GIGABYTE B760M E

The GIGABYTE B760M E is a versatile motherboard designed for Intel CPUs, specifically compatible with the Intel Socket 1700. Introduced in September 2
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The GIGABYTE B760M E is a versatile motherboard designed for Intel CPUs, specifically compatible with the Intel Socket 1700. Introduced in September 2023, this motherboard features the Intel B760 chipset and supports a single CPU installation. Its M-ATX form factor, measuring 23.0×21.5cm, is optimized for efficient space usage while providing robust performance with its 6+1+1 phase power design.

For memory, the GIGABYTE B760M E supports DDR5 with DIMM (UDIMM) modules, operating at impressive speeds of up to 8000MHz (PC5-64000). It includes two memory slots supporting dual-channel memory architecture and features support for up to 96GB of RAM. The board also supports XMP technology, allowing for easy overclocking of memory modules.

In terms of expansion, the motherboard is equipped with a PCIe4.0 x16 slot for graphics cards, ensuring high-speed connectivity for demanding applications. Additionally, it has one PCIe3.0 x1 slot for further expansion options. For storage, it offers ample flexibility with two M.2 slots and four SATA3 (6Gb/s) ports, supporting PCIe4.0 and NVMe for M.2 interfaces and RAID configurations for SATA drives.

Graphics outputs include HDMI, DP, and D-SUB ports, providing a range of connectivity options for various display types. The rear panel features six USB A-type ports, including four USB 3.x 5Gbps ports and two USB 2.0 ports. Networking is handled by a Realtek LAN chipset supporting 1Gbps speeds through a single RJ-45 port. The onboard audio is powered by a Realtek chipset, delivering 7.1 channel analog output for immersive sound experiences.

Additional features include USB and fan headers, with USB3.0 and USB2.0 headers, RGB 12V 4-pin headers, system fan 4-pin headers, and more. The board also supports UEFI for a modern BIOS experience and includes various I/O headers like TPM, front audio AAFP, and COM port headers, enhancing its connectivity and control capabilities.