In systems such as analog wireless video transmission, security surveillance, and industrial inspection, receiver link design often requires a balance between wideband coverage, high sensitivity, low power dissipation, and miniaturization. Traditional discrete receiver solutions require multiple components—including low noise amplifiers, mixers, local oscillators, IF amplifiers, demodulators, AGC, and detectors—which not only occupy significant PCB area but also increase link debugging complexity and risk.

To meet market demands for sensitivity, power dissipation, and miniaturization, Bonray introduces the next‑generation integrated receiver chip BR9016FTJ. This single chip integrates complete receiver chain functional blocks, including a frequency synthesizer, low noise amplifier, mixer, IF amplifier, FM demodulator, AGC, video buffer, and RSSI power detector, replacing traditional multi‑chip receiver solutions with a single device. The simultaneously launched full‑link application solution covers the complete RF chain from transmission to reception, providing customers with a one‑stop solution from components to systems.

Key Features of the BR9016FTJ

Frequency: 1GHz ~ 6GHz

Receiver Sensitivity: -95dBm

Supply Voltage: 3.3V､1.2V

Integrated Signal Power Detector (RSSI)

Integrated Fractional-N PLL (Phase-Locked Loop)

Package: QFN40 (6mm×6mm)

Functional Block Diagram

EVB Photo

BR9016FTJ Typical Application Solution

The next‑generation integrated receiver chip BR9016FTJ, built on a single‑chip SoC architecture, outperforms traditional discrete superheterodyne solutions across four dimensions simultaneously—BOM, PCB area, development cycle, and power consumption—delivering a highly integrated, low‑cost, and fast‑iteration solution for broadband FM reception scenarios.

Full‑Link Solution

In the development of analog wireless video transmission systems, the complete RF front‑end link design is often more challenging than a single chip. From transmission to reception, from component selection to system integration, every step can become a bottleneck in project timelines.

Based on its self‑developed chip platform, Bonray offers a full‑link solution for analog wireless video transmission, covering the complete RF chain from transmission to reception. This provides customers with an overall solution featuring zero latency, anti‑interference, long‑range transmission, compact module size, controllable solution cost, and adaptability to multiple scenarios.

Analog Wireless Video Transmission Full‑Link Solution

Chipset Solution Selection

Continuous Innovation: Frequency Hopping Technology Upgrade

Bonray has always regarded technological innovation as the core driving force of development. We believe that the evolution of technology applications is not merely about moving to higher frequencies or increasing power, but also requires new technical approaches to address increasingly complex application demands.

Next-Generation Frequency Hopping Solution

Based on current market trends and its own technical expertise, Bonray is actively developing a next‑generation solution based on frequency hopping technology. This solution is not a single‑device upgrade, but a comprehensive iteration from architecture to algorithms, designed to provide wireless communication systems with stronger anti‑interference capability and spectrum adaptability, offering customers a new technical pathway to address communication challenges in complex electromagnetic environments.

Multiple Application Areas

· UAV Video Transmission: Full‑band coverage from 1GHz to 6GHz, with SPI‑configurable receive frequency for adapting to different frequency band video signals without hardware changes.

· Security Surveillance Equipment: Integrated RSSI real‑time signal strength detection, supporting signal quality monitoring and automatic gain control for enhanced monitoring stability.

· Racing FPV: Millisecond‑level response, delivering a latency‑free immersive experience for competitive racing.

· Industrial Inspection: Single‑chip replacement of multi‑chip discrete solutions, significantly reducing PCB area, BOM cost, and power consumption; stable operation in harsh environments, providing clear and reliable image support for remote inspection.

Personalized Customization Services Available

For product selection, link solutions, technical debugging, or sample requests, please contact Bonray's technical and sales teams. We can provide personalized customized services according to your requirements.