As more AI applications turn to edge computing to reduce latencies, the need for more computational performance at the edge continues to increase. However, commodity compute engines don’t have enough compute power or are too power-hungry to meet the needs of edge systems. Thus, when designing AI accelerators for the edge, Joe… Read More
Product LifeCycle Management (PLM) systems have shown incredible value for integrating the enterprise with a single view of the product design, deployment, maintenance, and end-of-life processes. PLM systems have traditionally grown from the mechanical design space, and this still forms their strength.
Meanwhile, due… Read More
Much of the technology that goes into aerospace applications is some of the most advanced technology that exists. However, these same systems must also offer the highest level of reliability in what is arguably an extremely difficult environment. For semiconductors a major environmental risk in aerospace applications are … Read More
Typically, there is an existential rift between the on-chip access requirements for test and the need for security in SoCs. Using traditional deterministic scan techniques has meant opening up full read and write access to the flops in a design through the scan chains. Having this kind of access easily defeats the best designed… Read More
Multi-chip modules are now more important than ever, even though the basic concept has been around for decades. With The effects of Moore’s Law and other factors such as yield, power, and process choices, reasons for dividing what once would have been a single SOC into multiple die and integrating them in a single module have become… Read More
When you think of the Defense Advanced Research Projects Agency (DARPA), this first thing that comes to mind is the development of the internet. And indeed, if you look at their website’s historic timeline, the development of ARPANET, as it was known at the time, is shown prominently in 1969. Incidentally, I actually used one of … Read More
Increasingly complex heterogeneous packaging solutions have proved essential to meeting the rapidly scaling requirements for automotive electronics. Perhaps there is no better example of this than advanced driver-assistance systems (ADAS) that are found in most new cars. In a recent paper published by Siemens EDA, they … Read More
Humans certainly have always had an aesthetic preference for symmetry. We also see symmetry showing up frequently in nature. The importance of symmetry in electronic designs has been apparent for decades. There are a host of analog structures that require balanced layout. For instance, these include differential pairs and … Read More
Glitches on clock domain crossing signals have always been a concern for chip designers. Now with increased requirements for reliability, renewed scrutiny is being given to find ways to identify these problems and fix them. In particular applications such as automotive electronics have given this added effort an impetus. Siemens… Read More
Silicon photonics is getting a lot of interest because it can be used in many applications to improve bandwidth, reduce power and provide novel new functionality. It is especially interesting because it offers an ability to combine electronics and optical elements into the same die. Though it is fabricated with familiar silicon… Read More
