MikroTik Wireless Wire Cube

Elevate your wireless connectivity with the MikroTik Wireless Wire Cube, a solution that reshapes the landscape of high-speed networking. At the heart of the Wireless Wire Cube's capabilities is its groundbreaking 2 Gb/s 60 GHz aggregate link. This exceptional speed ensures rapid and efficient data transfers, surpassing the constraints associated with conventional networking solutions. Users can experience unparalleled performance, making it ideal for bandwidth-intensive applications and large-scale data transmission requirements.

The inclusion of a failover mechanism on the 5 GHz frequency adds a layer of resilience to the Wireless Wire Cube. In the face of adverse conditions or interference, this feature seamlessly transitions to an alternative frequency, ensuring uninterrupted connectivity. This failover mechanism enhances the device's reliability, making it suitable for mission-critical applications where consistent and robust connections are essential. The failover operates out of the box, requiring no additional configuration. This dual-feature setup guarantees continuous and reliable connectivity, even in challenging conditions.

Tailored for expansive and dynamic environments such as parks and stadiums, where interference and signal loss pose persistent challenges, the Wireless Wire Cube stands as a versatile solution. The AES encryption ensures the confidentiality and integrity of data transmission, providing users with a heightened level of security. The device's operation at a potent 60 GHz frequency addresses the challenges presented by crowded wireless spectrums. This frequency not only ensures high speed and capacity but also minimizes interference from other devices, offering a stable and reliable wireless connection. With an impressive coverage distance of 800 meters, the Wireless Wire Cube caters to scenarios where extended reach is essential.

The plug-and-play simplicity of the Wireless Wire Cube streamlines the deployment process, ensuring a hassle-free setup experience. By merely pointing the Cubes at each other and powering them on, users can initiate seamless connectivity without the need for intricate configurations. This feature makes the Wireless Wire Cube accessible to users with varying levels of technical expertise, making it a user-friendly solution for diverse applications.

At the core of the Wireless Wire Cube's convenience is the inclusion of two pre-paired Cube 60G ac devices. This thoughtful design choice eliminates the complexities of manual pairing, streamlining the setup process. Users can benefit from a hassle-free deployment experience, saving time and reducing the likelihood of errors associated with device pairing.

Power supplies are provided to ensure the Cube's uninterrupted operation, while PoE injectors add a layer of flexibility in power sourcing. Additionally, the mounting kits cater to diverse installation scenarios, offering options for wall mounting, pole mounting, or other customized setups.

The Wireless Wire Cube's discreet size and shape are strategic choices that contribute to its versatility. By attracting less unwanted attention, the device seamlessly blends into its surroundings, making it an ideal solution for various environments where aesthetics and subtlety matter.

At the core of the Wireless Wire Cube's capabilities lies the advanced IPQ-4019 chipset. This powerful chipset enables seamless operations, robust data processing, and heightened efficiency. The quad-core processor, operating at a clock speed of 716 MHz, ensures the device's ability to handle complex networking tasks, providing users with a responsive and high-speed connectivity experience. With 256 MB of RAM, the Wireless Wire Cube demonstrates a commitment to optimal functionality. This ample memory capacity enables the device to efficiently handle multitasking, ensuring smooth operation even in scenarios involving high traffic or data-intensive processes.

The Ethernet port with a capacity of 1 Gbps is a standout feature of the Wireless Wire Cube. This high-speed port facilitates maximum data transfer capabilities, accommodating the demands of bandwidth-intensive applications and large-scale data transmissions. With a maximum power consumption of 9 W, the device operates with optimal energy efficiency, minimizing power consumption without compromising performance.