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Specially optimized for high-performance computing environments, the Ultra-Low Latency 10G Ethernet MAC IP delivers unparalleled speed and efficiency within FPGA designs. Crafted to accommodate high data throughput, this IP core excels in applications demanding high-speed data connectivity with stringent latency requirements. Harnessing cutting-edge technology, the Ethernet MAC design minimizes latency significantly, facilitating smooth and rapid data transmission across network layers. Its architecture supports high data throughput while maintaining efficiency within the FPGA, ensuring competitive performance in various network settings. Engineers can benefit from the Ultra-Low Latency 10G Ethernet MAC's versatile licensing, allowing for integration in diverse project specifications and budget parameters. By utilizing this IP core, systems not only achieve optimized speed but also enhance their reliability and responsiveness in handling data operations.
The 10G Ethernet MAC and PCS solution provides ultra-low latency Ethernet connectivity for FPGAs, specifically catering to applications requiring high-speed data transfer. Supporting throughput rates up to 10Gbps with minimal FPGA resource usage, this IP block is designed to integrate seamlessly with existing FPGA infrastructures, enhancing both performance and efficiency. The MAC/PCS integrates all necessary functionalities, reducing the need for additional components and ensuring a compact implementation. Chevin Technology's expertise allows for the offering of Ethernet IP solutions that are compliant with industry standards such as IEEE 802.3. The MAC/PCS leverages technologies that provide both ease of integration and scalability, which are pivotal for applications anticipating future growth or changes in data demands. In this way, the MAC/PCS maintains flexibility while ensuring reliable network communication. Focused on delivering quality performance, this MAC/PCS suit offers measures to minimize delay and jitter, crucial for applications where timing and reliability are paramount. It also includes advanced capabilities such as VLAN tagging and QoS support, enabling enhanced data traffic management and prioritization, which are vital in sophisticated network environments.
The TCP/IP Offload Engine from Chevin Technology is engineered to enhance FPGA performance by transferring the TCP stack processing load away from the CPU. This IP core is built to support high bandwidth applications, ensuring both rapid and reliable connectivity across networks. The offload engine integrates seamlessly with a range of Ethernet IP cores, offering flexible configuration and deployment options. The design implements a comprehensive TCP/IP stack within the FPGA, ensuring minimal resource usage and maximizing data transfer efficiency. By handling checksum calculations through FPGA logic rather than software, it drastically improves data throughput while minimizing latency and jitter. This offload engine is well-suited for high-performance applications that require stable, high-speed connectivity solutions. It is highly configurable and can be tailored to fit specific network conditions or application needs, thus offering streamlined integration and better resource management over traditional solutions.
Designed for scenarios where fast and efficient data packet transmission is crucial, the UDP/IP Offload Engine is a highly effective solution for FPGA systems. This IP core is focused on minimizing latency and overhead by leveraging the User Datagram Protocol to enable quick data movement without requiring packet receipt confirmation. Ideal for high-bandwidth applications like streaming and real-time gaming, this UDP/IP Offload Engine can manage substantial data loads efficiently. It provides essential features like checksum verification for data integrity, and the ability to handle large datagrams with ease. The core supports a variety of configurations for port management and traffic analysis, catering to diverse application requirements. This solution is refined to support high-speed interfaces with minimal integration complexity, ensuring that data transfer remains robust and efficient. Engineers benefit from a streamlined setup and modular architecture, enabling quick adaptation and deployment for specific user environments, thus meeting high throughput demands with ease.
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