Description
For more technical information, see the datasheet and user manual.
The Askey NDQ2300 is a sophisticated 5G NR Dongle designed to provide high-speed, flexible wireless internet access. This device is engineered as a crucial component of Askey’s End-to-End 5G Solution Portfolio, ensuring seamless integration and reliable performance. The dongle features robust connectivity, utilizing 5G NR technology for peak performance, while also including 4G LTE Fallback capability to ensure consistent service in areas where 5G coverage may be intermittent or unavailable. This dual-mode operation makes the NDQ2300 an extremely versatile and dependable option for users requiring high bandwidth and low latency for demanding applications like remote work, high-definition streaming, and large data transfers. Its compact form factor, typical of a dongle, makes it highly portable, allowing users to maintain fast wireless connections whether they are traveling, working remotely, or setting up a temporary network environment.
A key feature emphasizing the device’s flexibility is the inclusion of Dual USB Type-C Ports. These ports serve two primary functions: providing data transfer capabilities and ensuring charging flexibility. This design choice simplifies connectivity, allowing the dongle to easily interface with modern laptops, desktops, and other compatible devices. The reliance on USB Type-C for both power and data transmission reflects a modern design ethos focused on user convenience and universal compatibility, minimizing the need for proprietary cables or external power adapters in many scenarios.
In summary, the Askey NDQ2300 5G NR Dongle represents a significant advancement in portable wireless connectivity. It blends the revolutionary speeds of 5G with the stability of 4G LTE fallback, all within a flexible, user-friendly design featuring dual USB Type-C ports for enhanced data and charging management. This product is ideal for professionals and consumers who demand high-performance, reliable, and flexible mobile broadband access, positioning it as a foundational element within any advanced wireless networking infrastructure. Its adherence to modern environmental and regional standards further solidifies its value as a durable and responsible technology choice for global and North American users seeking next-generation connectivity solutions.

