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The Stellar Packet Classification Platform for FPGAs provides a sophisticated packet processing solution capable of handling ultra-high-speed search operations. Its architecture supports advanced functions through extensive lookup rules based on complex Access Control Lists (ACL) and Longest Prefix Match (LPM), making it essential for advanced networking tasks requiring scalability and high performance.\n\nDesigned to manage numerous and varied network rules, Stellar supports performance requirements ranging from 25 Gbps to over 1 Tbps. It features the ability to execute hundreds of millions of lookups per second, catering to the demands for high-speed data forwarding and network security operations. Its design allows for seamless integration into existing network infrastructure, optimizing processes like IPv4/6 routing, firewall management, and anti-DDoS systems.\n\nIts scalable architecture enables real-time updates and modifications, supporting high-reliability systems that require minimal downtime and maximal efficiency. Stellar's capabilities are integral to maintaining robust network infrastructures, preventing intrusions, and ensuring secure data flow across complex networks. The platform's adaptability makes it a versatile component in telecommunications, data centers, and enterprise networking environments.
The Blazar Bandwidth Accelerator Engine is an advanced solution designed to elevate in-memory computing capabilities by integrating high-capacity and low-latency memory directly onto FPGA frameworks. This product replaces multiple components traditionally used in high-performance applications, thanks to its innovative architecture that supports in-memory compute functions alongside high-speed data transfer rates. This integration significantly reduces latency and optimizes bandwidth to handle high-volume data applications smoothly.\n\nThis engine stands out for its provision of up to 32 optional RISC cores, enabling advanced compute functionalities directly in-memory. It facilitates dual port memory support with memory options of 576Mb or 1Gb, catering to applications requiring massive processing power and quick access times. With bandwidth capabilities reaching 640 Gbps and the ability to perform up to 5 billion reads per second, it is designed to meet the challenging demands of modern data environments.\n\nBlazar's applications span from SmartNIC and SmartSwitch technologies to 5G UPF and BNG offloading, providing robust solutions for aggregating serial links and managing intensive data streams efficiently. Its capacity to handle high computational processes within the memory without external data transfers optimizes systems for real-time processing and analytics, paving the way for new performance benchmarks in digital communication and networking sectors.
The LineSpeed FLEX Family includes a range of 100G PHY solutions tailored to support diverse networking functions like retimer, gearbox, multiplexing, and redundant link features. These products are engineered to enhance data transmission reliability and speed across line cards and modules, supporting various industry standards up to 100G Ethernet.\n\nVersatile in function, the LineSpeed products seamlessly adapt to different protocol requirements. They incorporate advanced FEC capabilities for enhanced signal integrity and offer self-adapting Rx equalizers for optimized connectivity. Each device in the family supports both Ethernet and Optical Networking Terminals (OTN) applications, equipped with retimers that are protocol independent and capable of handling mixed port speeds.\n\nFeaturing support for Multi-Link Gearbox applications, LineSpeed is ideal for handling 10GE link aggregation into higher bandwidth links, enhancing deployment flexibility and easing adaptation to varying network conditions. By ensuring robust data processing and transmission, LineSpeed products are positioned as crucial components in modern networking hardware, addressing the growing need for speed and reliability in high-data-rate environments.
Quazar Quad Partition Rate Memories offer a revolutionary solution designed to replace traditional QDR devices, enhancing FPGA memory capacities on a significant scale. This innovative memory IC showcases the capability to expand onboard memory substantially with high-speed, high-capacity SRAM, efficiently outpacing previous technologies. By employing just 4 to 16 serial SERDES connections, it simplifies board design, reduces complexity, and lowers costs associated with design and debugging processes.\n\nThe Quazar Memory architecture allows for high-performance and low-latency operations, achieving bandwidths up to 640 Gbps with a low tRC and dual port memory support. It's engineered to provide a competitive edge over QDR by delivering superior performance at reduced costs, supporting memory capacities of 576Mb or 1Gb, and effectively managing oversubscription buffers and table lookups in networking applications. It enables seamless transitions for systems looking to replace old RLDRAM concepts or optimize high-bandwidth memory utilization.\n\nIn typical applications, this product excels in environments where high-speed data access and processing are essential, such as line cards and switches. Its robust architecture makes it ideal for use in next-generation data contexts, overcoming traditional memory limitations while supporting high-reliability systems and demanding network infrastructure needs.
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