RISC-V have great adoption and momentum. One of the key benefits of RISC-V is the ability for SoC designers to extend its instruction sets to accelerate specific algorithms. Andes’ ACE (Andes Custom Extensions) allow customers to quickly create, prototype, validate and ultimately implement custom memories, dedicated ports… Read More
CEO Interview: Frankwell Lin, Chairman and CEO of Andes Technology
Frankwell Lin, Chairman of Andes Technology, started his career being as application engineer in United Microelectronics Corporation (UMC) while UMC was an IDM with its own chip products, he experienced engineering, product planning, sales, and marketing jobs with various product lines in UMC. In 1995, after four years working… Read More
Extendible Processor Architectures for IoT Applications
The Internet of Things has become a ubiquitous term, to refer to a broad (and somewhat ill-defined) set of electronic products and potential applications – e.g., wearables, household appliances and controllers, medical applications, retail applications (signage, RFID), industrial automation, machine-to-machine communication,… Read More
TSMC Award Recognizes Andes’ IoT Credentials
The system-on-chip (SoC) movement is intrinsically linked to external IP products, and here, it’s not just fabless chipmakers who work closely with IP suppliers. Large foundries like TSMC also maintain close relationships with IP vendors to optimize their process nodes and libraries for processor cores and other design… Read More
Webinar: How IoT Designs Driven by Cost Power Security
SoCs being developed for the fast growth Internet-of-Things market will sell for and operate on a small fraction of the power of mobile devices’ chips. More importantly, IoT SoCs will be far more vulnerable to hacker attacks than the much better protected chips in portable devices. As a result, designers developing SoCs targeting… Read More
Secure Microprocessors the Andes Way
Microprocessor vendors such as Andes have been saying for some time that security requires extensive hardware support. In particular, embedded processors in intelligent sensors inside IoT chips are now popular targets for hackers, who find it easy to change the program code and system parameters to alter the operation of the… Read More
Andes Plays an ACE
There is a perception that ARM is the only microprocessor game in town due to their strong position in many markets, especially mobile. In areas where the instruction set shows through, then this is probably true. There is no rush to build smartphones where the application processor is something else. But even in a phone there are… Read More
Processors For Internet of Things
Tomorrow and Thursday this week is the Internet of Things (IoT) developers conference. It takes place at the Hyatt Regency in Santa Clara. There are 3 keynotes and 3 CTO viewpoints:
- Driving Heterogeneous System Architectures Everywhere – Amit Rohatgi, Imagination Technologies
- Solving the Networking Puzzle: From IOT
Intelligent Sensors
Wearables are clearly one of the hot areas of the Internet of Things (IoT). A big part of that market is sensors of one sort or another. Andes low power microprocessors are a good fit for this market which requires both 32 bit performance and ultra low power. Performance is needed since IoT by definition has internet access in some way… Read More
Migrating to Andes from 8051
The 8051 microcontroller has been around for years…decades in fact. It was originally developed in 1980 by Intel. Back then it required 12 clock cycles per instruction but modern cores use just one. While it is still widely used, mostly as an IP core for SoCs, it is running out of steam despite running over 50 times faster than… Read More