ASUS
ASUS - MOTHERBOARDS ROG MAXIMUS Z890 APEX
Out of Stock
ASUS ROG Maximus Z890 Apex Motherboard | Z890, ATX, DDR5
ASUS
MPN: ROG MAXIMUS Z890 APE
$749.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Intel Z890 chipset
- LGA 1851 processor socket
- DDR5 memory support
- ATX motherboard form factor
- Multiple memory slots
- M.2 storage support
- PCIe x16 expansion support
- Accelerate Intel desktop performance with the Z890 chipset platform
Drive demanding Intel desktop builds with the ASUS ROG Maximus Z890 Apex, a motherboard aimed at users who tune for memory bandwidth, CPU headroom, and stable high-performance operation. As part of ASUS ROG’s Apex line, it is positioned for builders who value board-level engineering over broad feature sprawl, making it a strong fit for benchmark work, competitive overclocking, and premium workstation-class desktops.
The Z890 platform supports modern Intel processors and DDR5 memory, giving advanced users the foundation needed for fast response times and high-throughput workloads. The ATX form factor leaves room for robust power delivery, expansion, and cooling integration while still fitting standard performance chassis. For buyers comparing premium boards, the Apex stands out when the priority is tuning margin, memory optimization, and a layout designed around serious system building.
Choose this board when the system’s value comes from what it can sustain under pressure: higher clocks, tighter memory settings, and dependable operation during long sessions. It is a premium platform for builders who know exactly why they are paying more.
Ideal For
- High-end Intel gaming desktop builds
- Memory overclocking and benchmark systems
- Premium enthusiast workstation builds
- Performance-tuned ATX tower configurations
Why This Product
- 1Built for tuning-focused users rather than general-purpose builds
- 2Pairs Intel Z890 with DDR5 for modern desktop performance
- 3ATX layout supports premium cooling and expansion planning
- 4Apex positioning suits overclocking and benchmark workflows



