QNAP ES1686dc-2123IT-64G: Unlock High Performance in Computer & Server Racks
Discover how the QNAP ES1686dc-2123IT-64G can elevate your computing and server performance to new heights.
In stock
QNAP ES1686dc-2123IT-64G 16-Bay ZFS NAS Xeon D-2123IT 2.2GHz 4-core 64GB 6.35/8.89 cm 2.5/3.5 Inch SAS 12Gbps 3 Gigabit LAN 4 10G-bE
£29984.66
- Discover the unparalleled reliability and performance of the QNAP ES1686dc-2123IT-64G, a cutting-edge 16-bay ZFS NAS featuring Intel Xeon D-2123IT processors. Designed for businesses that demand high availability, this dual active-active controller system ensures supreme uptime and redundancy, making it an ideal solution for critical applications. With integrated battery-protected DRAM and Flash read acceleration, you can trust that your data is secure and that you're benefiting from industry-leading random access performance.
Frequently Asked Questions
Popular questions and answers about this product
What is the maximum storage capacity of the QNAP ES1686dc?
The QNAP ES1686dc-2123IT-64G supports up to 16 drives, allowing for substantial storage capacity depending on the drive sizes you choose.
Can I upgrade the RAM on the QNAP ES1686dc?
Yes, the NAS comes with 64GB of RAM, and it supports further upgrades, giving you the flexibility to enhance performance as needed.
Is the QNAP ES1686dc suitable for virtual machines?
Absolutely! This NAS is designed to handle virtual machine workloads effectively, making it a great choice for businesses using virtualisation.
What types of drives can I use with the QNAP ES1686dc?
The NAS supports both 2.5 and 3.5-inch SAS drives with a 12Gbps interface, providing excellent performance for varied workloads.
Does the QNAP ES1686dc offer data protection features?
Yes, it features battery-protected DRAM write to cache data protection, ensuring your data remains safe even during unexpected power loss.
How does the PCIe expandability benefit my application performance?
The PCIe expandability allows you to add 10GbE, 25GbE, or 40GbE adapters, significantly increasing network throughput and improving application performance.
