The rapid advancement of technology, including generative AI, IoT, and autonomous vehicles, is revolutionizing industries and enhancing efficiency. At the same time, such advances also generate huge amounts of data to be transmitted and processed to make sense and provide value to consumers and society as a whole. In essence,… Read More
Semiconductor Intellectual Property
sureCore Brings 16nm FinFET to Mainstream Use With a New Memory Compiler
Semiconductor processes can have a rather long and interesting life cycle. At first, a new process defines the leading edge. This is cost-no-object territory, where performance is king. The process is new, the equipment to make it is expensive, and its use is reserved for those that have a market (and budget) big enough to justify… Read More
Scaling Data Center Infrastructure for the Terabit Era
Earlier this month, SemiWiki wrote about Synopsys’s complete 1.6T Ethernet IP solution to drive AI and Hyperscale Data Center chips. A technology’s success is all about when, where and how it gets adopted within the ecosystem. In the high-speed ethernet ecosystem, the swift adoption of 1.6T Ethernet relies on key roles and coordinated… Read More
LIVE WEBINAR: RISC-V Instruction Set Architecture: Enhancing Computing Power
In the dynamic landscape of chip design, two trends stand out as game-changers: the rise of the RISC-V instruction set architecture (ISA) and the advent of Software Defined products. Today, we delve into why these trends are not just shaping the industry but propelling companies like Andes and Menta to the forefront of innovation.… Read More
Synopsys SNUG Silicon Valley Conference 2024: Powering Innovation in the Era of Pervasive Intelligence
After the leadership transition at the top, Synopsys had just a little more than two months before the company’s flagship event, the Synopsys User Group (SNUG) conference. The Synopsys user community and entire ecosystem were waiting to hear new CEO Sassine Ghazi’s keynote to learn where the company is going and its strategic … Read More
Ultra-low-power MIPI use case for streaming sensors
MIPI built its reputation on the efficient streaming of data from camera sensors in mobile devices. It combines high-speed transfers with balanced power consumption, helping extend battery life while providing the responsiveness users expect. However, high speed is not the only mode of operation for a MIPI interface – specifications… Read More
Arm Automotive Update Stresses Prototyping for Software Development
If you were at all uncertain about auto OEM development priorities, the answer is becoming clear: to accelerate/shift left automotive software development and debug. At 100M lines of code and accelerating, this task is overshadowing all others. A recent Arm update from Dipti Vachani (SVP and GM for the Automotive Line of Business)… Read More
A Modeling, Simulation, Exploration and Collaborative Platform to Develop Electronics and SoCs
During the GOMACTech conference held in South Carolina last week I had a Zoom call with Deepak Shankar, Founder and VP Technology at Mirabilis Design Inc. to ask questions and view a live demo of VisualSim – a modeling, simulation, exploration and collaborative platform to develop electronics and SoCs. What makes VisualSim so … Read More
Weebit Nano Brings ReRAM Benefits to the Automotive Market
Non-volatile memory (NVM) is a critical building block for most electronic systems. The most popular NVM technology has traditionally been flash. As a discrete part, the technology can be delivered in various form factors. For embedded applications flash presents scaling challenges, however. A new NVM technology developed… Read More
Andes Technology: Pioneering the Future of RISC-V CPU IP
On September 13, 2021, Andes Technology Corporation successfully issued its GDR (Global Depositary Receipt) public offering on the Luxembourg Stock Exchange. At the time it made Andes the only international public RISC-V Instruction set architecture (ISA) CPU IP supplier. This allowed investors around the world to participate… Read More
TSMC N3 Process Technology Wiki