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The PCIe Gen 5 Chiplet is engineered to meet the demanding requirements of high-speed data transmission. Offering next-generation performance enhancements, this chiplet is vital for applications that require fast, efficient communication between devices. It supports PCI Express 5.0, which significantly increases data transfer rates while maintaining compatibility with previous generations. This chiplet is designed for seamless integration into advanced computing systems, providing robust connectivity solutions for AI, high-performance computing, and data centers.
Engineered for high-speed data transmission, the Up to 400G Ethernet Chiplet offers unparalleled bandwidth and performance. This chiplet serves vital network functions with its capability to manage data rates up to 400 Gigabits per second, making it ideal for data centers, telecommunications, and high-performance computing environments. It supports a range of advanced features including low latency switching and fault tolerance, enabling efficient handling of enormous data loads. The design ensures robust performance while meeting the energy efficiency standards required for modern networking solutions.
The LP DDR4 Memory Chiplet is tailored for energy-efficient and high-bandwidth memory solutions. It is optimized for low power applications, making it ideal for mobile and embedded systems where battery life is a critical consideration. With enhanced speed and power efficiency over its predecessors, this chiplet supports significant performance improvements whilst reducing overall system power consumption. This memory chiplet also boasts robust error-correction capabilities and is designed to seamlessly integrate with a wide range of processors, ensuring a reliable and efficient memory solution for today's data-driven applications.
The Low Latency 200G Chiplet is optimized for applications requiring swift data transmission with minimal lag. Manufactured using the advanced and cost-efficient 12nm process node, this chiplet provides a powerful combination of performance and affordability. Its design supports ultra-fast data transfer, making it ideal for high-throughput tasks in telecom and data center environments. With its patented PHY technology facilitating UCIe A and UCIe-S compatibility, it offers a future-proof solution that is both versatile and reliable. This chiplet is an attractive option for those seeking to implement high-speed networking solutions with low latency requirements.
The FPGA Chiplets range from 40K to 600K Look-Up Tables (LUTs), providing versatile solutions for flexible and programmable logic implementations. These chiplets are particularly suited for applications requiring adaptable compute resources, from consumer electronics to industrial automation systems. Leveraging its high logic density and performance, the FPGA Chiplets deliver top-tier processing capabilities while ensuring energy efficiency. They offer scalable solutions tailored to meet varied design requirements, making them ideal for developers seeking customizable and efficient FPGA platforms in rapidly evolving technology landscapes.
This innovative Quad Core RISC-V with AI Chiplet integrates leading-edge RISC-V architecture with embedded AI capabilities to deliver outstanding processing power and performance. Tailored for AI and machine learning applications, the chiplet optimizes data handling and computation speed, enabling efficient processing for complex algorithms. By leveraging the open-source RISC-V ISA, this chiplet offers flexibility and scalability for custom implementations across various devices, making it a suitable solution for IoT and edge computing environments. Its AI-specific enhancements facilitate enhanced machine learning capabilities without compromising on efficiency or energy consumption.
Building upon the RISC-V architecture, this Quad Core Chiplet integrates advanced AI functionalities, marking a significant development in processor technology. It's designed to bolster AI and machine learning capabilities by enabling intricate computations at high speed. Featuring a modular design, it supports customized scalability and flexibility, catering to a wide range of applications from smart TVs to autonomous vehicles. Its energy-efficient profile ensures that high performance doesn't come at the cost of increased power consumption, offering an ideal balance for next-generation intelligent systems.
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