From May 21 to 23, 2026, the World Drone Congress and the 11th Shenzhen International Unmanned Systems Expo (UASE) took place at the Shenzhen Convention & Exhibition Center (Futian) under the theme "Low-Altitude Economy – Fly to the Future". As one of the world's most influential annual events in the low-altitude economy sector, this year's expo marked a tenth anniversary milestone, covering an exhibition area of 110,000 square meters. It brought together 1,220 companies from 17 countries and regions, showcasing more than 10,000 unmanned aerial systems and comprehensively presenting technological innovations and industry trends. Over 200,000 professional visitors attended the event, with more than 10,000 global buyers. Coral RF Technology made a strong appearance with its full range of high-performance wireless RF modules and solutions, engaging with industry professionals to explore new opportunities in wireless communications for the low‑altitude economy.
Coral RF Technology is a global supplier and manufacturer of high‑performance wireless RF modules and gateways, focusing on industrial IoT, drones, and automation. The company has long been dedicated to the development and production of Sub‑1GHz and 2.4GHz wireless solutions based on TI wireless MCUs and RF transceivers. Its products are widely used in industrial IoT, remote telemetry, smart metering, and wireless remote control, thanks to their excellent performance, reliability, and flexible integration.
At the expo, Coral RF highlighted its popular N515CS-B CC1200 narrowband wireless module. Built on TI's high‑performance CC1200 RF transceiver, the module integrates an efficient power amplifier (PA) and a low‑noise amplifier (LNA), delivering stable RF performance while maximizing the advantages of narrowband communication. With an output power of up to +26dBm (approx. 400mW) and a receive sensitivity of -124dBm, the module achieves a line‑of‑sight communication range of up to 10 kilometers – ideal for large‑area coverage such as campuses, farms, and industrial sites. The N515CS-B supports 433MHz, 868MHz, and 915MHz ISM bands, complying with spectrum regulations in Europe, Asia, North America, and other regions. Its compact size (29.5mm × 21mm), surface‑mount package, and SPI control interface make it easy to integrate into drones and various terminal devices. In addition, Coral RF showcased a broad portfolio of wireless modules based on CC1200, CC1120, CC1312R, and other platforms, with output power ranging from 15dBm to 37dBm (5W), meeting diverse wireless communication requirements.
The wireless communication module is the heart of data exchange between a drone and its ground control station. Its performance directly determines flight control reliability, data transmission security, and operational efficiency. Coral RF wireless modules – featuring ultra‑low power consumption, long range, strong anti‑interference capability, and high receive sensitivity – are an ideal choice for drone communication links.
With continued policy support for the low‑altitude economy, the drone industry is accelerating into large‑scale application. Shenzhen, known as the "Drone Capital", has formed a complete industrial chain covering R&D, production, testing, application, and services. Shenzhen produces 70% of the world's consumer drones and nearly 50% of industrial drones. Meanwhile, the global drone communication market is growing rapidly: it was valued at US3.58 billion by 2030, at a CAGR of 8.04%. The drone swarm communication module market is also expanding at an 18.8% CAGR, from US1.44 billion in 2025. This growth trend means demand for high‑performance, cost‑effective, and highly reliable wireless communication modules will continue to rise.
Against this backdrop, Coral RF offers complete solutions from module selection to system integration, leveraging years of technical expertise in Sub‑1GHz RF. Its product line covers narrowband and high‑speed configurations across different frequency bands and output power levels, suitable for medium‑to‑long‑range point‑to‑point communication for logistics drones, as well as remote control and data transmission for agricultural, power inspection, and other industrial drones. Numerous visitors and industry professionals stopped by the Coral RF booth to learn more about product specifications, application cases, and integration solutions.
The expo not only provided a platform for Coral RF to showcase cutting‑edge products but also offered valuable opportunities to engage with global customers, ecosystem partners, and industry experts. The event featured over 130 high‑quality parallel forums and technical seminars. Hall 5 was dedicated to communications, navigation, low‑altitude safety, and counter‑drone technology, presenting a complete picture of low‑altitude communication innovation. Such cross‑industry collaboration helps Coral RF better understand integration needs and continue improving its products.
Going forward, Coral RF will increase R&D investment in key technologies such as low‑power narrowband communication, high‑sensitivity RF design, and long‑range data links, providing even more comprehensive and reliable wireless modules. At the same time, the company will actively collaborate with upstream and downstream partners to help drone OEMs, system integrators, and end users achieve dependable long‑range wireless connectivity – driving the low‑altitude economy toward a new era of high‑quality development.
Coral RF Technology – Reliable wireless connectivity for every drone.