When I was at DAC last month, I had the chance to talk with Chouki Aktouf and Bastien Gratréaux from Defacto and they told me about a new innovative solution to generate Arm-based System-on-Chips. I heard that this solution has now been released.
Defacto and Arm developed a joint SoC design flow to help Arm users cover all needed automation—from… Read More
Defacto continues to confirm its SoC Compiler as becoming the “de facto” SoC integration solution for large SoC designs. This year they are coming to DAC to share customer success stories of building the largest SoCs in the market from specification to RTL + collaterals such as UPF by including thousands of IP cores! All done within… Read More
The difficulty of SoC integration is clearly getting more demanding. Driven by process node density, multi-chip integration and seemingly never-ending demands for more performance at lower power, the hurdles continue to increase. When you consider these challenges in the context of Arteris, it’s natural to think about hardware… Read More
First, a quick definition. By “structured assembly,” I mean the collection of tools to support IP packaging with standardized interfaces, SoC integration based on those IPs together with bus fabric and other connectivity hookups, register definition and management in support of hardware/software interface definition, … Read More
Semiconductor IP design re-use has enabled the relentless growth in complexity of SoC and chiplet-based systems over the years, and with IP reuse comes many unique challenges. Fabless design companies use IP provided by a vibrant ecosystem of IP suppliers and foundries, plus internal re-use in the quest to get to market more … Read More
Defacto Technologies is a company that specializes in Electronic Design Automation (EDA) software and solutions. Defacto offers a range of EDA software solutions that help streamline and optimize various stages of the front-end design process. Their tools focus on chip design assembly and integration before logic synthesis
Dan is joined by Lu Dai who is currently a Senior Director of Technical Standards at Qualcomm. Previously he was Senior Director of Engineering, leading Qualcomm’s SoC design verification team and front-end methodologies and initiatives. Lu is Chair of Accellera Systems Initiative and serves on the Board of Directors at RISC-V… Read More
After almost three decades in the EDA business, it is beyond my comprehension to understand why chip designers still hand-write RTL for complex register maps – chip designs with hundreds of registers and thousands of register fields. In today’s silicon world where software is the key to chip-based product success, it is the register… Read More
When more than one person is working on any project, coordination is imperative. When the team size grows, being in sync becomes essential. When it comes to SoC design management, registers and bit fields are used to communicate status of results and execute conditional controls. The Register Management function plays an essential… Read More
The ESD Alliance collects and reports every quarter the revenue trends for both EDA and Semiconductor IP (SiP), and the biggest component for the past few years has been the SiP, as IP re-use dominates new designs. For Q4 of 2021 the total SiP revenue was $1,314.3 Million, enjoying a 24.8% growth in just one year. Here’s a chart… Read More
