The Texas A&M team describes an FPGA embedded system design project intended to assess the technology’s suitability for use in real-time, high-performance applications. The test application is a speech encryption system intended for use in military and high-security environments. The team used a Xilinx Virtex II Pro platform FPGA for the project, and was also […]
The article describes the context and need for embedded operating systems that are more responsive to the power management demands placed on today’s electronic devices. It reviews the design objectives for the two main types of power management, reactive and proactive, and examines how both can be implemented. For system developers designing portable electronic devices, […]
As the market continues to push for higher performance at lower cost, trusted personal devices (TPDs) must also be able to exchange greater volumes of data, voice or streaming video at ever higher bit rates, while transmitting and receiving securely under multiple telecommunication standards. Reductions in cost and time-to-market can only be achieved by integrating […]
The article describes an algorithm that combines performance and variation objectives in a behavioral model for a given analog circuit topology and process. The tradeoffs between performance and yield are analyzed using a multi-objective evolutionary algorithm and Monte Carlo simulation. The results indicate a signi?cant improvement in overall simulation time and ef? ciency compared to […]
The process of proving the system is working and performing optimally, under all application and environmental conditions, has become too inefficient and difficult for existing methodologies. Traditional methods for addressing post-silicon requirements have reached the point of diminishing returns. What was once an exercise of designing, implementing and verifying 25,000 to 50,000 gates of instrumentation […]
Andre Geim When you were young, did you enjoy bouncing around on a trampoline? If so, try this for size. Imagine a membrane about 275 miles long, one mile deep and an average of 10 miles wide. These dimensions matter. Because this sheet of material covers the entire Grand Canyon—and before you go bouncing on […]
Lane Mason Marc Greenberg DDR3 DRAMs still languish around the edges of the market despite their supposed attraction in terms of power and performance, the widespread availability of product, and the presence of a supposedly ‘evolved’ ecosystem and implementation infrastructure. Just over 18 months ago, Intel launched a major Go To DDR3 market initiative at […]
Guy Haas Managing EDA software involves more than monitoring and studying usage across various tools and features. An effective approach will help the enterprise reduce engineering software costs, reach better and more informed business decisions, become more responsive and ensure compliance with software licenses. To understand how to develop such strategies, we need to look […]
Richard Goering System-on-chip designers who work with third-party silicon intellectual property (IP) will see some significant changes at 32nm and below. Physical IP will be highly optimized to specific processes, following intense collaborations between large IP providers and foundries. Processor IP may become less synthesizable and make more use of hard macros. On the plus […]
The Oasis file format is intended as the long-term successor to GDSII, which is now 30 years old. However, even though the first specification for Oasis was released in 2004, there is still a great deal of confusion and ignorance surrounding the standard. The article looks at the background of Oasis’ development, identifies its strengths […]
