ArtNet Ethernet to SPI Controller DMX 512 Converter

FEL-CA1 is a high-performance ArtNet to SPI controller, designed for high-density pixel lighting projects such as matrix panel lights and architectural contour lighting. This device converts Ethernet signals into SPI pixel signals while simultaneously outputting DMX512 signals, allowing seamless integration of various LED fixtures for unified project control. It supports ArtNet protocol (V1 version) and ArtNet + sACN (E1.31) protocol (V2 version), catering to different control needs.

The FEL-CA1 boasts powerful LED control capabilities, supporting a wide range of LED driver ICs, including 2811, 8904, 6812, 2904, 1814, 1914, 5603, 9812, APA102, 2812, 9813, 3001, 8806, 6803, 2801, and more, ensuring maximum compatibility. Furthermore, it can control up to 2720 pixels (RGB: 340 pixels x 16 channels, RGBW: 256 pixels x 16 channels), making it ideal for large-scale lighting projects.

Equipped with an LCD display and a built-in Web Server, FEL-CA1 offers an intuitive interface for easy configuration and operation. It also supports online firmware upgrades, ensuring the system remains up to date with enhanced stability and functionality. Additionally, the DIP plug-in design allows users to easily replace worn-out parts, reducing maintenance costs in case of wiring errors or short circuits.

FEL-CA1 features a built-in test mode and an Ethernet interface with indicator lights, enabling users to monitor the working status at a glance and improve debugging efficiency. The device operates within a DC5V-DC24V input voltage range and offers an output current of 7A x 4 channels (with a built-in 7.5A fuse), ensuring stable performance in various applications. It also includes a DMX512 output port (2 x 512 channels), allowing control of both SPI pixel lights and other DMX512 devices for synchronized lighting effects.

With its powerful functionality, wide compatibility, and user-friendly interface, FEL-CA1 is an advanced and reliable Ethernet-to-SPI controller, perfect for LED control projects requiring high precision and stability. It provides an efficient and flexible lighting control solution for professionals.

1. Powerful Protocol Support for Versatile Applications
FEL-CA1 supports ArtNet (V1 version) and ArtNet + sACN (E1.31) (V2 version), making it compatible with various Ethernet DMX control systems for diverse lighting projects.
2. Multi-Output Functionality with High Compatibility
The device outputs both SPI (TTL) signals, supporting multiple LED driver ICs, and DMX512 signals simultaneously. This allows seamless integration of different LED types without the need for additional conversion devices.
3. Exceptional Pixel Control Capability
Supports up to 2720 RGB pixels (RGB: 340 pixels x 16 channels, RGBW: 256 pixels x 16 channels), making it ideal for large-scale lighting projects such as architectural lighting, stage effects, and LED displays.
4. User-Friendly Interface for Easy Configuration
Equipped with an LCD display and built-in Web Server, FEL-CA1 offers an intuitive interface for effortless parameter adjustments without complex software setups, enhancing user convenience.
5. Online Firmware Upgrades for Continuous Optimization
Supports online firmware updates, ensuring users always have access to the latest features, improving stability, and extending the product’s lifespan.
6. Reliable Hardware Design for Easy Maintenance
The DIP plug-in design allows for quick replacement of worn-out components, reducing downtime and maintenance costs caused by wiring errors or short circuits.
7. Clear Status Indicators for Efficient Debugging
Built-in test mode with network interface indicator lights enables users to monitor the device’s working status at a glance, facilitating quick diagnostics and adjustments for efficient project implementation.
8. Wide Voltage Input for Flexible Applications
With DC5V-DC24V input voltage support, FEL-CA1 is compatible with various LED lighting setups and power environments, ensuring stable performance across different projects.

FEL-CA1 is mainly used in projects requiring high-density pixel control, such as:
1. Architectural Facade Lighting: Controls contour and decorative lights on building exteriors, creating dynamic and colorful lighting effects.
2. Stage Lighting Control: Manages large-scale LED pixel arrays for stage performances, providing light effects and animations.
3. Billboards and LED Displays: Used for controlling LED advertising screens and dynamic display panels, delivering precise pixel signals.
4. Large-Scale LED Decoration Projects: Ideal for high-density lighting setups in events like festivals, exhibitions, or installations.
5. LED Matrix Panels: Provides efficient pixel control in large LED matrix panels, widely used in art installations and public art projects.

1. Concerns about System Integration and Compatibility
Q: If I have multiple devices from different brands or models, how can I ensure the FEL-CA1 is compatible and integrates seamlessly with them?
A: The FEL-CA1 supports protocols like ArtNet and sACN, making it highly compatible with most devices. If there are specific compatibility issues, users can contact the manufacturer or technical support for firmware updates or configuration guides to ensure smooth system integration.
2. Remote Control and Monitoring
Q: If my project is deployed in a remote area, can I remotely monitor and control the device?
A: The FEL-CA1 supports a web interface for setup and configuration, allowing remote access over a local network. For remote access from anywhere, users can set up a VPN or other secure remote network solutions to access the device safely.
3. Device Recovery Mechanism in Case of Failure
Q: What happens if the device fails? Does it have a recovery mechanism or backup plan to avoid system downtime?
A: The FEL-CA1 supports online firmware updates and has self-diagnosis capabilities to help identify issues. The DIP plug-in design allows users to easily replace damaged components. Users can also back up configuration files and quickly restore the device to normal operation if needed.
4. Integration with Other Smart Systems
Q: If my project requires integration with smart home systems or automation controls, is the FEL-CA1 compatible?
A: The FEL-CA1 works via Ethernet protocols and can easily integrate with any smart home system supporting ArtNet or sACN protocols. If the system uses other protocols, additional conversion devices or middleware can be used to bridge the communication.
5. Managing Multiple Devices and Automation
Q: If I need to manage several FEL-CA1 units, how can I efficiently configure and control them in bulk?
A: The FEL-CA1 allows configuration through the web interface, so users can batch-set parameters and IP addresses for multiple devices. For large-scale projects, a dedicated software platform or control system can be used for centralized management, scheduling, and automation.
6. Product Updates and Future-Proofing
Q: Will the device become obsolete due to firmware or protocol updates? If new control protocols come out in the future, will my device support them?
A: The FEL-CA1 supports online firmware upgrades, and the manufacturer regularly releases updates to support new features or protocols. The V2 version is firmware-upgradable, so users can stay updated with new capabilities as long as they monitor firmware release announcements.
7. International Use and Voltage Compatibility
Q: If I plan to use this device in different countries, how do I handle voltage and plug compatibility?
A: The FEL-CA1 supports a wide input voltage range (DC 5-24V), making it suitable for various power sources. Users just need to ensure the power adapter matches the local voltage standards and plug types for international use, as the device itself is not affected by voltage mismatches.
8. Environmental Suitability (Outdoor Use)
Q: If I need to use this device outdoors, can it withstand weather conditions? What about water and dust resistance?
A: The FEL-CA1 is not specifically rated for waterproof or dustproof conditions. However, it can be housed in an outdoor-rated protective enclosure to safeguard it from environmental elements such as rain or dust. Using a weatherproof case will help extend the device’s lifespan when used outdoors.