 (M) slots: 2 PCI Express x16 (Gen 4.x) slots: 2 Features Windows operating systems supported: Windows 10 x64 Power source type: ATX Audio output channels: 7.1 channels

Model: Ultimate SU630 3D NAND SSD Tip memorije: 3D QLC Kapacitet: 960GB Brzina čitanja: do 520MB/s Brzina pisanja: do 450MB/s Sučelje: SATA 6Gb/s (SATA III) Ostalo: Više detalja o proizvodu možete pogledati ovdje.

Features Component for: PC/server Memory form factor: 288-pin DIMM Internal memory type: DDR4 Memory layout (modules x size): 2 x 8 GB Lead plating: Gold Cooling type: Heatsink RoHS compliance: Y ECC: No CAS latency: 16 Memory channels: Dual Buffered

Features Component for: PC/Server CAS latency: 16 Cooling type: Heatsink SPD latency: 38 Internal memory: 16 GB Intel Extreme Memory Profile (XMP): Yes SPD speed: 2133 MHz Memory channels: Dual-channel SPD profile: Yes Memory form factor: 288-pin DIM

BIOS Clear CMOS button: Yes BIOS type: UEFI AMI Expansion slots Number of M.2 (M) slots: 2 PCI Express x16 (Gen 4.x) slots: 3 Features Audio output channels: 7.1 channels Windows operating systems supported: Windows 10 x64 Windows operating systems s

Technical details: Dimensions: 300 x 435 x 408 mm (W x H x D) Material: aluminum, steel, tempered glass Weight: approx. 8.5 kg Color white Form factor motherboard: Mini-ITX, Micro-ATX, ATX Fan (possible): 3x 120 mm

The 14th generation Intel® CoreTM desktop processors called Raptor Lake-S bring a new chip layout with different CPU cores for different application scenarios. The performance cores ensure performance for computationally intensive applications, the e