MSI MPG B760I EDGE WIFI DDR5 Mini-ITX Motherboard (Intel B760, LGA 1700, PCIe 5.0 x16, 2× M.2 PCIe 4.0, Wi-Fi 6E, Bluetooth 5.3, 2.5GbE, HDMI 2.1, DP 1.4, 8K Output Support)

The MSI MPG B760I EDGE WIFI is a compact Mini-ITX motherboard designed for Intel’s LGA 1700 desktop platform, pairing the Intel® B760 chipset with a feature set aimed at small-form-factor (SFF) builds that still demand modern connectivity, fast storage, and current-generation expansion support. Its core positioning is straightforward: deliver an ITX footprint (170 mm × 170 mm) while retaining the essentials builders typically prioritize—DDR5 memory, Gen-class NVMe support, 2.5Gb Ethernet, and integrated Wi-Fi 6E with Bluetooth 5.3—so a compact PC does not have to compromise on baseline platform capability.

At the platform level, this model supports Intel® Core™ 12th, 13th, and 14th Gen processors, plus Intel® Pentium® Gold and Celeron® processors that use the LGA 1700 socket. For builders, that means it can serve as the foundation for a wide range of use cases, from high-FPS gaming builds using a dedicated GPU to compact workstation or creator PCs where CPU choice matters more than form factor. B760 as a chipset typically focuses on stable mainstream configuration rather than chipset-level CPU overclocking, but the board’s specification emphasizes modern memory and I/O features, which are the practical priorities in many real-world systems.

Memory support is built around two DDR5 DIMM slots with a maximum capacity of 128GB. MSI lists a broad range of memory speeds, including JEDEC operating points and overclocked (OC) targets up to 7200+ MHz, alongside explicit “max overclocking frequency” notes by DIMM configuration: 1DPC 1R up to 7200+ and 1DPC 2R up to 6600+. The board supports dual-channel mode, non-ECC un-buffered memory, and Intel® Extreme Memory Profile (XMP). Practically, this means the board is designed to accept standard desktop DDR5 kits and to expose XMP profile selection in BIOS for users who want to run memory at vendor-rated speeds rather than default JEDEC. Actual stability at higher OC speeds will still depend on the memory kit, the CPU’s integrated memory controller, and the exact DIMM rank/configuration, but the manufacturer’s spec confirms the board’s intended DDR5 tuning envelope for ITX builds.

For graphics output, MSI provides HDMI™ and DisplayPort on the rear I/O for CPUs with integrated graphics. The spec lists one HDMI™ port supporting HDMI™ 2.1 with HDR and a maximum resolution of 4K at 60 Hz, plus one DisplayPort supporting DP 1.4 with a maximum resolution of 8K at 60 Hz. MSI notes that these outputs are available only on processors featuring integrated graphics, and that graphics specifications may vary depending on the CPU installed. This is an important practical detail: if a build uses an “F”-suffix Intel CPU without iGPU support, these ports will not output video; in dedicated-GPU builds, they can still be valuable for troubleshooting when an iGPU-equipped CPU is installed, or for compact office/media systems that intentionally rely on the iGPU and do not include a discrete graphics card.

Despite its compact size, the MPG B760I EDGE WIFI includes a full-size x16 expansion slot wired for PCIe 5.0 and sourced from the CPU, specified as “PCI_E1 Gen PCIe 5.0 supports up to x16.” For Mini-ITX systems, that single slot is typically the most important one, as it is commonly dedicated to a graphics card. PCIe 5.0 x16 support provides the board-side capability for current and future GPUs that use higher-generation signaling, while maintaining backward compatibility with PCIe 4.0 and PCIe 3.0 cards. In other words, the board’s expansion design aligns with what SFF gaming and creator systems need most: one strong primary GPU slot with maximum lane allocation.

Storage is structured around two M.2 sockets and four SATA ports. MSI lists two M.2 slots: M.2_1 is CPU-sourced and supports up to PCIe 4.0 x4, supporting 2280-length devices; M.2_2 is chipset-sourced and supports up to PCIe 4.0 x4 as well as SATA mode, also supporting 2280 devices. This layout supports a common high-performance approach in compact builds: install a primary PCIe 4.0 x4 NVMe SSD in the CPU-connected slot for operating system and core applications, and use the second M.2 slot for additional NVMe storage or an M.2 SATA drive depending on capacity, cost, and availability. MSI also lists four SATA 6G ports and explicitly supports RAID 0, 1, 5, and 10 for SATA storage devices. For many ITX builds, the combination of two M.2 drives plus one or more SATA drives covers everything from fast game libraries to large archival storage, without requiring an add-in storage controller.

USB connectivity is detailed explicitly with a mixture of rear I/O and front-panel support. MSI lists: 2× USB 2.0 on the rear and 2× USB 2.0 for the front; 4× USB 5Gbps Type-A on the rear and 2× USB 5Gbps Type-A for the front; 1× USB 10Gbps Type-A on the rear; 1× USB 10Gbps Type-C on the rear; and 1× USB 10Gbps Type-C for the front. This matters in SFF builds because front-panel I/O varies widely by case: some ITX cases include USB-C on the front/top panel, while others do not. Having a front USB-C 10Gbps header allows the board to fully drive modern case I/O when present, while the rear mix provides both high-speed ports for external SSDs and lower-speed ports for peripherals like keyboard/mouse receivers, headsets, and utility devices.

Networking is one of the defining “WIFI” aspects. For wired connections, MSI specifies Realtek® RTL8125BG 2.5Gbps LAN. For wireless, it specifies Intel® Wi-Fi 6E with the module pre-installed in the M.2 (Key-E) slot. MSI lists MU-MIMO TX/RX support and tri-band operation (2.4/5/6 GHz) with 160 MHz channels and “up to 2.4Gbps,” plus support for 802.11 a/b/g/n/ac/ax. Bluetooth® 5.3 is also specified, along with notes regarding readiness/OS builds and the fact that Wi-Fi 6E 6 GHz availability depends on a country’s regulations and will be ready in Windows 11. In a compact PC, built-in Wi-Fi 6E can be a practical necessity when Ethernet cabling is inconvenient, while 2.5GbE supports faster local network transfers and better headroom on upgraded home/office networks and switches.

Audio is provided via the Realtek® ALC897 codec with 7.1-channel high definition audio. While many SFF builds use USB headsets or external DACs, onboard audio still matters for users who want a simple analog speaker/headphone setup directly from the rear I/O audio connectors. MSI’s spec clearly identifies the codec family and channel support level, which is the key requirement for an accurate listing.

Internal headers and build integration features are also important on Mini-ITX because layout space is limited and cable management is more constrained. MSI lists one 24-pin ATX power connector (ATX_PWR), one CPU power connector (CPU_PWR), a CPU fan header, a pump fan header, and a system fan header. It also lists two front-panel headers, chassis intrusion header, front-audio header, an addressable V2 RGB LED connector, a standard RGB LED connector, a TPM pin header supporting TPM 2.0, and internal USB headers matching the front USB counts (USB 2.0 ports, USB 5Gbps Type-A ports, and USB 10Gbps Type-C). Additionally, MSI lists “4x EZ Debug LED,” which can assist troubleshooting by indicating CPU/DRAM/VGA/boot-related status during POST—useful in SFF builds where swapping components can be more time-consuming due to tighter clearances.

Finally, MSI lists OS support for Windows® 11 64-bit and Windows® 10 64-bit. Combined with Wi-Fi 6E readiness notes and the platform’s CPU support list, this defines the software baseline expected for full feature enablement. In summary, the MPG B760I EDGE WIFI targets builders who want a compact ITX platform without giving up key modern basics: DDR5 with high OC headroom, a CPU-wired PCIe 5.0 x16 slot for GPUs, dual M.2 with PCIe 4.0 x4 capability, SATA expansion with RAID options, strong USB including 10Gbps Type-C front support, and both 2.5GbE plus Intel Wi-Fi 6E/Bluetooth 5.3 for flexible connectivity. Everything in this configuration is aligned with the practical goal of building a powerful SFF system—gaming, creator, or general high-performance desktop—using the LGA 1700 ecosystem while keeping physical footprint to Mini-ITX dimensions.