Sirius Wireless Launches Drone RF Transceiver IP to Address Growing Global Demand for UAV Communication Chips

Sirius Wireless Drone RF Transceiver IP for UAV Communication and BVLOS Drone Systems

June 8, 2026 -- Sirius Wireless, a Singapore-based wireless connectivity IP company, today announced the launch of its Drone RF Transceiver IP, a purpose-built RF solution designed for the rapidly growing UAV communication market. The company is already partnering with multiple RF and SoC (System-on-Chip) design companies, as well as professional communication module vendors, to accelerate the development of next-generation, compliant UAV communication systems.

Market Context

Drone RF and UAV communication systems are undergoing rapid transformation driven by regulatory tightening and the expansion of Beyond Visual Line of Sight (BVLOS) operations.

Frameworks such as the U.S. NDAA, Blue UAS certification requirements, and FCC restrictions are accelerating the transition toward trusted and compliant supply chains for UAV communication technologies.

At the same time, BVLOS deployment across the United States, Europe, and Canada is significantly increasing demand for low-latency, high-reliability Drone RF communication systems.

Problem: Drone RF Gap

A critical gap remains in UAV communication systems: the lack of purpose-built Drone RF transceiver ICs.

Most existing RF solutions are designed for general-purpose wireless applications and are not optimized for drone-specific requirements such as ultra-low power consumption, low latency, anti-jamming, and low cost.

This creates a significant opportunity for specialized Drone RF and UAV communication IP solutions.

Solution

Sirius Wireless addresses this gap with a purpose-built Drone RF Transceiver IP designed specifically for UAV communication environments.

The architecture is optimized from the ground up for real-world drone requirements, including endurance, real-time control, and secure multi-link communication.

Drone RF Transceiver IP: Key Features

• Ultra-Low Power Drone RF Architecture
  A precision frequency-band design targets only UAV-relevant bands, reducing unnecessary power consumption and extending flight endurance.
• Wideband High-Speed Communication
  Supports high-throughput video and telemetry transmission for BVLOS drone operations.
• Ultra-Low Latency RF Path
  Minimizes TDD switching delay to ensure real-time UAV flight control responsiveness.
• Multi-Link Operation (MLO)
  Enables simultaneous multi-band communication for control and video separation, providing the hardware foundation for anti-jamming capabilities.

Explore Sirius Wireless IP:

• 76GHz to 81GHz FMCW Radar Receiver
• Ultra-low-power 60 GHz radar-on-chip
• IEEE 802.11ah Wi-Fi HaLow RF Transceiver

Why Sirius Wireless

Sirius Wireless brings a proven RF IP portfolio spanning Wi-Fi 7, Wi-Fi 6/6E, 5G NTN (Release 17/18), and BT/BLE 6.0, implemented on TSMC 22nm processes.

As a certified third-party partner of CEVA Inc., the company has delivered multiple wireless silicon IP development and verification projects.

With offices in Singapore, Taipei, and Shanghai, Sirius Wireless serves global semiconductor companies across Europe, Japan, India, and Taiwan.

Drone RF Transceiver IP Applications

Drone RF Transceiver IP applications include:

• Commercial UAV platforms
• Defence drones
• Suitable for BVLOS communication system development
• Drone telemetry modules
• High-definition video transmission systems
• Counter-UAS (C-UAS) systems

Partnership Opportunities

Sirius Wireless invites inquiries regarding Drone RF Transceiver IP licensing and integration from IC design houses, UAV SoC developers, and drone communication module vendors specializing in UAV applications.