NZXT N7 Z790 Matte Black Wi-Fi ATX with Socket Intel 1700
ATX, Socket: Intel 1700, Memory Type: DDR5
from260,50 € at 2 stores
NZXT N7 Z890 Wi-Fi Motherboard ATX with Intel 1851 Socket N7-Z89XT-B1
ATX, Socket: Intel 1851, Memory Type: DDR5
from349,47 € at 2 stores
NZXT N9 Z890 Wi-Fi ATX with Socket Intel 1851
ATX, Socket: Intel 1851, Memory Type: DDR5
from522,09 € at 2 stores
NZXT N7 Z890 Wi-Fi Motherboard ATX with Intel 1851 Socket N7-Z89XT-W1
ATX, Socket: Intel 1851, Memory Type: DDR5
from349,47 € at 2 stores
NZXT N9 Z890 Wi-Fi ATX with Socket Intel 1851
ATX, Socket: Intel 1851, Memory Type: DDR5
from485,02 € at 2 storesDiscover similar brands
Filters
- The type of processor socket. The processor we choose must have the same socket to fit into the motherboard. In addition to the socket, the motherboard's chipset must also be supported by the processor.
- ATX: Supports multiple expansion card slots, several RAM slots, and various storage options. It has enough space for adequate cooling and offers several input/output ports.
- Micro ATX: Smaller than ATX, but retains many of its features. Suitable for smaller computer cases, yet with enough space for upgrades and expansion.
- Mini ITX: It is smaller than Micro ATX and limited to fewer slots. Suitable for very small computers, with limited upgrade capabilities, but with enough space for basic needs.
- Extended ATX: Larger size to provide even more space for expansion cards, RAM slots, and better cooling support. Used in high-end computers, servers, or gaming computers.
- SSI: Offers larger size and supports multiple processors, more advanced memory support, and multiple slots for expansion cards. Used in high-performance servers and workstations.
- The core of the motherboard that connects the components together. The processor we choose must support the motherboard's chipset to be 100% compatible with each other and to fully utilize the motherboard's connections.
- WiFi/Bluetooth: Wireless networking with Wi-Fi and communication with Bluetooth without the need for additional devices. They feature antenna sockets.
- USB 3.2: Faster speed than previous versions when connected to a USB 3.2 device.
- HDMI: Image output port that allows a monitor to be connected directly to the motherboard.
- DisplayPort: A modern way of connecting a screen that supports better and higher resolutions compared to HDMI.
- Thunderbolt: High-speed connection protocol that combines data, video, audio, and power into one port via a USB-C connector.
- USB Type-C: Modern method of digital transfer of image, sound and data with simultaneous charging capability.
- M.2: Available slot for direct placement of M.2 SSD on the motherboard (without cables).
- PCI Express x16 5.0: The motherboard has at least one PCIe 5.0 x16 slot.
- PCI Express x16 4.0: The motherboard has at least one PCIe 4.0 x16 slot.
- The maximum number of M.2 units that can be directly connected to the motherboard (without cables).
- Hardcore Gaming: With top-tier chipsets (Z for Intel, X for AMD), they offer unlocked overclocking capabilities, advanced cooling, and maximum support for PCIe 5.0.
- Casual Gaming: The ideal solution for every gamer. Based on the popular B-series chipsets, they combine top reliability, support for fast memory, and all modern connectivity ports.
- Workstation & Professional : Designed for maximum power and reliability. They include support for Thunderbolt/USB4, multi-core processors (Threadripper, Xeon), and large memory capacities, ideal for Video Editing, 3D Rendering, and AI Workloads.
- Professional (Office): Mid-power options that offer stability and modern connectivity ports. Ideal for office workstations and multitasking.
- Compact Build (Mini-ITX): Ideal for Small Form Factor (SFF) builds. Motherboards with minimal dimensions for powerful yet compact systems, suitable for the living room, the office, or easy transport.
- Everyday (Home): Economical and reliable solutions for home use. Ideal for surfing, movies, and simple tasks for students.
- RGB Header: Special socket for connecting LED strips.
- Dual Channel: It is possible to install two identical RAM memories that will work in parallel and offer more speed to applications that require a lot of memory (e.g. video editing).
- Quad Channel: It is possible to install four identical RAM memories that will work in parallel.