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The QUIC Protocol Core supports the emerging Internet protocol designed to improve web transport security and performance. This core is equipped with fully integrated TLS 1.3, handling encryption and decryption autonomously to offload tasks from the CPU. Designed for FPGA platforms, the QUIC core offers a streamlined, secure method for high-speed data exchanges over the Internet. It executes all QUIC layer management from payload data handling to UDP packet management, enhancing system performance by minimizing CPU dependency. This core is optimal for applications where rapid, secure data transfers are paramount, such as large-scale data centers or networks requiring reliable communication protocols for effective performance and scalability.
The TCP/IP Offload Engine from Design Gateway is crafted for high-throughput, low-latency network communication. By offloading TCP/IP stack operations from the CPU, this engine dedicates FPGA resources for processing networking protocols, ensuring enhanced system efficiency. This IP core achieves pure hardware acceleration, facilitating high-rate data transfers with minimal CPU intervention. It supports various connection speeds and is adaptable to different FPGA platforms, making it a versatile choice for high-speed networking solutions. Ideal for data centers, content delivery networks, and financial trading systems where latency and throughput are critical, the TCP/IP Offload Engine provides reliable network performance, unburdening host CPUs from intensive networking processes.
The NVMe Host Controller Core is designed to efficiently manage high-speed data transactions, primarily targeting PCIe SSDs. This IP core fully supports the NVMe specification, ensuring seamless interaction with SSDs for high-performance applications. It can function without a CPU or external memory, leveraging its internal architecture for superior integration into PCIe systems. Without relying on a PCIe Gen4 Hard IP, the NVMeG4 variant enables connectivity with the latest ultra-fast SSDs, providing a comprehensive solution for high-throughput data storage systems. The core is ideal for applications demanding extreme storage performance, offering data transfer rates that significantly exceed traditional storage solutions. Moreover, the optional raNVMe and muNVMe cores provide enhanced access solutions, supporting multiple users and simultaneously accessing via different logical constructs. These innovations allow the NVMe Host Controller Core to meet the rigorous demands of modern data centers and high-speed storage networks.
The UDP Offload Core is designed to handle User Datagram Protocol (UDP) communications with high efficiency by offloading data packet processing from the CPU. This IP core utilizes FPGA resources to manage complex datagram tasks, thereby reducing host processor load and optimizing system performance. It implements UDP protocols to high-speed network communications, leveraging the FPGA's hardware capabilities for rapid packet processing and minimized latency. This core is suitable for a range of applications, including video streaming, online gaming, and other real-time data transmission scenarios. Featured as a practical solution for network appliances that demand high bandwidth and reduced CPU usage, the UDP Offload Core ensures robust network performance with scalable processing power.
The SATA Controller Core by Design Gateway enables seamless communication with SATA storage devices, aligning with Serial ATA 3.0 standards. This IP core is meticulously engineered to provide link and transport layer functionalities without needing a PHY chip, ensuring direct connection with SATA3 HDDs or SSDs. Engineered for high-performance applications, the controller supports robust RAID configurations across multiple disks, facilitating vast data transfers at high speeds. Its versatility includes compatibility with SATA3 drives, offering extensive support for large-capacity applications that require sustained throughput and reliability. Additionally, the core supports various host system environments, including hardware and software configurations, to enhance compatibility across a broad range of storage environments.
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