Until now, most of the processors contained within automobiles could be served by SRAM, at the exception of infotainment systems relying on a more powerful CPU connected to DRAM, but these systems are non-safety-critical. Advanced Driver Awareness Systems (ADAS) and self-driving vehicle systems demand powerful processors… Read More
Semiconductor Intellectual Property
ARM and Open Silicon Join Forces to Fight the IoT Edge Wars!
I spent the last several days doing a deep dive into the world of IoT security and what I’ve learned has scared the pants off me. Various analysts predict that there will be over 30 billion connected IoT devices by the year 2020 growing from 9.9 million in 2013. A quick audit of my home identified over 40 connected devices including everything… Read More
How ARM designs and optimizes SoCs for low-power
ARM has become such a worldwide powerhouse in delivering processors to the semiconductor IP market because they have done so many things well: IP licensing model, variety, performance, and low-power. On my desk are two devices with ARM IP, a Samsung Galaxy Note 4 smart phone and a Google tablet. Most of my readers will likely have… Read More
Enter the Cellular IoT
You could be forgiven for thinking that wireless in an IoT device must be Bluetooth-5 or Zigbee or Thread. After all, that’s what ARM has introduced as a part of their IoT solution and they have market weight that is difficult to dismiss. However those options aren’t the only game in town. There is already some level of (second… Read More
Flex Logix is a Different Kind of IP Company!
The embedded FPGA business has been getting quite a bit of press lately so it is definitely worth a closer look. Intel started it all when they acquired the #2 FPGA company Altera for $16.7B last year. Microsoft is also a big FPGA fan for search and deep learning. In fact, Microsoft’s commitment to FPGAs, specifically Altera FPGAs,… Read More
Performance Analysis for ARM Based SOC’s
ARM estimates that many SOC’s designed today have over 200 IP components. This statistic comes from a recent white paper ARM published addressing the topic of system performance analysis. This number is only going to go up. According the ARM this creates a huge challenge in ensuring the system is designed with adequate performance… Read More
Designing for Ultra-Low Power? Easier with “CLICK” IP
Designing for ultra-low power will become the mantra for many of the new SoC designs, but the related SoC architecture can be very complex to handle. Make or buy is the project manager choice, but if you decide to ask for an expert advice before jumping start an ULP SoC design, attending thiswebinar from Dolphin Integration “The Proven… Read More
Webinar: ARM Security Solution for IoT
Yossi Weisblum will be presenting ARM’s IoT security solution during the Open Silicon webinar that I am moderating next week. Yossi manages product marketing for ARM’s CryptoCell subsystem. He has an extensive background in product marketing across several platforms, including connectivity, wireless, multimedia and mobile.… Read More
ARM and Mentor talk about Real Time Virtualization, Webinar
Processor cores come in a wide variety of speeds, performance and capabilities, so it may take you some time to find the proper processor for your system. Let’s say that you are designing a product for the industrial, automotive, military or medical markets that has an inherent requirement for safety, security and reliability… Read More
Design for Ultra-Low Power LTE: CEVA Webinar
You might have thought that ultra-low power communication for the IoT was limited to standards like BT5 and 802.15.4 (eg in ZigBee and Thread) which depend on gateways to cellular networks and limit reach, especially deep inside buildings. But now there’s a new standard for ultra-low power and ultra-low cost based on LTE, known… Read More
Rapidus, IBM, and the Billion-Dollar Silicon Sovereignty Bet