Wally Rhines: Deep Learning Will Drive Next Wave of Chip Growth
Nitin Dahad, EEtimes
6/8/2018 00:01 AM EDT
MUNICH — Count Wally Rhines, semiconductor industry veteran and long-time CEO of Mentor Graphics, among the many who believe that deep-learning hardware will drive the next wave of growth for the semiconductor industry.
Speaking at the GSA European Executive Forum here this week, Rhines added that memory will continue to be a key driver of the chip industry going forward. Despite the volatility of the semiconductor industry, R&D investment continues to be around 14% of revenue as it has been for the last 36 years, Rhines said, dismissing arguments put forth by some that there isn’t enough being ploughed back into R&D to maintain sustained growth.
On growth, we should be watching out for China, and a lot of growth will come from visual processing for AI applications, Rhines said.
To read the full article, click here
Related Semiconductor IP
- Ultra-Low-Power LPDDR3/LPDDR2/DDR3L Combo Subsystem
- 1G BASE-T Ethernet Verification IP
- Network-on-Chip (NoC)
- Microsecond Channel (MSC/MSC-Plus) Controller
- 12-bit, 400 MSPS SAR ADC - TSMC 12nm FFC
Related News
- Mentor chairman Wally Rhines crusades for emulation
- Altek License CEVA Imaging and Vision DSP for Deep Learning in Mobile Devices
- Neurala Announces $14 Million Series A to Bring Deep Learning Neural Network AI Software to Drones, Self-Driving Cars, Toys and Cameras
- ZTE Wireless Institute Achieves Performance Breakthrough for Deep Learning with Intel FPGAs
Latest News
- Virtusa Acquires Bengaluru based SmartSoC Solutions, Establishing Full-Stack Service Offering from Chip to Cloud and Driving Expansion into the Semiconductor Industry
- Consumer Electronics and AI Product Launches Lift 3Q25 Top-10 Foundry Revenue by 8.1%, Says TrendForce
- Joachim Kunkel Joins Quadric Board of Directors
- RaiderChip NPU leads edge LLM benchmarks against GPUs and CPUs in academic research paper
- SEMIFIVE Secures AI Semiconductor Design Projects in Japan, Accelerating Global Expansion with New Local Subsidiary