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InfiniBand Transport Layer Cores are integral components for high-performance computing, data acquisition, and networking scenarios, aimed at enhancing data management and reducing latency in transport operations. These cores are specially designed to function at optimal speeds and support crucial operations like UC SEND and UC RDMA Write across varied volumes and applications. The Transport Layer Cores from Polybus are equipped to handle a range of data processes involving up to eight virtual lanes and 1024 Queue Pairs, reflecting exceptional versatility. The design of these cores ensures minimal latency and high throughput, meeting the demands of modern networking environments and computational resource management. By combining these cores with Link Layer elements, Polybus provides a comprehensive, high-speed solution for channel adapter applications. Beyond standard functionalities, Polybus offers customization, ensuring the Transport Layer Cores cater specifically to project requirements. This bespoke approach reinforces Polybus's role in fostering technological advancements through top-tier products that can seamlessly integrate into high-demand computing environments.
The InfiniBand DDR Link Layer Core is a high-performance solution designed for environments demanding bidirectional data speeds of up to 20 Gbits/sec. Operating at a frequency of 250 MHz, this core is architected for environments that require intricate data management and high-speed data transfer within FPGA and ASIC contexts. Requiring a 5 GHz SerDes, the DDR core finds its application across multiple FPGA families, including Xilinx Virtex and Kintex series and Altera Stratix platforms. Designed for data-intensive operations, the DDR Link Layer Core is capable of seamless data integration and high-performance throughput, making it crucial for industries reliant on efficient data transfer protocols. The core ensures data integrity and optimal speed across networking and computing environments, further enhancing Polybus's commitment to delivering cutting-edge, high-performance IP solutions. Customers can leverage the adaptability of the DDR core's speed grading features, supporting mid-level configurations in Xilinx and Altera platforms. This capability to tailor its functionalities makes it an ideal choice for data-acquisition systems, high-performance computing, and networking applications. Polybus offers comprehensive support and customization to ensure the core meets specific client requirements, demonstrating the company's dedication to customer satisfaction and technological innovation.
Xilinx FPGA Test Patterns by Polybus Systems are designed to provide extensive testing for all Xilinx FPGAs, offering a tailored approach to validate and secure FPGA functionalities. The test suite, consisting of over 400 dedicated patterns, ensures the detection and mitigation of defects that may arise due to handling issues or during early life failures. The comprehensive nature of these patterns supports significant testing, enhancing the reliability and future proofing of FPGA systems. The suite is suitable for both in-system testing and traditional chip testing environments, allowing users to adapt it based on their specific requirements and timing. By significantly surpassing the limitations of manufacturer-supplied tests, Polybus’s patterns help reduce the defect incidence by a remarkable two orders of magnitude. Customization capabilities within the test patterns ensure they can meet diverse system needs, supporting a wide array of interface requirements like JTAG scan chains or dedicated pin configurations. Polybus’s experience with multiple generations of FPGAs enables it to provide advanced and reliable testing solutions that underpin effective system upgrades and enhanced operational consistency.
The InfiniBand QDR Link Layer Core stands at the pinnacle of Polybus's link layer offerings, addressing the needs of high-speed data transfer and significant bandwidth operations. Able to operate at an impressive 500 MHz in ASICs and 250 MHz in FPGAs, this core supports up to 80 Gbits/sec in ASICs across its versatile production formats. It adeptly manages myriad data protocols, integrating PCS Layers for compatibility with platforms like Altera Stratix5GX and Xilinx Kintex7 and Virtex7. The core is engineered to support both 1X, 4X QDR operations and 8X DDR operations, making it an exceptional choice for designs needing substantial throughput and reliable data transmission. Its robust design underpins applications in networking, high-speed computing, and integrated hardware solutions where rapid data handling and extensive bandwidth utilization are paramount. With a capacity to offer custom modifications, the QDR Link Layer Core exemplifies flexibility and adaptability to tech-driven environments. This makes it indispensable for companies looking to harness its power for advanced data acquisition, networking tasks, or high-speed data communications. Polybus’s expertise in delivering bespoke functionality alongside its core designs affirms its status as a leader in semiconductor IP engineering.
The InfiniBand SDR Link Layer Core by Polybus is a key component delivering robust performance in FPGA and ASIC environments. Operating at a frequency of 125 MHz, this core supports bidirectional transmission speeds reaching up to 10 Gbits/sec in both directions. It is compatible with various FPGA families like Xilinx Virtex series and Altera Stratix, as well as ASIC applications. The SDR core is optimal for customers working within the lowest speed grades of prevalent platforms like Xilinx Virtex4FX and Altera Stratix2GX. This makes it a versatile choice for designers needing a reliable link layer core for their data communications task. The core's architecture is meticulously crafted to maximize efficiency and ensure reliable data throughput, making it indispensable for any high-speed digital interface. With adaptability across multiple FPGA and ASIC patterns, the SDR core provides flexibility without compromising on speed or data integrity. This adaptability is a testament to Polybus Systems Corporation's commitment to delivering tailored technical solutions to their clients. Enhancing the core's practicality, Polybus also offers customization to fit specific operational requirements. This flexibility reflects Polybus's ethos of supporting data-intensive applications like networking, high-performance computing, and sophisticated hardware integration projects. As a trusted component in Polybus’s product line, the SDR Link Layer Core continues to meet the evolving challenges of modern data transfer protocols.
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