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The Low Power ARM AV Player by Atria Logic integrates cutting-edge video playback capabilities into a power-efficient module suitable for numerous industrial and consumer applications. Featuring a dual-core ARM Cortex A9 setup on a Xilinx Zynq-Z7010 platform, this AV player focuses on optimizing H.264 video decoding, ensuring that applications in digital signage, automotive infotainment, and VR systems can enjoy seamless playback. The architecture facilitates maximum programmable efficiency, fully utilizing built-in ARM and Neon DSP capabilities and leaving FPGA resources free for additional functionality. Designed with an emphasis on energy saving, it meets the requirements of cost-sensitive applications without compromising on performance.
Designed for applications where power efficiency and low latency are critical, the H.264 Low Power and Low Latency Hardware Video Decoder stands out by implementing baseline Profile decoding up to Level 4.1 for full HD content. Emphasizing error resilience capabilities, such as Flexible Macroblock Ordering and Arbitrary Slice Ordering, makes it robust for unpredictable networks often encountered in industrial and consumer electronics. The underlying hardware architecture, compatible with either FPGA or ASIC, supports versatile integrations, ensuring cross-platform functionality. Featuring low power designs targeted at mobile applications, the decoder becomes a preferred choice in environments like digital signage, remote surveillance, and in-flight entertainment systems.
The QDR IV XP PHY and Memory Controller from Atria Logic is a high-performance component designed to operate with next-generation memories at speeds up to 800MHz. Suitable for Stratix V FPGA platforms, it supports comprehensive training sequences and calibration for optimal communication between components. Its integration of de-skew training and rate conversion features ensures efficient data handling. Architectured for high-performance networking applications, this memory controller delivers seamless performance driven by a stable and precise control over memory operations, meeting the rigorous demands of modern data processing environments.
This cutting-edge video decoder by Atria Logic focuses on delivering high-quality Ultra High Definition (UHD) content with low latency. The H.264 UHD Hi422 Intra Video Decoder is engineered to support the Hi422 profile at level 5.1, permitting intricate color detailing through its 10-bit YUV 4:2:2 format. Designed for real-time applications, it is particularly beneficial for medical imaging, broadcast, and industrial scenarios requiring crisp and precise video playback. With an architecture that minimizes latency to sub-frame levels, this decoder ensures consistent performance, crucial for mission-critical applications. Integrated with an efficient resource utilization model, the decoder facilitates a smooth video experience on platforms such as the Xilinx Zynq-7000, making it versatile across FPGA and ASIC integrations.
The H.264 Software Video Encoder is a versatile encoder designed for a range of industrial embedded and consumer application scenarios. Optimized for low power consumption, it supports the H.264 Baseline Profile, enabling high-quality video encoding with options for both variable and constant bit rates. This encoder is suitable for applications such as surveillance systems, portable video recorders, and more, offering flexibility across netbooks, tablets, and smartphones. It’s implemented to take full advantage of ARM architectures, ensuring compatibility and performance across various systems, providing high visual quality and reliability.
Aimed at providing high-quality video encoding with minimal latency, the H.264 UHD Hi422 Intra Video Encoder surpasses industrial standards by supporting 4K video encoding suited for multiple high-demand applications. Its design excellence lies in handling 10-bit YUV 4:2:2 content seamlessly, ensuring sharp color contrasts and reducing gradient banding, making it ideal for medical, broadcast, and enterprise use. The encoder excels in maintaining low latency, meeting crucial performance needs in dynamic environments such as live news broadcasting and real-time video streaming. Utilizing the Xilinx Zynq-7000 architecture allows for reduced resource consumption while ensuring top-tier video quality and efficient IP streaming.
This MPEG-2 Software Video Encoder by Atria Logic is tailored for low power and portable device environments, focusing on MPEG-2 main profile video encoding. It's ideal for applications that include video recorders and other embedded solutions like medical imaging systems. Comprehensive compliance with the MPEG-2 standard ensures high-quality video encoding across multiple platforms, supported by ARM processors. Optimized for industrial applications, the flexibility provided by the software enables its use across various operating systems like Linux and Windows, serving a broad spectrum of use cases, including blackbox recording systems.
Designed to fulfill PCI-SIG’s stringent requirements, Atria Logic’s PCIe Gen1/2 PHY efficiently handles data communication over PCIe links. Supporting dual data speeds, this PHY core integrates seamlessly through a configurable PIPE interface and adheres closely to IEEE standards. Its minimal gate count architecture maximizes efficiency, making it a critical component in systems that necessitate rapid and stable data transfers. From high-performance computing to seamless device interconnection, this PHY ensures consistent performance and reliable execution across a spectrum of embedded applications.
The I2C Master/Slave Controller from Atria Logic caters to efficient inter-device communication through its comprehensive adaptation of the I2C protocol. This two-wire bus system utilizes serial data and clock lines, facilitating seamless data exchanges across various embedded system interfaces, including AHB and APB fabrics. Designed for integration ease, this controller IP supports a multitude of functionalities, from setting configurable bus speeds to detecting multiples and synchronization of clock domains. Its adaptability and efficiency make it pivotal for embedded systems requiring robust data handling capabilities across diverse use cases in consumer electronics and industrial applications.
Atria Logic’s H.264 Streaming Video Decoder Reference Design offers a comprehensive solution for decoding video streams in industrial and consumer settings. The design is a culmination of multiple integrated IP blocks, making it ideal for environments like digital signage, in-flight entertainment, and more. It offers support for Ethernet and TS-over-IP inputs, with its sophisticated architecture leveraging Altera Cyclone-III FPGA technologies for efficient streaming functionalities. The high integration level ensures a low footprint, targeting low power consumption without sacrificing performance. This decoder not only supports multiple formats but also caters to the need for remote monitoring and infotainment systems with its flexible architecture.
The NVMe Validation Test Suite from Atria Logic provides a comprehensive suite for validating NVMe Controllers in post-silicon testing environments. It's structured to ensure complete compliance with UNH_IOL standards while offering additional test features, fostering an environment of reliability and performance verification. Compatible with Linux-based systems, this test suite enhances the design confidence and efficiency, enabling simulation and emulation environments to iteratively test NVMe functionalities seamlessly supported across multiple embedded systems. The tailored suite allows developers to extend NVMe testing capabilities with unparalleled ease.
Built for seamless integration with high/full-speed peripheral devices, the USB 2.0 Controller from Atria Logic leverages a highly optimized architecture to provide efficient data transfer at speeds of 480Mbps and 12Mbps, respectively. With its design, covering up to 15 endpoints, and a robust interface capable of managing power and wake-up functions, this IP is ideal for modern USB implementations across gaming or industrial devices requiring consistent data stream handling. Its microcode-free architecture ensures simplified incorporation and execution across FPGA platforms, enabling a multitude of innovative applications.
Atria Logic’s DDR-I/II/III Controller assists in managing efficient data flow across diverse memory configurations to satisfy high-performance telecommunications and computing demands. Supporting a range of DDR SDRAMs as per JEDEC specifications, its flexible interface allows smooth integration within FPGA or System-on-Chip environments. By automating complex cycle operations and offering preset configurations, this controller ensures adaptability while maintaining efficiency. Its advanced power management features, alongside low-latency design, make it suitable for modern data-processing applications that require seamless and uninterrupted memory operations.
This Ethernet MAC core from Atria Logic is designed in compliance with IEEE 802.3-2005 standards, making it a versatile solution for both basic and complex network communication. It supports all operational modes at various speeds, offering compatibility with different Ethernet interface standards such as RGMII and GMII. Essential for ensuring smooth data transactions, the MAC incorporates built-in support for pause frames, enabling advanced traffic management across connected devices. Whether deployed in broad telecommunications or tailored enterprise settings, this IP strengthens reliable network linkages with minimal operational latency.
The Hybrid Memory Cube Verification IP from Atria Logic provides a robust, all-encompassing verification system designed to ensure HMC Host Controllers comply with industry standards. Developed using SystemVerilog, this IP enables both system-level and IP-level testing. It features a highly configurable architecture to accommodate multiple different setups, allowing detailed protocol checks and coverage statistics to be gathered. The approach facilitates accurate debug operations with targeted error injections and transactional stat tracking, essential for intricate SoC and FPGA designs requiring meticulous verifications.
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