The IBM 00E0969 6-Slot DASD Media Backplane w/ HH supports six disk drives, ensuring efficient data management and storage solutions. Designed for IBM systems, it enhances reliability and performance in demanding computing environments.
Specifications
| Feature |
Description |
| Model |
IBM 00E0969 |
| Slot Count |
6 Slots |
| Media Type |
DASD (Direct Access Storage Device) |
| Form Factor |
HH (Half Height) |
| Compatibility |
IBM Server Systems |
| Interface Type |
SAS/SATA |
| Operating Temperature |
0°C to 55°C |
| Storage Temperature |
-40°C to 70°C |
| Weight |
Approximately 1.2 kg |
| Dimensions |
Standard Size for IBM Backplanes |
| Color |
Black |
Description
IBM 00E0969 6-Slot DASD Media Backplane w/ HH in BD
The
IBM 00E0969 6-Slot DASD Media Backplane w/ HH is a vital component for IBM server systems, providing reliable connectivity and organization for storage devices. This backplane enables optimal data transfer rates, making it essential for businesses that rely on data-intensive applications. Upgrade your server's performance with the
IBM 00E0969 6-Slot DASD Media Backplane for enhanced efficiency.
User Experience
The
IBM 00E0969 6-Slot DASD Media Backplane w/ HH has received positive feedback from users for its reliability and performance. Many customers have reported that this backplane enhances their server's overall efficiency by enabling quick and secure connections for multiple storage devices. The design allows for easy installation, making it a favored choice among IT professionals.
Users appreciate the flexibility of the
IBM 00E0969 6-Slot DASD Media Backplane, as it supports both SAS and SATA interfaces. This versatility enables organizations to utilize a range of storage devices, optimizing their data management capabilities. The half-height design fits seamlessly into various server configurations, making it a practical choice for data centers.
Moreover, the durability of the
IBM 00E0969 6-Slot DASD Media Backplane has been a standout feature. It operates effectively under varying temperature conditions, ensuring stability even in challenging environments. Customers have also highlighted the enhanced data transfer speeds, which contribute to improved system performance during peak workloads.
Overall, the
IBM 00E0969 6-Slot DASD Media Backplane is well-regarded for its efficient design, reliable performance, and user-friendly installation process. Many organizations recommend this backplane for its ability to elevate server capabilities, making it an essential addition for anyone looking to optimize their storage solutions.
Why Choose the IBM 00E0969 6-Slot DASD Media Backplane?
Choosing the
IBM 00E0969 6-Slot DASD Media Backplane with HH is an excellent decision for several reasons. First, this backplane is specifically designed to enhance IBM server systems, ensuring compatibility and optimal performance. With six slots available, it allows for significant storage expansion, making it perfect for businesses that require substantial data capacity.
One of the standout features of the
IBM 00E0969 6-Slot DASD Media Backplane is its support for both SAS and SATA interfaces. This flexibility means users can integrate a variety of storage devices, allowing for greater customization of their systems. This feature is particularly beneficial for organizations looking to balance performance and cost-effectiveness by utilizing different types of drives.
Additionally, the
IBM 00E0969 6-Slot DASD Media Backplane is built with durability in mind. Its operational range allows it to function effectively in diverse environments, ensuring reliability even under heavy loads. Businesses can trust this backplane to maintain data integrity and transfer speed, which are crucial for high-performance applications.
Installation is another advantage of the
IBM 00E0969 6-Slot DASD Media Backplane w/ HH. The half-height design makes it easy to fit into existing server setups without requiring extensive modifications. This ease of installation minimizes downtime, allowing IT teams to upgrade their systems quickly and efficiently.
Overall, the
IBM 00E0969 6-Slot DASD Media Backplane offers an ideal combination of compatibility, performance, and ease of use. Its ability to enhance server efficiency makes it a valuable investment for any organization seeking to optimize their data storage solutions.
Installation Steps
- Power Down the Server: Begin by shutting down your IBM server and disconnecting it from the power source to ensure safety during installation.
- Open the Server Chassis: Carefully remove the server chassis cover to access the internal components.
- Remove the Old Backplane: If there is an existing backplane, disconnect and remove it from the server, ensuring all cables are detached properly.
- Align the New Backplane: Take the IBM 00E0969 6-Slot DASD Media Backplane and align it with the connectors in the server.
- Secure the Backplane: Firmly attach the backplane using screws provided with the package, ensuring it is securely fastened.
- Reconnect Power Connections: Reattach any necessary cables from the power supply to the new backplane, ensuring a secure connection.
- Close the Chassis: Replace the server chassis cover securely to protect the internal components from dust and damage.
- Reconnect Power and Boot Up: Plug the server back in and power it on. Check for any system diagnostics to verify the new backplane is functioning correctly.
- Monitor Performance: After installation, monitor the server’s performance to ensure the IBM 00E0969 6-Slot DASD Media Backplane is operating smoothly.
What is the Price of the IBM 00E0969 6-Slot DASD Media Backplane w/ HH in BD?
Crystal Vision Solutions specializes in server solutions, including the
IBM 00E0969 6-Slot DASD Media Backplane w/ HH, catering to diverse needs in Bangladesh. Specifically, server backplane prices depend on the backplane category, model and category. We offer a broad range of IBM server backplanes at the lowest price in Bangladesh. Our products ensure optimal performance and reliability, backed by competitive pricing and expert service to meet your business’s requirements effectively.
