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The QWA-AC2600 is a 2.4/5 GHz Dual Band Dual Concurrent (DBDC), 4 x 4 Multi-user MIMO (MU-MIMO), low-profile PCI Express (PCIe) 2.0 x1 wireless adapter with two Qualcomm QCA9984 NICs that supports up to 2533 Mbps (800 Mbps for IEEE 802.11n (2.4 GHz) and 1733 Mbps for IEEE 802.11ac (5 GHz)). The QWA-AC2600 can be used as an access point or a base station with Ubuntu/Linux PCs or QNAP NAS. Combining the higher compatibility of 802.11n and faster connection of 802.11ac, the QWA-AC2600 enables versatile applications including wireless LANs in the workplace and Internet of Things (IoT) deployment in the field.A tailor-made private wireless network that meets your needsThe QWA-AC2600 is compatible with most PCIe-enabled QNAP NAS*. When used with the WirelessAP Station app your NAS will evolve into a high-performance wireless access point that can be connected to from multiple devices. The QWA-AC2600 can also be used to extend your wireless network coverage. Combined with useful features (including DHCP and NAT) provided by the Network and Virtual Switch app, the QWA-AC2600 can be used for a variety of applications, delivering private, fast, low-latency and secure connectivity across your home and/or workplace.Turn your Ubuntu/Linux PC or QNAP NAS into a wireless access point/base stationThe QWA-AC2600 can turn your Ubuntu/Linux PC or QNAP NAS into a wireless access point/base station for other wireless devices to directly access data stored on it. The QWA-AC2600's 2.4/5 GHz DBDC design can be configured to utilize two wireless networks for boosting performance. For a single Ubuntu/Linux PC or QNAP NAS, multiple sets of QWA-AC2600 can be installed to enable a more flexible deployment and expansion for wireless network applications which require security, privacy and high performance.

The PCIe QM2 expansion card allows you to easily add M.2 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 applicationsThe 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.Tackle performance bottlenecksQM2 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.

Boost the capabilities of your HP Workstation and improve system performance and application responsiveness with low-power, high-speed DDR4 memory from HP.

The QNAP QNA series is a cost-effective Thunderbolt 3 to 10GbE adapter that empowers your Mac® or Windows® computers with blazing-fast 10GbE network connectivity using a Thunderbolt 3 type-C port. With the portable QNA series adapter, a 10GbE network can be created between your Thunderbolt 3 computer and another 10GbE-capable device or NAS to facilitate high-speed data transfer for large files and help to streamline collaborative workflows to improve efficiency.Enable blazing-fast 10GbE connectivity for your MacWith the QNA series adapters, you can connect your Mac and Windows® computers to a 10GbE network to enjoy access speeds of up to 1069 MB/s. With both Thunderbolt™ 3 and 10GbE connectivity, your data transfers will be faster than ever!10GbE data transfer that media professionals needAs video resolutions move from 1080p, to 4K, 8K (and beyond) media creators are struggling with the storage and network requirements needed for editing huge multimedia files. The QNA series comes with two models. The QNA-T310G1T features a Thunderbolt 3 to 10GbE Multi-Gigabit (10G/5G/2.5G/1G/100M) port, and the QNA-T310G1S features one 10GbE SFP+ port, allowing you to easily add 10GbE connectivity to any Thunderbolt 3 device. Coupled with a QNAP 10GbE switch, a budget-friendly 10GbE environment can be created for creative studios to benefit from the incredible speed and bandwidth that 10GbE provides.Effortless setupSimply connect a QNA adapter to your Mac or Windows® computer using the included Thunderbolt 3 cable and connect the adapter to a 10GbE-capable switch, NAS, or other device using a 10GbE cable (RJ45 Cat 5e/Cat 6a cable or above or a SFP+ DAC).

The QNAP QNA series is a cost-effective Thunderbolt 3 to 10GbE adapter that empowers your Mac® or Windows® computers with blazing-fast 10GbE network connectivity using a Thunderbolt 3 type-C port. With the portable QNA series adapter, a 10GbE network can be created between your Thunderbolt 3 computer and another 10GbE-capable device or NAS to facilitate high-speed data transfer for large files and help to streamline collaborative workflows to improve efficiency.Enable blazing-fast 10GbE connectivity for your MacWith the QNA series adapters, you can connect your Mac and Windows® computers to a 10GbE network to enjoy access speeds of up to 1069 MB/s. With both Thunderbolt™ 3 and 10GbE connectivity, your data transfers will be faster than ever!10GbE data transfer that media professionals needAs video resolutions move from 1080p, to 4K, 8K (and beyond) media creators are struggling with the storage and network requirements needed for editing huge multimedia files. The QNA series comes with two models. The QNA-T310G1T features a Thunderbolt 3 to 10GbE Multi-Gigabit (10G/5G/2.5G/1G/100M) port, and the QNA-T310G1S features one 10GbE SFP+ port, allowing you to easily add 10GbE connectivity to any Thunderbolt 3 device. Coupled with a QNAP 10GbE switch, a budget-friendly 10GbE environment can be created for creative studios to benefit from the incredible speed and bandwidth that 10GbE provides.Effortless setupSimply connect a QNA adapter to your Mac or Windows® computer using the included Thunderbolt 3 cable and connect the adapter to a 10GbE-capable switch, NAS, or other device using a 10GbE cable (RJ45 Cat 5e/Cat 6a cable or above or a SFP+ DAC).