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Orthogone's ULL PCIe DMA Controller is optimized for low-latency data transfers, crucial for high-performance data center applications. This controller facilitates lightning-fast bidirectional data transfer between FPGA-based systems and host CPUs via the PCIe interface, meeting the industry's stringent latency requirements. With a round-trip time under 585 nanoseconds, the ULL PCIe DMA Controller provides extensive customization through its multi-channel Circular Buffer DMA (CBDMA) architecture, tailored for ultra-low latency operations. Developers are supported with a comprehensive software kit facilitating seamless integration with FPGA logic and existing network stacks. This module is engineered for effortless integration with standard PCIe endpoints, supporting up to Gen 4 x8 configurations. It incorporates high-quality verification techniques and a flexible, Linux-compatible kernel bypass implementation, making it ideal for applications demanding minimal latency and jitter.
Orthogone's Ultra-Low Latency Ethernet MAC core is crafted for environments where speed is paramount, such as high-frequency trading and high-performance computing. The MAC/PCS supports data rates from 1G to 100G, providing unmatched low-latency connectivity solutions. Advanced features include optional RS-FEC for error correction and full statistics monitoring on both transmission and reception data paths. The adaptability of its Verilog code ensures seamless integration from low to high data speeds. This IP core's architecture ensures remarkable timing margins and is compatible with a broad range of applications requiring minimal latency. Developers benefit from a highly optimized implementation with low gate count and resources utilization. The solution stands out with its use of unified Verilog code, making it suitable for a diverse set of networking and financial applications. The MAC/PCS includes robust features like frame-check sequence insertion and verification at line rate, and supports various Ethernet speeds (1GbE, 10GbE, 25GbE, 40GbE, and 100GbE) without dropping packets. Optional features include programmable VLAN detection and Reed-Solomon FEC, making this IP suitable for comprehensive network deployment scenarios.
Orthogone leads the charge in ultra-low latency solutions with their Hybrid Ultra-Low Latency FPGA Framework. Designed to offer unparalleled speed, this framework strikes a fine balance between flexibility and performance. It's specifically tailored for high-frequency trading platforms, high-performance computing, and networking frameworks, where efficiency and low latency are critical. The framework serves as a bridge for varied industries requiring swift computations and real-time data processing. Leveraging the most advanced FPGA designs, it facilitates swift deployment into existing systems. Orthogone enhances both the scalability and security of network infrastructures with this cutting-edge solution, pushing the boundaries in high-performance computing (HPC). By providing a comprehensive set of specialized IP cores, this framework reduces the time-to-market for breakthrough technological solutions. The framework allows for customized implementations tailored to client-specific needs, ensuring maximum efficiency in highly dynamic market environments.
The ULL TCP/IP and UDP/IP Offload Engine from Orthogone offers blazing-fast connectivity for demanding applications such as financial trading systems and data center environments. This IP provides an efficient solution to enhance throughput and enable hardware acceleration, substantially reducing latency through its advanced network protocol stacks. This offload engine supports layers 2 through 4 protocols, including ARP, IPv4, ICMP, TCP, and UDP, fully integrating with standard Linux networking stacks. It's designed for high efficiency, offering flexible configuration options to adjust the number of connections per endpoint, prioritize server/client-side support, and deploy efficient TCP congestion control mechanisms. Highly regarded for its interoperability, the engine ensures seamless operations across various network conditions, providing options for use in both retransmission buffering and direct, low-latency modes. Its versatile interface and compliance with industry standards make it a robust choice for high-throughput, low-latency requirements in modern networking applications.
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