Tuesday, June 9, 2026-The patent of LinQ’s Wave Guide Array Antenna Technology was granted by USPTO on April 21, 2026.

Thursday, September 5, 2024-LinQ Antenna Technology will attend WISPAPALOOZA 2024

Thursday, January 18, 2024-LinQ Antennabecomes a formal member ofOnGo Alliance(CBRSAlliance

Thursday, August 31, 2023-LinQ Antenna Technology will attend WISPAPALOOZA 2023 in Las Vegas, October 9-12.

Wednesday, February 01, 2023-LinQ Antenna Technology will attend IWCE 2023 in Las Vegas,March 29-30.

Wednesday, February 01, 2023-LinQ Antenna Technology will attend WISPAMERICA 2023 in Louisville, Kentucky March 6-9.

Technical Highlight: The patent of LinQ’s Wave Guide Array (WGA) antenna technology was granted by USPTO (United States Patent and Trademark Office) on April 21, 2026. The patent number is “12,609,457 B2”.

Empowering 5G/6G Networks with Zero-Compromise Efficiency

At the heart of LinQ Antenna’s commercial success lies our pioneering Waveguide Integrated Antenna Structure, protected by U.S. Patent No. 12,609,457 B2.

As global networks transition to 6GHz, and beyond, traditional antenna designs suffer from massive signal degradation. LinQ's patented architecture eliminates these bottlenecks entirely.

Key Technical Advantages

1. Near-Zero Internal Loss: The "All-Metal" Waveguide Advantage

• The Challenge: Traditional sector antennas rely on complex coaxial cables and microstrip distribution networks on PCBs. At high frequencies, these dielectric materials act as a "sponge," absorbing rf energy and generating parasitic heat.

• Our Innovation: Patent No. 12,609,457 B2 introduces an ultra-precise, all-metal waveguide radiator integrated directly with an all-metal feeding network. By routing signals through an air-dielectric waveguide cavity, internal dielectric loss is virtually zero.

• The Value: Reclaims 1.5 dB to 3.0+ dB of link budget that would otherwise be lost as heat. This ensures that every watt of RF power from the radio is efficiently delivered into space.

2. Compact Form Factor with Ultra-High Gain

• The Challenge: To achieve 19dBi+ high gain, traditional antennas must stack a massive array of radiation elements, resulting in bulky, heavy enclosures with high wind load and hefty tower-rental fees.

• Our Innovation: Due to the near-zero internal insertion loss of our patented waveguide feeding network, each radiating element operates at peak theoretical efficiency.

• The Value: LinQ can achieve industry-leading gain metrics using significantly fewer radiating elements. For example, our 6GHz sector antennas are up to 45% shorter than competitors. This ultra-compact profile minimizes wind resistance, simplifies "tower climbing" installations, and dramatically reduces OpEx/tower-space costs.

LinQ Antenna uses patent-pending technology to design 5GHz and 5&6GHz sector antennas. These sector antennas have unique feed system, which is constituted by circular shape waveguide elements made of metal and metal feed network. With such unique design, the signal loss of antenna is minimaL.Thus, these sector antennas achieve high gain with much less radiation elements.

We fully understand co-location noise disturbance issue, so we innovate our sector antennas to make them have extremely high F/B ratio, and forward shape pattern plots to increase their noise rejection capacity.