MSI MPG X870E Carbon WiFi AM5 ATX Motherboard

RM2,449.00

The MSI MPG X870E Carbon WiFi AM5 ATX Motherboard is built for enthusiasts and gamers, supporting the latest AMD Ryzen processors and featuring PCIe 5.0 and DDR5 memory support. With WiFi 6E and excellent thermal management, it ensures seamless performance even under heavy loads. The sleek carbon fiber design provides an aesthetically pleasing build, making it a great addition to any high-end PC.


WiFi 6E Support - WiFi 6E technology ensures improved wireless speeds and greater bandwidth, providing lag-free gaming and seamless streaming.


PCIe 5.0 - PCIe 5.0 enhances graphics card and SSD performance, enabling faster data transfers for demanding tasks like gaming and content creation.


DDR5 Memory - DDR5 memory provides better bandwidth and speed, improving performance for memory-intensive applications.


Advanced Thermal Solutions - The advanced thermal design keeps temperatures low, maintaining stability and preventing thermal throttling during heavy workloads.


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SKU: MB-MSI-MPG-X870E-CARBON-WIFICategories: EMARQUE Tech Store, Workstation & Server Components
Description

The MSI MPG X870E Carbon WiFi AM5 ATX Motherboard is built for enthusiasts and gamers, supporting the latest AMD Ryzen processors and featuring PCIe 5.0 and DDR5 memory support. With WiFi 6E and excellent thermal management, it ensures seamless performance even under heavy loads. The sleek carbon fiber design provides an aesthetically pleasing build, making it a great addition to any high-end PC.


WiFi 6E Support - WiFi 6E technology ensures improved wireless speeds and greater bandwidth, providing lag-free gaming and seamless streaming.


PCIe 5.0 - PCIe 5.0 enhances graphics card and SSD performance, enabling faster data transfers for demanding tasks like gaming and content creation.


DDR5 Memory - DDR5 memory provides better bandwidth and speed, improving performance for memory-intensive applications.


Advanced Thermal Solutions - The advanced thermal design keeps temperatures low, maintaining stability and preventing thermal throttling during heavy workloads.