Scheda madre GIGABYTE MA34-CP0 LGA7529 Intel – scheda server/workstation, MPN 9MA34CP0NR-000

GIGABYTE MA34-CP0 is a server and workstation motherboard built for Intel processors with the LGA7529 socket. Designed for enterprise-class deployments, the board provides a platform for high-density compute nodes, rack servers and professional workstations that require LGA7529 compatibility and stable, long-term operation. The design emphasizes system integration, reliability and compatibility with typical server chassis and cooling solutions.

Advantages

The motherboard offers a platform optimized for multi-core Intel CPUs in the LGA7529 family, with layouts and connectors intended for rack and tower system integration. It delivers stable power distribution and standard enterprise connectivity to support continuous operation in server rooms and data centers. The board's architecture facilitates scalable configurations and straightforward installation in professional environments.

Suitable for

• Rack-mounted servers and blade compute nodes
• High-performance workstations for engineering, rendering and data analysis
• Enterprise servers for virtualization and database workloads
• System integrators building custom server appliances

Key specifications

• CPU socket: Intel LGA7529 compatible
• Form factor and mounting compatible with server and workstation chassis (manufacturer-specific formats)
• Enterprise-grade power delivery and thermal design suitable for continuous operation
• Multiple high-speed I/O interfaces for networking, storage and expansion (standard server connectors)
• Support for system integration features common to server-class motherboards (management headers and monitoring points)

How to use

Install the motherboard into a compatible server or workstation chassis following the chassis manufacturer’s instructions and use a processor, memory modules and cooling solution that match the LGA7529 socket and the board’s thermal and power requirements. Connect power, storage, networking and any expansion cards before first power-up. Configure firmware/BIOS settings to match the chosen CPUs, memory and storage topology, and apply vendor-recommended firmware updates and system management tools for stable operation.

Recommendations

For reliable operation, use validated server power supplies, enterprise-class memory and approved CPU thermal solutions. Maintain adequate airflow in the chassis and follow ESD precautions during assembly. Keep firmware and management utilities up to date and verify compatibility of add-on cards and racks with the board's layout and connectors.