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Q2FY24TessentAI 800X100
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Virtually Verifying SSD Controllers

Virtually Verifying SSD Controllers
by Bernard Murphy on 09-26-2019 at 5:00 am

Datacenter storage

Solid State Drives (SSDs) are rapidly gaining popularity for storage in many applications, in gigabytes of storage in lightweight laptops to tens to hundreds of terabyte drives in datacenters. SSDs are intrinsically faster, quieter and lower-power than their hard disk-drive (HDD) equivalents, with roughly similar lifetimes,… Read More


Speeding Up Physical Failure Analysis (PFA)

Speeding Up Physical Failure Analysis (PFA)
by Daniel Payne on 09-19-2019 at 10:00 am

Mentor - design defect

The cost of an IC depends on many factors like: NRE, masks, fabrication, testing, packaging. Product engineers are tasked with testing each part and understanding what exactly is limiting the yields. Every company has a methodology for Physical Failure Analysis (PFA), and the challenge is to make this process as quick as possible,… Read More


Tcling Your Way to Low Power Verification

Tcling Your Way to Low Power Verification
by Bernard Murphy on 09-11-2019 at 5:00 am

OK – maybe that sounds a little weird, but it’s not a bad description of what Mentor suggests in a recent white-paper. There are at least three aspects to power verification – static verification of the UPF and the UPF against the RTL, formal verification of state transition logic, and dynamic verification of at least some critical… Read More


Making pre-Silicon Verification Plausible for Autonomous Vehicles

Making pre-Silicon Verification Plausible for Autonomous Vehicles
by Daniel Payne on 08-20-2019 at 10:00 am

AV diagram

I love reading about the amazing progress of autonomous vehicles, like when Audi and their A8 model sedan was the first to reach Level 3 autonomy, closely followed by Tesla at Level 2, although Tesla gets way more media attention here in the US. A friend of mine bought his wife a car that offers adaptive cruise control with auto-braking,… Read More


Can a hierarchical Test flow be used on a flat design?

Can a hierarchical Test flow be used on a flat design?
by Tom Simon on 08-15-2019 at 10:00 am

It is pretty common for physical layout to work from a flattened hierarchy for blocks or even full chips, even though the front-end design starts with a hierarchical representation. This was not always the case. Way back when, the physical layout matched the logical hierarchy during the design process. Of course, this led to all… Read More


Mentor-Tanner Illuminate MEMS Sensing, Fusion

Mentor-Tanner Illuminate MEMS Sensing, Fusion
by Bernard Murphy on 08-14-2019 at 6:00 am

I enjoy learning and writing about new technologies closely connected to our personal and working lives (the kind you could explain to your Mom or a neighbor). So naturally I’m interested in AI, communication and security as applied to the home automation, transportation, virtual, augmented and mixed reality, industry and so… Read More


Mentor Highlights HLS Customer Use in Automotive Applications

Mentor Highlights HLS Customer Use in Automotive Applications
by Bernard Murphy on 07-30-2019 at 6:00 am

Catapult HLS

I’ve talked before about Mentor’s work in high-level synthesis (HLS) and machine learning (ML). An important advantage of HLS in these applications is its ability to very quickly adapt and optimize architecture and verify an implementation to an objective in a highly dynamic domain. Design for automotive applications – for … Read More


PSS and Reuse: Great Solution But Not Hands-Free

PSS and Reuse: Great Solution But Not Hands-Free
by Bernard Murphy on 07-23-2019 at 6:00 am

If you’re new to PSS you could be forgiven for thinking that it automagically makes stimulus reusable, vertically from IPs to systems, horizontally between derivatives and between hardware-based and software-based testing. From a big-picture point of view these are certainly all potential benefits of PSS.

What PSS does provide… Read More


Konica Minolta Talks About High-Level Synthesis using C++

Konica Minolta Talks About High-Level Synthesis using C++
by Daniel Payne on 07-11-2019 at 8:00 am

Konica Minolta printer

In the early days of chip design circa 1970’s the engineers would write logic equations, then manually reduce that logic using Karnaugh Maps. Next, we had the first generation of logic synthesis in the early 1980’s, which read in a gate-level netlist, performed logic reduction, then output a smaller gate-level netlist.… Read More


An AI Accelerator Ecosystem For High-Level Synthesis

An AI Accelerator Ecosystem For High-Level Synthesis
by Bernard Murphy on 07-01-2019 at 10:00 am

AI accelerators as engines for object or speech recognition (among many possibilities), are becoming increasingly popular for inference in mobile and power-constrained applications. Today much of this inferencing runs largely in software on CPUs or GPUs thanks to the sheer size of the smartphone market, but that will shift… Read More