NVE-A06D11-MB11

High-Capacity Compatible Antenna For B11

The NVE-A06D11-MB11 is the larger, more powerful sibling in the exclusive Mimosa series. By increasing the antenna diameter to 0.6 meters (2 feet), we see a significant leap in Gain and signal focus, making this antenna the absolute ideal choice for mid-range links. Like the 1-foot version, it utilizes the same Direct Mount architecture to ensure that zero power from the B11 radio is lost in intermediary cables.

Technical Features and Custom Design

What truly sets this antenna apart from generic market models is the precision engineering of its feed and connection interface. Unlike standard antennas that require adapters or coaxial cables, the NVE-A06D11-MB11 features a machined circular input port that locks flawlessly into the back of the Mimosa B11 radio. This intelligent design not only transforms physical installation into a simple “Click-and-Go” process but, by eliminating physical connectors, it reduces the penetration risk of moisture and dust to absolute zero.

Electromagnetically, this antenna is meticulously optimized for the complete 10.0 to 11.7 GHz band. The use of a high-transmission fiberglass radome ensures that the radiation patterns remain undistorted, even at the very edges of the frequency band. Furthermore, the dish’s mechanical structure is forged from high-grade aluminum. This not only reduces the overall weight of the assembly but also offers stunning resistance to environmental corrosion in highly humid and salt-rich coastal areas.

Performance and Signaling Specifications

In terms of electrical performance, the NVE-A06D11-MB11 stands head and shoulders above standard benchmarks. Delivering a Return Loss of 17.7 dB, it creates exceptional impedance matching with the Mimosa radio. The direct result is a drastic reduction in return noise and decreased stress on the radio’s power supply.

Product Model	Frequency Range (GHz)	Gain (Low / Mid / High) dBi	Beamwidth (HPBW)	F/B Ratio
NVE-A06D11-MB11	10.0 – 11.7	34.36 / 35.06 / 35.73	2.5°	61 dB

The Gain on this product reaches an impressive 35.12 dBi at the central 11 GHz frequency. Paired with a Front-to-Back ratio of 61 dB, it establishes a highly secure signal perimeter for your link. Disruptive signals from the back and sides are aggressively suppressed, ensuring they cannot degrade the stability of your connection.

Operational Applications

This 0.6-meter antenna is the backbone for networks requiring heavy backhaul traffic over distances of 10 to 20 kilometers. Due to its larger diameter compared to the previous model, the Half-Power Beamwidth (HPBW) is tightly restricted to 2.5 degrees. This intense energy focus makes the signal highly resilient against environmental noise. In projects where towers are situated far apart or when using high-modulation radios like the Mimosa B11, this antenna ensures that Path Loss is effectively compensated for, keeping the link operating at its maximum capacity.

Additionally, this product is a strategic choice for Mobile Operators and Internet Service Providers (ISPs) operating in volatile climates. Capable of withstanding an ice load of up to 25.4 mm and operating smoothly across a massive temperature range of -45°C to +60°C, it is fully prepped for installation in harsh, mountainous, and freezing regions. Thanks to its aerodynamic body design and fiberglass radome, it exerts significantly less wind load on the tower, preserving the structural safety of the entire site during severe storms and actively preventing antenna misalignment.

Conclusion

The NUVEXL NVE-A06D11-MB11 represents the perfect equilibrium between physical footprint and pure performance power. By delivering exceptional gain and eliminating communication losses through its custom Mimosa design, it allows you to unleash the gigabit capacities of the B11 radio far beyond short urban distances. If you demand unrelenting link stability in high-frequency bands but want to avoid the logistical nightmares of giant antennas, this 2-foot model is the smartest investment for your network infrastructure.