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Corigine's DPU Networking Solution transforms server-based networking with its capable SmartNICs. These devices offload processing tasks from CPU cores, optimizing computational resources for applications. This results in enhanced system efficiency and significant reduction in capital expenses in cloud and service provider infrastructures. The DPUs are equipped to handle various networking functions at scale, such as load balancing, firewall functions, automatic data sorting, and virtualization support while relieving the CPU from taxing data path processes. The platform supports a vast array of open-source software packages like Open vSwitch (OVS), ensuring seamless integration with existing data center networks and systems. With a focus on operational flexibility and cost reduction, this DPU solution enhances the IT infrastructure's agility and performance, meeting the burgeoning demands for dynamic and efficient data processing in the enterprise environment. These enhancements ensure optimized networking, facilitating throughput scalability and maintaining high service levels, all crucial for modern data ecosystems.
Corigine’s Advanced TCAM provides high-efficiency table management for routers and switches to maintain packet forwarding and security rules. It incorporates an innovative algorithm enhancing search performance and capacity, crucial for maintaining high-speed network operations in modern data centers. This TCAM solution excels in its deterministic search process, achieving a throughput of one cycle per search operation. This translates into significant speed and efficiency, handling millions of IPv4 routes and numerous rules efficiently. Its compact design, coupled with the capability to perform multiple parallel searches, embodies power efficiency and high capacity, tailored for deployment in edge and core routing equipment. By implementing reliable parity and ECC, Corigine ensures data integrity and minimizes error rates. This makes their TCAM particularly effective in high-speed data environments, supporting the increasing demands for rapid data access and processing in network infrastructure.
The USB Controllers offered by Corigine are designed to meet the growing need for high-speed, high-performance USB implementations. Designed to comply with the latest USB standards, these controllers are optimized to offer comprehensive integration with minimal resource utilization. They are suitable for a wide range of devices, including fast data transfer applications and peripheral device management across various computing environments. The product line supports extensive customization, allowing for both basic and complex integration setups, enabling seamless communication within various hardware architectures. The controllers come with an efficient power management system that maintains low power consumption while maximizing data throughput, thus aligning with the industry's push toward greener technology solutions. These USB Controllers ensure compliance with high-speed performance benchmarks and are rigorously tested to provide resilience against data errors and loss, making them reliable components for critical applications. Their functionality is complemented by robust support for various USB protocols, ensuring comprehensive device compatibility and swift data transactions.
The MimicPro prototyping system is an advanced FPGA-based platform designed to streamline the path from design to silicon. It significantly cuts down development time and streamlines software development for ASIC designs. This system allows teams to engage in early software validation and regression testing through its high-speed prototyping capabilities. With its modular scalability, the MimicPro system can expand from a single FPGA up to 32, depending on the complexity and scale of the project. The system provides a comprehensive view with its system-level debugging features, ensuring developers have the deepest insights into design validation. It supports both RTL and System Verilog, along with gate-level EDIF, which enhances flexibility and efficiency in different development phases. Furthermore, its cloud-ready capabilities allow for encrypted prototyping and remote testing, ensuring secure and efficient collaboration globally. Noteworthy is its fault injection capability that supports safety mechanisms ideal for automotive applications, and a memory compiler that provides runtime access to memory, eliminating time-intensive recompilations. Its strong integration with industry-standard interfaces like HDMI and USB cements its versatility in a multitude of applications, providing a substantial edge in competitive development environments.
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