BPN-SAS3-M14TQ

BPN-SAS3-M14TQ is a professional-grade backplane module engineered for integration in enterprise and advanced workstation storage environments. It is designed to provide stable connectivity between storage drives and host controllers, supporting high bandwidth data paths and continuous operation.

The construction and layout of the module are optimized for dense storage configurations, where signal integrity, airflow, and serviceability are critical. By centralizing drive connections on a dedicated backplane, the solution helps reduce cable complexity and supports cleaner, more maintainable system builds.

• High-density storage integration – enables connection of multiple drives in a compact chassis, supporting scalable capacity expansion without redesigning the system layout.
• Optimized signal routing – dedicated PCB traces and connectors are arranged to help maintain signal quality in demanding, high-throughput environments.
• Improved cable management – consolidates individual drive links into a structured backplane, simplifying assembly, upgrades, and field service.
• Designed for continuous operation – suitable for systems that require high availability, such as file servers, application servers, and storage appliances.
• Flexible deployment – can be used in a variety of storage-focused platforms, including on-premises servers, lab environments, and specialized appliances, depending on chassis and controller compatibility.

Application scenarios

• Enterprise and SMB servers – for building or upgrading storage nodes where reliability and structured cabling are required.
• Workstations and technical systems – for data-intensive workloads such as engineering, content creation, and analytics, where multiple drives must be integrated efficiently.
• Test and lab setups – for environments that require frequent drive changes and clear separation of storage channels.

Implementation notes

• Verify mechanical and electrical compatibility with your chassis and controller before deployment.
• Use high-quality cables and follow recommended routing practices to preserve airflow and signal integrity.
• Plan drive layout and cooling to ensure stable operation under sustained load.