RadioLink RTC8 SBUS PPM to CAN Protocol Encoder RLKA001039

The RadioLink RLKA001039 RTC8 encoder for SBUS/PPM to CAN protocol conversion with USB configuration support is a precision-engineered telemetry module designed to bridge legacy RC signal formats with modern CAN-based control systems. Built for UAVs, robotics, smart vehicles, and industrial automation, this compact encoder enables seamless integration of SBUS or PPM signals into CAN protocol environments. Whether you're working with autonomous drones, pilotless vehicles, or embedded robotics, the RLKA001039 offers a reliable and configurable solution for cross-protocol communication. With USB-based configuration, real-time PC visualization, and support for Windows 7 through 10, this encoder delivers both flexibility and control in demanding applications.

Key features of the RadioLink RLKA001039 RTC8 encoder

• Dual signal input – supports both SBUS and PPM formats for versatile receiver compatibility
• Configurable CAN baud rate – programmable from 5Kbps to 1Mbps for tailored communication speed
• Real-time PC visualization – enables live monitoring of signal conversion and CAN traffic
• USB 2.0 interface – supports firmware upgrades and parameter configuration via RTC8 App
• 120Ω termination resistor – ensures signal integrity across CAN-BUS networks
• LED indicators – provide instant feedback on signal type and communication status
• Compact and lightweight – 0.04kg shipping weight with embedded control-ready footprint

How does the RadioLink RLKA001039 support dual signal input?

The RadioLink RLKA001039 telemetry module for UAVs, robotics, and smart vehicles with dual signal input is designed to accept both SBUS and PPM signals, allowing users to connect a wide range of traditional RC receivers. This dual input capability eliminates the need for separate converters or signal adapters, streamlining integration into CAN-based systems. The encoder automatically detects the incoming signal type and initiates conversion without manual intervention, making it ideal for dynamic environments where flexibility and speed are critical.

What makes the CAN protocol output reliable for industrial control?

The RadioLink RLKA001039 CAN encoder for autonomous systems with 5Kbps–1Mbps baud rate and 120Ω termination is built to meet IOS/DIS 11898 CAN-BUS compliance standards, ensuring robust and fault-tolerant communication. The inclusion of a 120Ω jumper-cap termination resistor helps maintain signal integrity across long cable runs and complex network topologies. This makes the encoder suitable for industrial robotics, smart car systems, and UAV platforms where consistent data transmission is essential for safety and performance.

Can the RLKA001039 be configured for custom telemetry pipelines?

Yes. The RTC8 protocol bridge with configurable frame ID, 100fps frame rate, and IOS/DIS 11898 CAN-BUS compliance offers extensive customization options via its USB 2.0 interface. Users can define CAN frame IDs and adjust baud rates to match their specific system requirements. The encoder supports frame rates up to 100fps, allowing for responsive control and real-time telemetry. These features make the RLKA001039 a valuable tool for developers building bespoke control systems or integrating with third-party CAN devices such as DJI gimbals and flight controllers.

How does USB configuration enhance usability?

The SBUS/PPM to CAN encoder with real-time PC visualization, firmware upgradability, and Windows 7–10 support includes a USB 2.0 interface that enables direct connection to a PC for configuration and monitoring. Through the RTC8 App, users can visualize incoming SBUS or PPM signals and observe their conversion into CAN messages in real time. This feature simplifies diagnostics and accelerates deployment, especially in environments where signal validation and protocol alignment are critical. Firmware updates are also handled via USB, ensuring long-term compatibility and feature expansion.

What physical attributes make the RLKA001039 suitable for embedded control?

The RadioLink RLKA001039 with USB 2.0 interface, LED indicators, and 0.04kg shipping weight for embedded control is designed with compactness and portability in mind. Weighing just 0.04kg, the encoder fits easily into embedded systems and control panels without adding bulk. Its footprint supports integration into UAV fuselages, robotic chassis, and smart vehicle dashboards. LED indicators provide immediate visual feedback on signal type and communication status, helping users confirm operational readiness at a glance.

Is the RLKA001039 suitable for UAV and robotics applications?

Absolutely. The RadioLink RLKA001039 RTC8 encoder for SBUS/PPM to CAN protocol conversion with USB configuration support is purpose-built for UAVs, robotics, and smart vehicles that rely on CAN-based control systems. By converting legacy RC signals into modern CAN messages, the encoder enables manual override capabilities, telemetry integration, and cross-platform compatibility. Its support for Windows-based configuration and real-time visualization makes it a practical choice for developers and engineers working in aerial photography, autonomous navigation, and industrial automation.

How does the RLKA001039 simplify cross-protocol integration?

The RadioLink RLKA001039 CB86-Plus charger with 190mm x 105mm footprint, 2.02lbs shipping weight, and black casing is not related to this encoder and should not be confused with the RTC8 module. The RLKA001039 is specifically designed to act as a protocol bridge, converting SBUS or PPM signals into CAN format without loss of quality. This functionality is essential for systems that require legacy RC input but operate on CAN-BUS infrastructure. By supporting configurable parameters and real-time monitoring, the encoder simplifies integration and enhances control fidelity across diverse platforms.

Buy RadioLink RLKA001039 RTC8 encoder for converting SBUS or PPM signals to CAN protocol in UAV and robotics.

Brand, Model and Product Type

• Brand – RadioLink
• Model – RLKA001039
• Product Type – RadioLink RLKA001039 RTC8 encoder for SBUS/PPM to CAN protocol conversion with USB configuration support, RadioLink CAN encoder for autonomous systems with 5Kbps–1Mbps baud rate and 120Ω termination, RadioLink telemetry module for UAVs, robotics, and smart vehicles with dual signal input, RadioLink encoder with USB 2.0 interface and LED indicators, RadioLink SBUS/PPM to CAN encoder with real-time PC visualization and firmware upgradability

Dimensions

• Product length – 16.3 cm, suitable for embedded control panels and compact installations
• Product width – 10.5 cm, provides sufficient space for port access and cable routing
• Product height – 6.5 cm, optimized for vertical mounting in UAVs and robotics enclosures
• Shipping weight – 0.04 kg (0.09 lbs), lightweight for integration into mobile and aerial platforms

Signal Input and Output

• Input signals – SBUS and PPM, supports dual signal formats for flexible receiver compatibility
• Output protocol – CAN (Controller Area Network), enables robust communication with CAN-based systems
• Frame rate – up to 100fps, ensures responsive control and telemetry feedback

Baud Rate and Termination

• CAN baud rate – programmable from 5Kbps to 1Mbps, configurable via USB interface for system-specific tuning
• Termination resistor – 120Ω jumper-cap included, maintains signal integrity across CAN-BUS networks

Connectivity and Configuration

• PC interface – USB 2.0, compatible with USB 1.1 and 3.0 for broad system support
• Supported operating systems – Windows 7, Windows 8, and Windows 10, ensures compatibility with standard PC environments
• USB configuration – allows real-time parameter adjustment and firmware upgrades via RTC8 App

Indicators and Visualization

• LED indicators – display signal type and communication status for quick diagnostics
• Real-time PC visualization – enables monitoring of SBUS/PPM input and CAN output during operation

Power Supply

• Power input – USB or external 5–15V, supports flexible power sourcing for embedded and mobile systems

Application Domains

• Use cases – UAVs, smart cars, industrial robotics, and embedded control systems requiring CAN protocol integration
• Cross-protocol bridging – ideal for DJI gimbals, flight controllers, and autonomous platforms using SBUS/PPM input

What You Require / What You Will Need

• Compatible PC with Windows 7–10 – required for USB configuration and visualization
• SBUS or PPM signal source – needed for input signal conversion
• CAN-enabled control system – required to receive and process converted output

We want to make sure your delivery goes smoothly, so here are some important details about our service:

• For orders above £120, we offer delivery to most mainland UK addresses. For orders under £120, we can still deliver to Northern Ireland and the outlying isles, as long as the item can be sent by Royal Mail, weighs less than 30kg, and fits within 61cm × 46cm × 46cm. Some highland and remote areas may carry an extra delivery charge as couriers often apply surcharges in these locations. If you live in one of these areas, feel free to contact us before ordering so we can confirm the delivery options and costs for you.
• Most of our products include delivery in the price. If your order is under £90, a small delivery fee will apply but do not worry this will always be clearly shown at checkout before you complete your purchase.
• Depending on what you choose at checkout, your order will usually be delivered either the next working day or within 2 working days. For next day delivery please place your order before 2:00pm. Orders are dispatched Monday to Friday only. Some items may take a little longer and if that is the case we will always show the expected delivery time on the product page.
• If your order includes items with different dispatch times we will normally wait and send everything together once all items are in stock. If one of the items is going to take a while we will give you the choice either wait for everything to arrive or let us send the available items now and deliver the rest later. It is up to you.
• We use trusted delivery partners to make sure your order gets to you safely and on time. We use DPD for next working day deliveries and Royal Mail for the 2 day option.
• As soon as your order is on its way we will send you a tracking number by email. If you provide your mobile number at checkout we will also send delivery updates straight to your phone so you can keep an eye on progress.
• If a product is marked as "Dispatched within 3 working days" delivery usually takes around 3 to 5 working days from when your order is placed.
• For customers in Inverness and other parts of the Scottish Highlands deliveries can take up to 2 working days even if you select next day delivery as couriers do not currently offer a guaranteed next day service to those areas.