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Idea-to-Silicon-2.5D Packaging Technology-SoCs for High Performance Computing-SoC designs to 7nm process technology

Your fastest path to custom silicon is here When standard products donu2019t meet your business or technical requirements, itu2019s time to go custom. Specialized custom SoC solutions can be optimized for power, performance, and area, giving you greater design flexibility and a competitive edge.

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Idea-to-Silicon-2.5D Packaging Technology-SoCs for High Performance Computing-SoC designs to 7nm process technology

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  1. Idea-to-Silicon • OpenFive’s Idea-to-Silicon capabilities combined with our advanced design methodologies on leading-edge 5nm, 7nm and 12nm foundry processes. • Your fastest path to custom silicon is here When standard products don’t meet your business or technical requirements, it’s time to go custom. • Specialized custom SoC solutions can be optimized for power, performance, and area, giving you greater design flexibility and a competitive edge. • OpenFive’s Idea-to-Silicon capabilities combined with our advanced design methodologies on leading-edge 5nm, 7nm and 12nm foundry processes, and 2.5D packaging technology enable exciting new designs applications such as Artificial Intelligence (AI), Edge computing, Networking, and High-Performance Computing (HPC). https://openfive.com/custom-silicon/

  2. Front-end Design,Integration, and Verification • Design expertise for building scalable, customized SoCs with in-house design, integration, and advanced verification using automated tools and methodology. • Our Capabilities: SOC Micro-architecture,RTLDesign and Synthesis, SOC IP Integration,Design Verification,FPGA Prototyping https://openfive.com/custom-silicon/

  3. 2.5D Technology • 2.5D IC is a packaging technology where multiple die are placed face down and side by side on a silicon or organic interposer.  • The active surface of the die has micro-bumps that connect to pads on the surface of the silicon interposer. • Connections from these pads directly connect to TSVs (Through Silicon Vias), which pass through the interposer substrate and connect to the package substrate.  https://openfive.com/custom-silicon/

  4. Benefits of using anIdea-to-Silicon Methodology • Cost Savings: Ongoing product development costs on derivatives of existing chip designs are high and make it hard to integrate new IP. The OpenFive Idea-to-Silicon methodology reduces cost and time to market to enable your silicon with your preferred software stack. • Design Flexibility: OpenFive’sIdea-to-Silicon methodology provides an ideal starting point to explore and enter into key markets with the advantage of a faster design cycle by integrating required IPs from our wide IP portfolio, thereby providing a competitive advantage. • Rapid Time-to-Market: The OpenFive Idea-to-Silicon methodology enables optimized layout for power, performance, and size requirements, and reduces time to market for ongoing product roadmap development. • More Choice: Combine RISC-V and Arm® standard cores with OpenFiveSoC IP, IP from OpenFive partners and your own IP to get your ideal custom silicon. https://openfive.com/custom-silicon/

  5. Please do visit my website for in-depth information. Website: https://openfive.com/custom-silicon/

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