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Orthogone provides an ultra-low latency Ethernet MAC & PCS solution, targeting advanced networking functions such as high-frequency trading and high-performance computing. It supports various data rates from 1G to 100G, offering options like RS-FEC for error correction at higher data rates. This high-performance Ethernet MAC & PCS is optimized for environments requiring rapid data exchange with minimized latency, ensuring robust and efficient data communication. With comprehensive compliance to IEEE standards, this Ethernet solution is designed to ensure unwavering connectivity even in the most demanding applications. It is ideal for financial applications and data centers where performance and reliability are critical. The solution is engineered using unified Verilog code, which allows scalability from 1 Gbps to 100 Gbps, ensuring flexibility across different operational needs. This MAC & PCS IP core stands out with its advanced features like Frame-Check Sequence (FCS) insertion and full wire-speed operation without packet loss. It optimizes throughput with minimal gate count and resource utilization, bolstering efficiency with advanced metrics collection capabilities. The system accommodates mixed traffic flows, from standard to jumbo frames, enhancing versatility for varied network architectures.
The ULL TCP/IP and UDP/IP Offload Engine by Orthogone is engineered to maximize network throughput while minimizing latency, specifically catering to high-performance financial and data processing applications. It offloads data center network protocols, supporting TCP and UDP over IPv4 and incorporating elements like ARP and ICMP to fully manage Layer 2 through Layer 4 network interactions. This IP core is designed to streamline network transactions, delivering consistent throughput under demanding conditions. Its optimization for low-latency operations makes it ideal for high-frequency trading environments where every nanosecond counts. By providing a streamlined network stack, it ensures efficient data transmission, reducing the need for extensive in-house hardware integration. Through a fully integrated framework, this offload engine supports robust performance features such as configurable connections, congestion control, retransmission buffers, and compatibility with various traffic patterns, including burst and steady streams. Its modular architecture ensures compatibility with Orthogone’s other ultra-low latency solutions, enabling a cohesive network strategy for advanced technology applications.
Orthogone's ULL PCIe DMA Controller provides high-speed data transfer capabilities between host CPUs and FPGAs, tailored for systems demanding ultra-low latency and high throughput. With an adjustable circular buffer DMA configuration, it maintains optimal data streaming and minimizes jitter, enhancing performance for data center applications. The controller underpins rapid bidirectional data movement over PCIe interfaces, ensuring less than 640ns round-trip latency, which is crucial for latency-sensitive applications like financial trading and large-scale data processing. By leveraging a highly integrated architecture, developers can easily align this controller with standard PCIe endpoints and incorporate it into extensive network schemes. Including robust verification and integration features like AXI streaming interfaces and comprehensive Linux support, it adapts effortlessly to evolving infrastructure needs. Orthogone's attention to detail in delivering reduced latency alongside high data integrity ensures that this controller is not only high-performing but also reliable, making it a keystone in network and data center enhancement strategies.
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