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Intilop's 10G TCP Offload Engine (TOE) offers an advanced solution integrating MAC, PCIe, and Host Interface to deliver ultra-low latency network performance. This solution is crafted for environments requiring high-speed data transmission and minimal delays, ensuring a robust system for demanding networking tasks. With its capability for full TCP stack implementation, the TOE handles up to 16,000 concurrent sessions, operating with remarkably low latency and without the need for additional CPU processing.\n\nThe engine's design incorporates key features like zero jitter, dual 10G ports, and extensive offloading capabilities including checksum offload and large send offload. It supports multiple DMA engines, ensuring high throughput across varied network conditions. The architecture is highly adaptable, offering both hardware and software customization options to suit specific customer requirements, leveraging Intilop's expertise in FPGA and SoC design.\n\nThis IP is deployed globally, supporting configurations in cloud computing, data centers, and high-performance computing environments. Its ability to offload significant networking tasks from the CPU allows enterprises to maximize application performance while minimizing power consumption and system costs, delivering a comprehensive network acceleration solution. The product is part of Intilop's extensive portfolio, designed to enhance network throughput and efficiency while significantly reducing processing overhead.
The 10G TCP Offload Engine (TOE) by Intilop is engineered to offer efficient TCP processing with minimized CPU involvement, thereby enhancing overall system performance. This solution is a perfect fit for networks requiring low-latency interfaces with high data throughput, supplemented by a complete implementation of TCP protocols. Its architecture supports multiple concurrent TCP sessions, ensuring consistent latency across extensive network loads.\n\nThis TOE leverages advanced offload features such as large send and checksum offload, facilitating rapid data throughput while reducing processor workload. Ideal for integration into systems where speed and efficiency are paramount, the TOE effectively alleviates data transfer burdens from host CPUs, thereby optimizing resource allocation and system functionality.\n\nThe TOE is tailored for diverse applications including broadband networking, enterprise data centers, and high-performance computing setups. Offering reliable performance with broad compatibility, the TOE provides a practical solution for modern network environments requiring scalable, robust network acceleration technologies.
An innovative solution in Intilop's IP product lineup, the UDP Offload Engine (UOE) enhances network performance by transferring UDP packet handling from the CPU to dedicated hardware. This process significantly reduces latency and power usage, making it an invaluable addition to high-demand network environments. The UOE is designed to handle 1G to 10G network speeds efficiently, supporting vast numbers of UDP sessions concurrently with minimal delay.\n\nThis engine stands out due to its flexible integration capabilities, allowing it to be used across a variety of platforms including cloud computing environments and high-performance enterprise networks. With support for comprehensive checksum offloads and direct interface to packet buffers, the UOE efficiently manages data flow, ensuring that application workloads can be streamlined without sacrificing performance.\n\nCustomers deploying the UOE can expect enhancements in bandwidth utilization and system resource allocation, as it offloads network processing tasks that traditionally would consume significant CPU bandwidth. The UOE comes with extensive features that enable it to adapt to varied networking demands while maintaining a very low impact on system resources, thereby delivering enhanced network infrastructure efficiency.
Intilop's series of offload engines tailored for 50G, 40G, and 25G Ethernet networks stands as a benchmark for large-scale, high-density network environments. These engines are designed to handle extensive data throughput with utmost precision, focusing on reducing latency while facilitating high concurrency of network sessions.\n\nWith the capacity to process over a thousand sessions simultaneously, these offload engines ensure high efficiency, making them suitable for telecommunications and large data centers. Features such as TCP/UDP checksum offload and advanced session management contribute to their ability to sustain high-speed data flow without network congestion.\n\nThey have been employed worldwide across industries, providing reliable networking capabilities for mission-critical applications. By offloading the TCP/UDP processing from conventional processors, this series optimizes hardware utilization, allowing for reduced system costs and improved energy efficiency. These offload engines are vital for any infrastructure requiring elevated levels of data processing capacity, contributing significantly to improved network performance and reliability.
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