Leibson's Law: It takes 10 years for any disruptive technology to become pervasive in the design community. This blog is about the disruptive technologies that either have or will win over electronic engineers, some that won't, and why. Written by Steve Leibson, Tensilica's Technology Evangelist. See my history site at www.hp9825.com. You can email me by taking the first letter of my first name, appending that to my last name, then the magic email symbol, followed by the name of the company I work for, and then a dot followed by com.
Profile
RSS Feed
-
Add this blog to your RSS newsreader!
Recent Posts
- New Star Trek Movie Trailer Appears, Here. See it Now.
- BDTI's Jeff Bier Gets Lost in Boston
- Breaking News from the “Institute of Microprocessors”
- Two Minutes of Video Whimsy from Honda
- NASA and LOIRP Return to the Moon, 42 Years Later. Recovering Lunar Orbiter Images
- How to Avoid the Traps and Pitfalls of SOC Design: You Really Should Register Now for the Free Webinar
- See It Now: Morgan Stanley’s Mary Meeker Looks to the Future—Essential Viewing for All Tech Marketers, Entrepreneurs, and Everyone Else
- IEEE Spectrum Online Article Warns Savvy System Designers of the Multicore Memory Wall
- IEEE Spectrum Solves the Energy Crisis With 25-Megawatt Batteries
- You Have to Watch This Animation Now: Canon 10D and Zoom Lens Exploded and Reassembled Before Your Eyes
Recent Comments
- hack the 730 or 740 on NAV730 GPS is my Copilot
- pielover008 on Reinventing the Invention of Television
- Barry on Breaking News from the “Institute of Microprocessors”
- Jimmy two times. on IEEE Spectrum Solves the Energy Crisis With 25-Megawatt Batteries
- Jimmy two times. on Multicore Parallel Programming: Can We Please do it Right This Time? – IEEE Electronic Design Processes Workshop 2008
Most Commented On
- HP 35s: Hewlett-Packard Resurrects and Improves a Super Scientific Calculator (37)
- Hubble Dies. Can NASA Revive It? (25)
- Multicore Parallel Programming: Can We Please do it Right This Time? – IEEE Electronic Design Processes Workshop 2008 (24)
- Hacking Old 97, Part 1: Batteries (18)
- How HP Got Its First Calculators: Video Interview with Tom Osborne (17)
Archives
- November 2008
- October 2008
- September 2008
- August 2008
- July 2008
- June 2008
- May 2008
- April 2008
- March 2008
- February 2008
- January 2008
- December 2007
- November 2007
- October 2007
- September 2007
- August 2007
- July 2007
- June 2007
- May 2007
- April 2007
- March 2007
By Category
- Aerospace & Defense (4)
- Aerospace & Defense (19)
- Agriculture (1)
- Analog (4)
- Arts (1)
- ASICs (15)
- ASICs (6)
- Audio (3)
- Automotive (6)
- Automotive (2)
- Automotive (1)
- Bluetooth (1)
- Broadband (1)
- Business and Marketing (7)
- Business News (17)
- Business Processes (3)
- C++ (1)
- Cable Modem (1)
- Chemicals, Plastic, & Rubber (1)
- Chip Production (1)
- Code development & Debugging (2)
- Communication functions (3)
- Communications & Networking (4)
- Companies (1)
- Components, Hardware, Interconnect (6)
- Computer Hardware (1)
- Computer Technology & Internet (6)
- Computers (2)
- Computers, boards, buses (33)
- Configurable Processor (6)
- Configurable Processor (1)
- Connected Home (1)
- Consumer Electronics (2)
- Consumer Goods (7)
- Consumer Products (29)
- Convergence (6)
- Customer Service (1)
- Data Management (1)
- Debugging (1)
- Design and Technology (1)
- Design Issues & Characteristics (3)
- Design Processes & Tools (8)
- Design Strategies (13)
- Digital Camera (13)
- Digital ICs (3)
- Display systems (1)
- Displays and indicators (1)
- Driver (1)
- DSP (2)
- Economy (1)
- EDA (51)
- Electromechanical & Mechanical (1)
- Electromechanical & Mechanical (EM) (1)
- Electronics Applications (5)
- Electronics Business (11)
- Electronics Components (7)
- Electronics Systems (7)
- Embedded Design (1)
- Embedded Linux (1)
- Embedded Systems (39)
- Energy (2)
- Environmental Compliance (1)
- Finance (1)
- Geography (1)
- Global (2)
- Globalization (1)
- Government/Legal (2)
- HDL (2)
- Hewlett-Packard (3)
- Hewlett-Packard (Computers) (2)
- Home Entertainment (1)
- Home Network (1)
- Image Processing (1)
- Imaging (7)
- Industrial-Embedded Computing (1)
- Integrated Circuits (IC) (2)
- Intel (1)
- International (1)
- IP (6)
- Languages (1)
- Manufacturing Operations (2)
- Market & Industry Analysis (1)
- Marketing (3)
- Marketing (1)
- Media & Players (1)
- Medical Electronics (1)
- Memory components (3)
- Microcontroller (1)
- Microcontrollers (1)
- Microprocessors (8)
- Multimedia (2)
- Multimedia (5)
- Music/Audio (3)
- Optoelectronics (1)
- Optoelectronics & Displays (OD) (4)
- OSs (3)
- Packaging (1)
- Passive components (1)
- People (42)
- People Activities (2)
- Politics & Policy (4)
- Popular Culture (7)
- Power components (1)
- Power Sources/Controllers (6)
- Power supplies (1)
- Power Supplies (2)
- Printer (1)
- Processors (1)
- Processors (16)
- Processors & Tools (11)
- Product Development & Management (2)
- Programmable Logic (1)
- Public Relations (1)
- Research & Development (1)
- Retailing (10)
- Robotics (3)
- RTOS (4)
- Semiconductor Production & Manufacturing (1)
- Semiconductors (20)
- Sensors (1)
- Sensors & Actuators (SA) (1)
- Show Daily (10)
- Show Daily Report (7)
- Simulation (5)
- Single-board computers (1)
- SOC (8)
- SOC (52)
- SOC (System on a chip) (18)
- Society & Culture (48)
- Software (10)
- Software (SW) (1)
- Software Development Tools (4)
- Sony (Video) (1)
- Standard busses (1)
- Standards (1)
- Standards (1)
- Storage devices (2)
- Synthesis (1)
- System Design (2)
- System Engineering (2)
- System-level Design Language (14)
- Systems on Chip (1)
- Technology (1)
- Telecommunications (1)
- Test & Measurement (1)
- Test and Measurement (6)
- Topical Taxonomy--Electronics (2)
- Toshiba (Video) (1)
- Transportation (2)
- Transportation & Warehousing (1)
- TV (1)
- User Interfaces (1)
- Utilities (3)
- Verification (1)
- Video (1)
- Video (5)
- Video/DTV (6)
- Voice (1)
- Wireless (3)
Blog
Tuesday, July 10, 2007
Free EDN Webcast: Low-Power SOC Design
Jul 10 2007 10:21AM | Permalink | Email this | Comments (0) |
Blog This! using: Blogger.com | LiveJournal |
Digg This | Slashdot This | add to Del.icio.us
Need to design SOCs that maximize performance for every microJoule? I’ll be conducting a free Web seminar next week (Wednesday, July 18) on the topic of configured microprocessor cores that help accomplish this objective by greatly reducing the number of cycles needed to execute a task without the need to use manually coded RTL hardware blocks or assembly-language programming. I’ll be explaining these concepts in depth by exploring the abilities of configurable processors and through three specific, detailed task examples (AES encryption, Viterbi decoding, and FFTs) that benefit from this design approach.
Key points you'll learn:
-
Configured processor cores can reduce task energy consumption by more than 10x
-
Many types of tasks can be accelerated using processor configuration
-
Configured processor cores reduce manual RTL coding and verification in low-power applications
-
Buses are not the ideal choice for low-power, on-chip interblock communications
Register here.
Related entries in: ASICs | Processors | SOC (System on a chip) |
Post a comment
About Us | Contact Us | Free Email Newsletters | Free Magazine Subscription | Advertising | 
RSS
©1997-2008 Reed Business Information, a division of Reed Elsevier Inc. All rights reserved.
Use of this Web site is subject to its Terms of Use | Privacy Policy