
( Brand: Supermicro ), ( Part Type: Board ), ( Manufacturer Part Number: PDB-PT217-BGTWN )
The Supermicro PDB-PT217-BGTWN is a 2U Twin Power Distribution Board (PDB) designed to provide reliable and efficient power distribution for Supermicro server systems. This PDB is an essential component for ensuring the optimal performance and stability of your IT infrastructure.
This 2U Twin Power Distribution Board is engineered to accommodate two independent power supplies, each with its own set of 12V, -12V, and 5V rails. The independent design of the power supplies enhances system redundancy, enabling uninterrupted power delivery even if one power supply fails.
The PDB-PT217-BGTWN is designed with a high-density, space-saving form factor, making it an ideal solution for data center environments with limited space. The board measures 17 inches (43.2 cm) in width, allowing it to fit seamlessly into standard 19-inch racks. The compact size does not compromise functionality, as the board is capable of delivering up to 10 kW of total power.
The power distribution board features advanced safety features, including over-current protection, short-circuit protection, and over-voltage protection. These protective measures ensure the longevity of your power supplies and the overall system. The board also supports C13 inlets, ensuring compatibility with a wide range of power supplies.
The PDB-PT217-BGTWN is designed with a modular architecture, allowing for easy installation and maintenance. The board is also fully compatible with Supermicro server systems, ensuring seamless integration into your existing IT infrastructure.
In summary, the Supermicro PDB-PT217-BGTWN is a versatile, reliable, and efficient 2U Twin Power Distribution Board that is essential for ensuring the optimal performance and stability of Supermicro server systems. Its compact size, advanced safety features, and modular design make it an ideal solution for data center environments, offering high power density and redundancy.
The Supermicro PDB-PT217-BGTWN is a 2U Twin Power Distribution Board designed for use in Supermicro server cabinets. It provides redundant power feeds to support mission-critical server environments. Let's examine the potential pros and cons of purchasing this power distribution board.
Pros:1. Redundancy: The twin design of the power distribution board ensures that if one power feed fails, the other feed can continue providing power to the server, reducing downtime.
2. High Density: The 2U form factor makes it ideal for use in data centers and other high-density computing environments where space is at a premium.
3. Efficient Power Management: The board is designed to optimize power usage, reducing energy waste and lowering operating costs.
4. Compatibility: It is compatible with a wide range of Supermicro server models, making it a versatile choice for organizations with diverse server infrastructures.
Cons:1. Cost: The twin power distribution board is more expensive than a single power distribution board. Organizations with limited budgets may find it difficult to justify the additional expense.
2. Complexity: The added complexity of having two power feeds can make installation and maintenance more challenging.
3. Dependency on Supermicro Servers: The board is specifically designed for use with Supermicro servers, making it less versatile for organizations that use servers from other vendors.
In conclusion, the Supermicro PDB-PT217-BGTWN 2U Twin Power Distribution Board offers several benefits for organizations with mission-critical server environments, including redundancy, high density, efficient power management, and compatibility with a wide range of Supermicro server models. However, it also comes with some drawbacks, such as cost, complexity, and dependency on Supermicro servers. Ultimately, the decision to purchase this power distribution board will depend on an organization's specific needs and budget. If redundancy and high density are top priorities, the PDB-PT217-BGTWN may be a worthwhile investment. On the other hand, if cost is a significant concern, organizations may want to consider alternative power distribution solutions.
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