February 2016 - Page 7 of 10 - Semiconductor Engineering


Power-Performance-Thermal


People like me are challenged in the culinary department. We believe that all we have to do is put the meat, vegetables, sauce and everything else in the recipe into the crockpot and a few hours later, out comes dinner. We (desperately) believe that we can dump the ingredients into a Ninja blender and get a healthy, tasty shake in a few minutes. (I have been politely informed that it is NOT the... » read more

Powerful New Standard


In December the IEEE released the latest version of the 1801 specification, entitled the IEEE standard for design and verification of low-power integrated circuits. Most people know it as UPF, or the Unified Power Format. That was the name the first version of it held while being developed within Accellera. The standard provides a way to specify the power intent associated with a design, enabli... » read more

What The Next Era Of Automotive Design Will Require


ARM, automotive, automotive electronics, lower-power processors, ADAS, automated driver assist, smart cars, autonomous vehicles, TECHnalysis, Your father’s automotive market, with its long design cycles and reluctance for change, is in the rear-view mirror— a spec on the horizon in fact. The industry’s enthusiastic embrace of electronics — and the astonishing cost, functional, safety... » read more

Where We Go From Here


It is hard to argue against the evidence that the dynamics of modern software in embedded systems are making it nearly impractical for traditional approaches of cycle based simulation or emulation to survive as they’ve been while truly meeting the needs of hardware/software design teams. While it is not a topic the EDA companies are completely comfortable addressing directly, the fact is t... » read more

Intelligent Flexible IoT Nodes


The media is buzzing with articles every week about the benefits of deploying IoT systems across various industries. Some forecasts mention the trillions of dollars that will be saved on a global scale from such deployments and the dramatic boost to those companies that make it all possible. At the heart of this global deployment is the IoT node, a sensor that converts the physical world to dig... » read more

Next-Generation RTL Floorplanning


Mentor’s physical RTL synthesis tools, including RealTime Designer and next-generation products, have the unique technology to pull placement ahead of synthesis and address the need for RTL floorplanning. Mentor’s physical RTL synthesis tools offer higher capacity, faster runtimes, optimal QoR, and physical awareness during RTL synthesis by optimizing at a higher level of abstraction and u... » read more

Optimizing LPDDR4 Performance And Power With Multi-Channel Architectures


PDDR4 offers huge bandwidth in a physically small PCB area and volume; up to 25.6 GByte/s of bandwidth at a 3,200 Mbps data rate from a single 15mmx15mm LPDDR4 package when two dies are packaged together. LPDDR4 builds on the success of LPDDR2 and LPDDR3 by adding new features and introducing a major architectural change. This white paper explains how LPDDR4 is different from all previous JEDEC... » read more

Fuel Cells And The IoE


There is no arguing with the fact that civilization is consuming power like never before. Even with a growing awareness of energy conservation at all levels, and across all types of platforms the world’s appetite for energy is growing, logarithmically. And technology is not going to be able to make conventional energy sources efficient, and earth-friendly enough to supply all that will be nee... » read more

Blog Review: Feb. 10


You could be flying on a hybrid plane that uses hydrogen fuel cells in the future, and might even be able to hear the loudspeaker announcements while waiting for the flight, in this week's top tech picks from Ansys' Justin Nescott. Plus, smart soccer balls. Thermal is the new power, argues Cadence's Paul McLellan, and when it comes to SoCs treating thermal analysis as an afterthought is no l... » read more

System Bits: Feb. 9


Securing RFID chips Researchers at MIT and Texas Instruments have developed a new type of radio frequency identification (RFID) chip that they say is virtually impossible to hack, and which could secure credit cards, key cards, and pallets of goods in warehouses. The researchers reminded that if such chips were widely adopted, it could mean that an identity thief couldn’t steal your credi... » read more

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