Modern aerospace systems require reliable, high bandwidth communication to transport and process mission critical data. iWave Global’s ARINC 818 IP Core, designed for FPGA based avionics video communication, is deployed in the Mission Computer (MC) of the LCA Mk 1A aircraft. This deployment marks an important milestone in the application of iWave Global’s avionics IP technology.
Designed for high-speed digital video transmission, the ARINC 818 IP Core supports the integration of video communication interfaces into complex avionics architectures. Its configurable FPGA-based design helps system developers address the bandwidth, timing, and integration requirements of modern aerospace applications.
High Performance Avionics Video
Modern aircraft use digital video across mission computers, displays, sensors, and other avionics subsystems. These applications require dependable transport of high resolution, uncompressed video with predictable timing and low latency.
ARINC 818, also known as the Avionics Digital Video Bus (ADVB), is a digital video interface standard designed for demanding avionics applications.
iWave Global’s ARINC 818 IP Core implements the ARINC 818-2 specification and supports video transmission and reception over high speed serial links. Its FPGA based architecture enables integration with video processing pipelines and other system logic.
The configurable IP solution simplifies the implementation of ARINC 818 connectivity, helping aerospace developers integrate high speed video interfaces into their target platforms.
Key Features of iWave Global’s ARINC 818 IP Core
The ARINC 818 IP Core is designed to support flexible integration and high performance video communication in FPGA based avionics systems.
- ARINC 818-2 compliant architecture
- Video transmit (TX) and receive (RX) interfaces
- Simple Streaming Interface for FPGA video processing pipelines
- Support for multiple link rates
- Optical and copper transmission media
- Multiple video pixel formats, including monochrome, RGB, YCbCr, and RGBA
- Support for progressive and interlaced video
- Real-time link control and monitoring through an AXI4-Lite interface
- Configurable video routing and switching capabilities
- Frame synchronization for predictable video transport
These capabilities help system designers adapt the IP Core to different video formats, link configurations, and avionics system architectures.
Engineering FPGA IP for Aerospace Applications
Developing an ARINC 818 IP Core for aerospace applications requires careful attention to protocol implementation, predictable operation, resource utilization, and comprehensive verification.
iWave Global focuses on developing configurable FPGA IP solutions that simplify integration while addressing demanding communication requirements. The ARINC 818 IP Core supports the implementation of video interfaces within FPGA based processing systems, enabling designers to incorporate high speed video communication into their applications.
The reusable IP based approach can reduce the effort associated with developing protocol functionality from the ground up and support integration across different target platforms.
Supporting DO-254-Oriented Development and Verification
Aerospace electronics development requires structured engineering processes, comprehensive verification, requirements traceability, configuration management, and appropriate documentation.
iWave Global develops its aerospace IP solutions with a focus on these engineering practices to support customers working toward their system level assurance and certification objectives.
Where required by the target program, development activities and supporting documentation can be aligned with applicable DO-254 objectives. The specific assurance requirements and certification evidence depend on the target hardware, system architecture, and overall certification program.
This approach helps customers evaluate the IP Core within their own development and verification processes while maintaining traceability between requirements, implementation, and test evidence.
Applications Across Avionics Architectures
The configurable architecture of an ARINC 818 IP Core makes it suitable for integration into avionics platforms requiring high speed digital video communication.
Potential application areas include:
- Mission computer video interfaces
- Avionics display systems
- Sensor and image processing systems
- FPGA based video processing platforms
- Aerospace and defense electronics
The supported configurations depend on the target FPGA, transceiver capabilities, video requirements, and system interface specifications.
ARINC 818 Deployment in the LCA Mk 1A Mission Computer
The deployment of iWave Global’s ARINC 818 IP Core in the LCA Mk 1A Mission Computer represents an important milestone in the company’s aerospace engineering journey.
It demonstrates the application of iWave Global’s FPGA IP development capabilities in a demanding aerospace program, spanning protocol implementation, verification, integration, and deployment.
The experience reinforces iWave Global’s focus on developing reusable and configurable communication IP for mission critical systems where reliable video transport and efficient FPGA integration are essential.
Conclusion
As avionics systems continue to demand higher video resolutions, greater bandwidth, deterministic communication, and increasingly sophisticated data processing, reliable digital video interfaces will remain a critical part of modern aircraft architectures.
With proven ARINC 818 technology, a strong FPGA/IP development capability, and an engineering approach focused on rigorous verification and certification support, iWave Global is equipped to help aerospace customers integrate high-performance digital video communication into their next generation avionics systems
For information and inquiries, please write to us at mktg@iwave-global.com
