Addressing The Challenges Of IoT Design


Internet of Things (IoT) designs mesh together several design domains in order to successfully develop a product. Individually, these design domains are challenging. Bringing them all together to create an IoT product can place extreme pressure on design teams. The Tanner design flow is architected to seamlessly work in any of these design domains by employing an integrated design flow for desi... » read more

One Flow To Rule Them All


The new mantra of shift left within EDA is nothing new and first made an appearance more than a decade ago. At that time there was a very large divide between logic synthesis and place and route. As wire delays became more important, timing closure became increasingly difficult with a logic synthesis flow that did not take that into account. The tools subsequently became tied much closer togeth... » read more

Technical Overview of Fuel Cell Systems


Fuel cells offer the means for the conversion of chemical energy in hydrogen rich fuels (fossil and renewable) directly to electricity without having to generate thermal energy as an intermediate step. In a fuel cell, the fuel and oxidizer, usually the oxygen in air, react electrochemically to produce water and heat. The entire fuel cell system includes the fuel cell and a number of additional ... » read more

The Cloud, The IoE, And You


If you’re anywhere in the high-tech biz, the two terms that are rocking your world are the Internet of Everything and the Cloud. Whether you are on the inside track of these, or on the sidelines, they are going to be two of the most disruptive technologies of the 21st century. The cloud is already here and gaining momentum. Some people will argue that the cloud has been here since the ince... » read more

SoC Verification For The Internet of Things


Larger, more complex designs with more software and tighter power budgets require new verification solutions that target the associated technological challenges. This paper explores why traditional digital simulation and hardware prototypes fall short when it comes to verifying IoT and network designs, why using emulation is critical for a total verification solution, and why traditional in-cir... » read more

Hybrid Emulation Gets More Hybrid


Rising chip complexity is creating a booming emulation business, as chipmakers working at advanced nodes turn to bigger iron to get chips out the door on time. What started as a "shift lift"—doing more things earlier in the design cycle—is evolving into a more complex mix of hardware-accelerated verification for both hardware and software. There are even some new forays into power explor... » read more

3D Thermal Simulation Of Resistive Heating


Joule heating, also known as resistive or Ohmic heating, is the power lost to heat as electrical current flows down a conductor. We were introduced to Joule’s first law (Power dissipation = I²R, VI, V²/R) way back in high school. From an electronics thermal simulation perspective it requires a full 3D electrical flow simulation to be conducted, and from that the Joule heating power dissipat... » read more

Property Synthesis Throughout The Design Flow For Application In Formal Verification, Simulation, And Emulation


This white paper describes the JasperGold Property Synthesis Apps, members of a family of interoperable, application-specific formal verification solutions that addresses verification challenges throughout the design flow. The Apps synthesize both behavioral and structural properties — also known as assertions — for use in formal verification, simulation and emulation. They significantly in... » read more

Making Cars Better


The automotive industry, with its double-digit growth, is a very attractive market for equipment manufacturers. This growth is explained not only by the increasing number of cars produced for the Asia market, but also by the shift of basic customer expectations for things such as more hybrid and electrical vehicles, more sophisticated infotainment requirements, and more high-end features. O... » read more

Deciphering Performance Analysis


Simulation traditionally has been the go-to technology for improving system performance, but practices are evolving and maturing because engineering teams need to be able to simulate in multiple domains and at at multiple levels of abstraction. In addition, they need to tune the level of [getkc id="11" kc_name="simulation"] they are using to what types of models they have available, and what ki... » read more

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