Caja de ordenador Gigabyte W773-W80 torre servidor single socket 4677 negra

The Gigabyte W773-W80 Tower Server case in black is a chassis engineered for single-socket 4677 CPU platforms. Designed as a tower server enclosure, it provides a layout focused on airflow, serviceability and component accommodation. The case offers internal space for standard server components and expansion options while maintaining a compact footprint suitable for rack-adjacent or standalone server deployments.

Advantages

The enclosure delivers a balance of cooling-oriented internal layout and accessible component bays to simplify installation and maintenance. Its tower form factor supports stable placement and cable routing for neat system builds. The black finish provides a neutral, professional appearance for datacenter, office or laboratory environments.

Suitable for

• Single-socket 4677 CPU server builds
• Small business file, application or virtualization servers
• Edge compute and lab test systems
• Systems requiring multiple internal drives and expansion cards

Key specifications

• Form factor: Tower server chassis designed for single-socket configurations
• Compatibility: Supports motherboards and single-socket 4677 CPU platforms
• Cooling: Airflow-focused internal layout for optimized ventilation
• Expansion capacity: Space for multiple internal drives and add-in cards
• Exterior finish: Black protective coating

How to use

Install the motherboard and single-socket 4677 CPU according to the motherboard manufacturer instructions, then route power and data cables to maintain unobstructed airflow. Mount storage drives and expansion cards in the provided bays and slots, ensuring secure fastening. Connect front-panel and rear I/O connectors, verify PSU connections, and perform an initial power-on test to confirm component recognition and cooling operation.

Recommendations

For reliable operation, pair the chassis with compatible server-grade power supplies and enterprise cooling solutions. Maintain clear intake and exhaust paths, periodically inspect filters and fans, and plan drive and expansion layouts to avoid airflow obstruction.