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The ARINC 818-2 IP Core by iWave is designed to facilitate high-speed, low latency video transmission, compliant with the ARINC 818-2 specifications. This IP core is suitable for both transmitting and receiving high-definition video over transceiver-based FPGA devices. Not limited to video data, it can handle audio and other data transmissions, especially during video blanking periods. Utilizing a simple streaming interface, it seamlessly integrates with various video and image processing IPs from major FPGA vendors.\n\nThis IP core supports a range of configurable Advanced Data Video Bus (ADVB) formats, allowing it to adapt to different video processing needs. It can handle various link rates ranging from 1x to 12x, and supports resolutions up to 4K at 60 frames per second in both progressive and interlaced scan formats. Thus, it is tailored to meet a wide array of high-resolution application requirements.\n\nThe core's flexibility also extends to its support for multiple pixel formats including monochrome, RGB, and YCbCr, as well as its ability to adapt to different video aspect ratios. Furthermore, its customizable parameters enable alignment with specific interface control documents (ICDs), ensuring it can be delivered swiftly – typically within a three to four week timeframe. These attributes make it an invaluable asset for avionics video applications.
The ARINC 818-3 IP Core offers significant upgrades over its predecessor, primarily aimed at enhancing data transmission rates and video encoding capabilities. Designed for high-resolution real-time video applications in avionics, it supports data rates up to 28Gbps, employing 64B/66B encoding schemes. This IP core also addresses previous revisions by introducing low latency video processing guidelines and enhanced error correction features.\n\nConforming to the ARINC 818-3 specification, this core accommodates a simple streaming interface for both transmission and reception of video, and supports progressive as well as interlaced video types. Its flexibility allows customization of pixel formats and frame rates to cater to various high-speed ARINC video applications. Supported video resolution scales up to 4K at 60fps, providing crystal-clear video output suitable for critical avionics needs.\n\nThe ARINC 818-3 IP Core integrates well with optical transmission mediums, offering reliable data transmission over fiber channels. Additionally, it incorporates features for pixel aspect ratio configuration, further demonstrating its capability to manage diverse video processing tasks efficiently. This level of flexibility positions it as a key component in modern avionics systems requiring robust video transmission.
iWave's ARINC 664 P7 IP Core implements a robust Ethernet technology framework specifically for avionics systems, enabling deterministic network operations with dedicated bandwidth for each node. This IP core ensures high integrity and redundancy, offering a comprehensive solution for building ARINC 664 P7 end systems in flight-critical environments.\n\nThe IP core supports up to 8 virtual transmission links with distinct bandwidth allocation guaranteed by the protocol. It leverages the AXI-4 interface for streamlined data transmission and reception, alongside a redundancy management system for enhanced reliability. The integration of this core involves managing integrity checks and redundant management at both transmit and receive operations, ensuring consistent and secure data flow.\n\nWith its support for various bandwidth allocation gap (BAG) values from 1ms up to 128ms, and its ability to handle up to 8 transmission and reception ports, the ARINC 664 P7 IP Core provides significant flexibility for designing sophisticated network infrastructures. It ensures seamless network operations in avionics systems, contributing to improved data integrity, latency handling, and overall network efficiency.
The ARINC 818 Switch IP Core is engineered to address the increasing demand for versatile video switching in avionics systems. Built to manage up to 12 ARINC 818 channels, this IP core excels in various switching modes including broadcast, unicast, multicast, and mixed modes, ensuring comprehensive control over video and data routes.\n\nCompliant with the ARINC 818-2 standards, the switch utilizes a simple streaming interface accommodating a wide array of video outputs, which can be managed through intelligent synchronous switching. It supports multiple link rates up to 4x, offering flexibility for video signal routing in complex avionics environments. The switch can operate over optical transmission media or using copper interfaces, depending on the system requirements.\n\nUnique to this switch is its ability to perform real-time link control and monitoring via an AXI-4 lite interface, enhancing operational efficiency. The hardware implementation allows for quick adaptation according to specific interface control document (ICD) requirements, typically within a 3-4 week delivery window, providing significant agility to meet evolving system demands.
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