QM2-2S-220A
For NAS
Flexible and versatile, boosts performance and functionality
QM2 series PCIe cards add support for M.2 SATA SSDs to a QNAP NAS, allowing users to configure SSD caching, a caching pool, or an auto-tiering volume to improve overall NAS performance.
Tackle performance bottlenecks
QM2 boosts performance by adding M.2 SSDs. It doesn’t occupy any 3.5-inch drive bays, allowing you to maximize both your storage capacity and performance.
1. M.2 SSDs* can be installed to form caching pools or an auto-tiering volume.
2. Enables SSD caching to boost performance and optimizes storage efficiency with Qtier Technology**.
3. M.2 SSD thermal sensors allow real-time M.2 SSD temperature monitoring.
4. A quiet cooling module (heatsink and smart fan) minimizes overheating risks and sustains constant high performance.
5. LED indicators for monitoring M.2 SSD status.
For PC/Server
Boosts IOPS performance and expands storage capacity for your PC/workstation
The PCIe QM2 expansion card allows you to easily add M.2 SATA SSDs to your PC/workstation. Compared with the SATA interface, the QM2's PCIe interface provides higher bandwidth to deliver faster computing speed and data access. No extra drivers are required to use this QM2 expansion card.
Enhanced performance for demanding applications
The QM2 expansion card allows for adding M.2 SSDs to increase the storage capacity of your Windows/Linux PC/workstation, while also boosting overall IOPS performance by offloading bandwidth-demanding tasks to the SSD to minimize application loading times. It is ideal for resource-demanding applications, such as inline video-editing, gaming and more.
Storage capacity
IOPS performance
M.2 SSD thermal sensors allow real-time M.2 SSD temperature monitoring.
A quiet cooling module (heatsink and smart fan) minimizes overheating risks to sustain constant high performance.
LED indicators for monitoring M.2 SSD status.
* M.2 SSDs are not included as standard
** Check models that support Qtier on www.qnap.com
*** The actual performance result may vary by host device performance./p>