
( Brand: Highpoint ), ( Manufacturer Part Number: SSD7110 ), ( Part Type: Controller Card ), ( UPC: 643653711017 )
The 3x Dedicated HighPoint Controller Card SSD7110 with 6 SAS/SATA PCI Express Interfaces (Model Number: 643653711017) is a powerful storage expansion solution designed for high-performance data centers and servers. This controller card features three independent HighPoint SSD7110 controllers, each capable of supporting up to eight SAS/SATA drives, making it an ideal choice for handling large-scale data storage requirements.
The HighPoint SSD7110 controllers are renowned for their exceptional performance and reliability, delivering read and write speeds of up to 6GB/s per lane, ensuring fast data transfer and seamless operation. The card supports both SAS (Serial Attached SCSI) and SATA drives, providing flexibility in terms of drive types and capacities.
The PCI Express interface ensures efficient and reliable data transfer between the controller card and the host system, while the 6 SAS/SATA ports provide ample connectivity options for expanding storage capabilities. The HighPoint controller card also supports RAID levels 0, 1, 5, 6, 10, and JBOD, allowing for data redundancy, striping, or a combination of both, depending on your storage needs.
The 3x Dedicated HighPoint Controller Card SSD7110 is designed with a robust and compact form factor, making it easy to install in most servers and data centers. It is backed by a reliable manufacturer's warranty, ensuring peace of mind in case of any hardware issues.
In summary, the 3x Dedicated HighPoint Controller Card SSD7110 with 6 SAS/SATA PCI Express Interfaces is a robust, high-performance solution for expanding storage capacity in data centers and servers, offering exceptional speed, reliability, and flexibility in terms of drive types and RAID configurations.
Pros of buying a 3x dedicated HighPoint RAID Controller Card SSD7110 (model number 643653711017):1. High Performance: The HighPoint RAID Controller Card SSD7110 supports up to 32 drives and offers high-speed data transfers, making it ideal for data-intensive applications like video editing, gaming, and data backup.
2. SAS-SATA Compatibility: The controller card supports both SAS and SATA drives, providing flexibility in choosing the type of drive that best fits your needs.
3. PCI Express Interface: The PCI Express interface ensures fast data transfer speeds, reducing latency and improving overall system performance.
4. Redundant Array of Independent Disks (RAID) Support: The controller card supports various RAID levels, including RAID 0, 1, 5, 6, 10, and JBOD, allowing you to configure your drives for data redundancy and performance.
5. Expandability: The controller card can support up to 32 drives, allowing you to scale your storage needs as your requirements grow.
6. Reliable and Stable: HighPoint RAID controllers are known for their reliability and stability, making them a popular choice for professional users.
Cons of buying a 3x dedicated HighPoint RAID Controller Card SSD7110 (model number 643653711017):1. Price: High-performance RAID controllers like the HighPoint SSD7110 can be expensive, and the cost of the controller card, drives, and enclosure can add up quickly.
2. Complexity: Configuring RAID arrays can be complex, and users may need to familiarize themselves with RAID concepts and terminology to ensure proper setup and configuration.
3. Compatibility: While the controller card supports both SAS and SATA drives, users should ensure that their system and operating system are compatible with the controller card and drives they plan to use.
4. Limited Support: HighPoint RAID controllers may not have the same level of third-party software support as some other RAID controllers, which can limit the available features and functionality.
Conclusion:The HighPoint RAID Controller Card SSD7110 is a high-performance, flexible, and reliable option for users who require fast data transfer speeds and data redundancy. While the cost and complexity can be a deterrent for some users, the benefits of using a dedicated RAID controller like the SSD7110 can outweigh the drawbacks for users who require fast, reliable, and scalable storage solutions. Recommendation: If you are a professional user who requires high-speed data transfer and data redundancy, the HighPoint RAID Controller Card SSD7110 is an excellent choice. However, users should thoroughly research the controller card, drives, and enclosure compatibility with their system and operating system before making a purchase.
2 ports sas sata pci express 3. The SSD7110 is capable of supporting up to 160tb storage capacity, including 140tb in a dual-parity redundant raid 6 configuration, addition 6tb high-speed Nome. Bus interface pci-express 3.
0 x16 number of channel port 3x2280 m. Nome bookable bod and raid support real-world performance: over 8,000mbs sas sata 5,000mb ssd 3,000mb HDD supports windows, Linux Marcos systems comprehensive booting solution the SSD7110 can a variety of Nome-based boot configurations. 2 Nome ports 4x FSF-8643 support up to 16 sas sata hard drives over 8x faster than storage locked behind intel dim 3.
This unique approach to secondary storage expansion makes the SSD7110 ideally suited for applications that need more than a one-trick pony.
3v power typical: 8w sas configuration port 16 internal 12gb sata 6gb ports 4x FSF-8643 connector raid level support 0, 1, 5, 6, 1 50 and bod non-raid mode enclosure management interface GP advanced features storage health inspector shim yes redundant configurations multiple partitions supported up to 4 direct attach kit contents 1x SSD7110 controller quick installation guide optional accessories 8643-4sas-1m 8643-4 sata-1m item dimension l inch's inch 14 x 8/3 weight. The SSD7110 Nome raid controller delivers unbeatable performance and versatility equipped with three 2280 m.
2 SIDS to act as individual drives single bod, and setup each function a separate boot volume. 2 Nome ports and four FSF-8643 connectors, the SSD7110 can host blazing fast raid storage up to 16 sas or sata hard drives for high-density configurations.