We periodically see that “software ate the world” line – I’m pretty sure I’ve used it a couple times myself. The fact is, software doesn’t run itself; never has, never will. Somewhere there has to be an underlying computer. First it was on beads, then in gears, then in tubes.… Read More
Tag: open source
SiFive execs share ideas on their RISC-V strategy
Since its formation just last year, SiFive has been riding the RISC-V rocket from purely academic interest to first commercialization. In an exclusive discussion, I talked with CEO Stefan Dyckerhoff and VP of Product and Business Development Jack Kang about their progress so far and what may be coming next.
Previously, I covered… Read More
RISC-V opens for business with SiFive Freedom
When we talk about open source, free usually comes in the context of “freedom”, not as in “free beer”, and open IP often serves as a base layer of value add for commercialization. The creators of the RISC-V instruction set, now working at startup SiFive, have released specifications for their aptly-named Freedom processor IP cores… Read More
21 months lining up OPNFV-on-ARM for telecom
Telecom infrastructure is one area where X86 architecture hasn’t dominated historically. Infrastructure gear is spread across MIPS, Power, and SPARC architectures, with some X86, and a relative newcomer: ARM, already claiming 15% share. That’s a stunning figure considering only a bit less than 5 years ago… Read More
Enterprise Design Management Engineered for SoCs
In my initial look at ClioSoft’s design management system created from the ground up for the semiconductor industry, I made the opening case for managing and reusing IP across an ASIC design organization. Let’s for a moment say we agree on the need for an enterprise software package to do design management… Read More
Fit-for-purpose IoT ASICs are about more than cost
We’ve been saying for a while that it looks like there is a resurgence in design starts for ASICs targeting the IoT. A recent webinar featuring speakers from ARM and Open Silicon (and moderated by Daniel Nenni) affirms this trend, and provides some insight on how these designs may differ from typical microcontrollers.
One of my first… Read More
Managing and Reusing IP in a Build-Borrow-Buy Era
Make-versus-buy inadequately describes what we do now in electronic systems design. We are on a continuum of design IP acquisition and use decisions, often with a portfolio of active projects and future projects depending on the outcome. Properly managing IP means adopting a build-borrow-buy mindset and tools capable of handling… Read More
OCF shows there may be hope for IoT consortia yet
The recent launch of the Open Connectivity Foundation (OCF) was met first with a wave of “oh good, another IoT consortium”, then “phew, it’s just a rebrand of the OIC”, followed by a bit of confusion over why a few AllSeen Alliance players and some other names jumped in. Is it just a marketing ploy, or is there more to this?… Read More
Chips on the road to deep learning
CES has been morphing into an automotive show for several years now. Chipmakers were pitching control solutions, infotainment solutions, then connectivity solutions. Phone makers pitched device integration. Automotive electronics suppliers pitched MEMS sensors and cameras. Now, with a lot of pieces in place, the story … Read More
mbed OS abstraction battles IoT hyperfragmentation
In the days of bit banging and single-threaded loops, programming a microcontroller meant grabbing a C compiler (or even before that, an assembler) and some libraries and writing bare metal code. High performance networking and multi-tasking was usually the purview of heavier real-time operating systems (RTOS) or, if an MMU… Read More