FPGA-Based Protocol Implementation
- Flexible ARINC 818 IP cores for custom FPGA implementations.
- Complete transmitter and receiver cores optimized for Xilinx and Microsemi FPGAs. Designed and developed in India.
Complete ARINC 818 FPGA Implementation
TEDLinx ARINC 818 IP Core provides a complete, verified implementation of the ARINC 818 protocol optimized for FPGA platforms. Our indigenous IP core enables OEMs and system integrators to quickly implement ARINC 818 functionality in custom hardware designs.
Complete protocol
Full ARINC 818-2 compliance
Optimized FPGA design
Maximum performance and resource efficiency
Vendor flexibility
Support for multiple FPGA families
Comprehensive documentation
Complete integration guides and examples
Comprehensive ARINC 818 Protocol Implementation
Transmitter Core Features
Compact, programmable display with ARINC 818 input
- ARINC 818-2 compliant - Full standard compliance
- Multiple link rates - FC 1×, 2×, 3×, 4× support
- Video format flexibility - Multiple resolution and frame rate support
- Real-time operation - Hardware-based processing
- Error insertion - Testing and validation capabilities
Receiver Core Features
- Protocol decoding - Complete ADVB frame processing
- Automatic synchronization - Link training and synchronization
- Error detection - CRC and protocol error checking
- Video extraction - Real-time video data recovery
- Status reporting - Comprehensive link status information
Integration Features
- Standard interfaces - AXI4 Stream and Lite Bus Support
- Memory management - Efficient frame buffer handling
- Clock domain crossing - Multi-clock design support
- Reset and initialization - Robust startup sequences
- Configuration registers - Runtime parameter adjustment
Multi-Vendor FPGA Compatibility
Seamless integration with leading FPGA platforms including Xilinx, Intel, and Microchip. TEDLinx solutions ensure flexibility and faster deployment across diverse hardware ecosystems.
Xilinx FPGA Support
Optimized for Xilinx FPGA families
Supported Families:
- Zynq UltraScale+ - High-performance SoC applications
- Kintex UltraScale - Mid-range performance applications
- Virtex UltraScale - High-end performance requirements
- Zynq-7000 - Cost-effective SoC solutions
Xilinx-Specific Features:
- Vivado tool integration - Native IP catalog support
- AXI4 interfaces - Standard Xilinx interconnect
- Clock wizard integration - Optimized clocking solutions
- Memory controller support - DDR3/DDR4 integration
Microsemi FPGA Support
Optimized for Microsemi FPGA families
Supported Families:
- PolarFire - Low-power, high-performance applications
- SmartFusion2 - Mixed-signal SoC solutions
- IGLOO2 - Low-power, cost-effective implementations
- RTG4 - Radiation-tolerant space applications
Microsemi-Specific Features:
- Libero SoC integration - Native design tool support
- AMBA AHB/APB interfaces - Standard Microsemi interconnect
- DirectCore integration - Seamless IP integration
- Security features - Hardware security implementation
IP Core Technical Details
Optimized, lightweight ARINC 818 IP cores supporting up to 4K video, low latency, and high throughput. Configurable for various FPGA families with support for both simulation and hardware validation.
Advanced IP Core Design
Engineered for high-performance video transport with modular, scalable architecture. Supports features like error detection, frame buffering, and multi-channel synchronization.
Development Tools & Support
Complete Development Ecosystem
Flexible Licensing Options
License Types
Applications & Use Cases
IP Core Application Areas
Rigorous Quality Standards
Designed and tested to meet stringent aerospace and defense reliability benchmarks. Each solution undergoes comprehensive verification, validation, and environmental stress testing
Quality Processes
- ISO 9001:2015 – Quality management system
- Design verification – Comprehensive testing protocols
- Code reviews – Peer review processes
- Documentation standards – Consistent documentation quality
Testing Methodology
- Unit testing – Individual module verification
- Integration testing – Complete system validation
- Regression testing – Continuous quality monitoring
- Performance testing – Timing and resource validation
