
( Brand: Hp ), ( Manufacturer Part Number: 393527-001 ), ( Model: DPS-700GB ), ( Part Type: Supply ), ( Max. Output Power: 700w ), ( Cooling: 2 Fans )
The HP DPS-700GB G4 ProLiant ML370 Server Power Supply (344747-501, 501-69288) is a high-performance, hot-plug power supply unit designed for seamless integration with the HP ProLiant ML370 Gen8 server. This power supply offers a capacity of 700GB (Gigabyte-ampere), providing ample power for the server's operations.
The DPS-700GB is part of the G4 (Fourth Generation) power supply family, known for their efficiency, reliability, and versatility. This specific model, with the product code 393527-001 (DPS-700CB), is rated at 775 watts and operates at a voltage of 100-240VAC, 50-60Hz.
The power supply unit adopts the industry-standard form factor HSTNS-PD02, ensuring compatibility with a wide range of servers and power supply units. Its hot-plug design allows for maintenance and replacement without powering down the server, minimizing downtime and maximizing uptime.
The HP DPS-700GB G4 ProLiant ML370 Server Power Supply is an ideal choice for businesses and data centers requiring high-power, reliable, and efficient power supplies for their server infrastructure. Its robust design, combined with HP's commitment to quality and innovation, ensures that this power supply will deliver reliable power for years to come.
In summary, the HP DPS-700GB G4 ProLiant ML370 Server Power Supply (344747-501, 501-69288) is a high-capacity, efficient, and versatile power supply unit, designed to meet the demands of modern server infrastructure. Its hot-plug design, high power capacity, and compatibility with the HP ProLiant ML370 Gen8 server make it an excellent choice for businesses and data centers seeking reliable and efficient power solutions.
Product: HP DL370 Gen9, DPS-700GB G4 775W, ML370 (393527-001 and 344747-501 supplies)
Pros:1. High Performance: The HP DL370 Gen9 is a powerful server designed for mission-critical applications. It features Intel Xeon E5-2600 v3 processors and supports up to 32 DIMM slots, allowing for high memory capacity.
2. Storage Capacity: The DPS-700GB G4 hard disk provides ample storage space for data-intensive workloads.
3. Scalability: The server is highly scalable, allowing businesses to grow without having to replace the entire system.
4. Reliability: HP servers are known for their reliability and robustness, making them a good choice for businesses that require uninterrupted service.
5. Energy Efficient: The 775W power supply ensures efficient power usage, reducing energy costs over time.
Cons:1. High Initial Cost: The HP DL370 Gen9 is a high-end server and therefore carries a premium price tag.
2. Complex Setup: Setting up a server like the DL370 Gen9 can be complex and may require technical expertise.
3. Limited Upgradeability: While the server is highly scalable, some components, like the processor, may not be easily upgradable.
4. No SSD Support (in the specific model mentioned): This server model does not natively support SSD drives, which could be a disadvantage for businesses that require fast read-write speeds.
5. Potential Compatibility Issues: There could be potential compatibility issues with specific software or applications, especially if they are not designed to work with older server models.
Ending Conclusion:The HP DL370 Gen9, DPS-700GB G4 775W, ML370 is a high-performance server well-suited for businesses with demanding data needs. Its scalability, reliability, and energy efficiency make it a good long-term investment. However, its high initial cost, complex setup, and lack of SSD support are factors to consider before making a purchase. If SSD support is a must-have, it would be advisable to consider a more modern server model. For businesses that can accommodate these limitations, the HP DL370 Gen9 would be a worthy addition to their IT infrastructure.
Hp spare part no. For sale is a Hp dps 700cb power supply. This pus was pulled from a working Hp proliant ML370 g4 server and is fully working and tested 501gpn 501p n 501rmn number hstns pd02.