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Gigabyte MW83-RP0 1.X motherboard ATX LGA4677 Socket-E
- Form Factor: ATX
- Socket: LGA4677 (Socket-E)
- CPU Support: Intel Xeon W Processors
- Designed for Workstations and Servers
- Supports ECC Registered Memory (RDIMM)
- Multiple PCIe slots for expansion cards
- High-speed networking options (e.g., 10GbE)
- Robust power delivery for demanding CPUs
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Product Overview
The Gigabyte MW83-RP0 1.X is an ATX motherboard designed for Intel Xeon W processors using the Socket-E (LGA4677) platform. It is built for high-performance workstations and servers.
Technical Information
| Form Factor | ATX |
| Socket | LGA4677 |
Additional Specifications
| CPU Type | Intel Xeon W |
| Memory Type | DDR5 ECC RDIMM |
Product Description
The Gigabyte MW83-RP0 1.X is a robust ATX motherboard engineered for professional-grade computing environments, specifically targeting Intel Xeon W processors that utilize the LGA4677 socket. This platform is designed for high-performance workstations and entry-level servers that require significant processing power, memory capacity, and I/O capabilities for demanding tasks such as content creation, scientific simulation, AI development, and complex data analysis. This motherboard typically supports DDR5 ECC Registered DIMMs (RDIMMs), which are crucial for maintaining data integrity and achieving high memory capacities required in professional applications. The ATX form factor allows for an extensive layout of expansion slots, including multiple PCIe slots that can accommodate high-bandwidth graphics cards, accelerators, and other specialized add-in cards. It also features advanced networking capabilities, often including high-speed Ethernet ports like 10GbE, to facilitate rapid data transfer. The MW83-RP0 is built with a focus on reliability and stability, featuring a powerful VRM (Voltage Regulator Module) design to ensure consistent and clean power delivery to the demanding Xeon W processors. Its comprehensive feature set and support for enterprise-grade components make it a suitable choice for users who require a powerful, stable, and scalable computing platform for mission-critical workloads.
