It’s Not Just About Protecting the Chip: How Amida is Enhancing Security throughout the Semiconductor Lifecycle

My podcast guest this week is Margaret Schmitt, General Manager of the Microelectronics Security Division at Amida. We discuss common security threats facing microelectronics devices today, the details of Amida’s flagship Achilles solution, the innovative ways that Amida is enhancing security throughout the semiconductor lifecycle, … Read More → "It’s Not Just About Protecting the Chip: How Amida is Enhancing Security throughout the Semiconductor Lifecycle"

Building A Semiconductor Fab? I Have Awesome News (Exclamation Mark)

I’ve been informed by the punctuation police that I am no longer allowed to employ exclamation marks in my column titles. That’s like asking me to write while hopping up and down on one leg with one arm tied behind my back, but I’ll try to be brave and soldier on. Suffice it to say that for anyone building a semiconductor fab who wants … Read More → "Building A Semiconductor Fab? I Have Awesome News (Exclamation Mark)"

Awesome Retro Displays and Computers

In retrospect, it’s been a funny old day with respect to retro displays and computers, starting with Numitron tubes (which use seven incandescent filaments arranged to form a seven-segment display) and ending with an 8-bit computer implemented using 1950s thermionic valves (vacuum tubes).

Now, I want you to be honest with me… am I alone in loving the technologies of yesteryear? For … Read More → "Awesome Retro Displays and Computers"

Fish Fry Special Edition: International Women in Engineering Day

In honor of International Women in Engineering Day, I have an extra podcast episode this week! My guests are Dawn Vertz from Kohler Energy, Sarah Boen from Tektronix and Rosa Chow from TDK. I sat down with each of these esteemed engineers and discussed their journeys into the world of high tech, how the EE landscape has changed over the years and what they would like to see in … Read More → "Fish Fry Special Edition: International Women in Engineering Day"

A Brief History of PCBs: Where did printed circuit boards come from?

While writing my recent 8-part EDA history (listed below), I became acutely aware that most of the effort devoted to EDA tool development has been aimed at IC design. A much smaller level of effort was devoted to developing printed circuit board (PCB) tools. The reason is simple, I think. IC design tools sell for far more money. While IC design tools cost upwards of six and … Read More → "A Brief History of PCBs: Where did printed circuit boards come from?"

July 12, 2024
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June 28, 2024

featured chalk talk

PolarFire® SoC FPGAs: Integrate Linux® in Your Edge Nodes
Sponsored by Mouser Electronics and Microchip
In this episode of Chalk Talk, Amelia Dalton and Diptesh Nandi from Microchip examine the benefits of PolarFire SoC FPGAs for edge computing applications. They explore how the RISC-V-based Architecture, asymmetrical multi-processing, and Linux-based reference solutions make these SoC FPGAs a game changer for edge computing applications.
Feb 6, 2024
20,747 views

featured paper

Navigating design challenges: block/chip design-stage verification

Sponsored by Siemens Digital Industries Software

Explore the future of IC design with the Calibre Shift left initiative. In this paper, author David Abercrombie reveals how Siemens is changing the game for block/chip design-stage verification by moving Calibre verification and reliability analysis solutions further left in the design flow, including directly inside your P&R tool cockpit. Discover how you can reduce traditional long-loop verification iterations, saving time, improving accuracy, and dramatically boosting productivity.

Click here to read more

featured video

Unleashing Limitless AI Possibilities with FPGAs

Sponsored by Intel

Industry experts discuss real-world AI solutions based on Programmable Logic, or FPGAs. The panel talks about a new approach called FPGAi, what it is and how it will revolutionize how innovators design AI applications.

Click here to learn more about Leading the New Era of FPGAi

discussion
Posted on Jul 12 at 5:27pm by Steven Leibson
You made me grin, traneusee. I've always used center-tapped transformers to build symmetric + and - power supplies, mostly with 24 VCT transformers, but I'm sure you've described the original intended use. I was born too late to worry about gaseous FET heaters.
Posted on Jul 12 at 6:44am by Max Maxfield
>> what sort of clothing is appropriate to wear when having your brain boggled If you have to ask, you aren't ready grasshopper >> I remember being in Phuket, and my parents wouldn’t send me the money to come home either. Why am I not surprised? LOL
Posted on Jul 11 at 12:12pm by Tacitus
Back in my day we didn’t have all that mamby-pamby tool software stuff. We had to grab the wafer while it was still red-hot from the furnace and beat it flat enough for the next guy in line to work on - The lithographer… If you needed pure air ...
Posted on Jul 11 at 11:45am by traneusee
VCT rating on a transformer secondary meant "volts center tapped", the voltage across the whole winding. The winding has a tap (third lead) at the center of the winding. A 6.3 VCT transformer was intended to have 6.3-volt vacuum-tube heaters connected across the ends of the winding. The center tap was ...
Posted on Jul 11 at 10:56am by Max Maxfield
Rather than build an entire computer, I really would like to build a "2-core" ALU -- one core out of relays and the other out of vacuum tubes -- mount them in class-fronted cabinets on the office wall -- and have them performing calculations in parallel just for the heck ...
Posted on Jul 11 at 10:22am by Karl Stevens
Right on, Steve! However, the current soft processors are just too slow and embedded processors are at the limit of clock frequency. By the way, Stratix FPGAs have impressive embedded memory blocks with true duel port mode. Meaning that it can write the result of the previous cycle and read ...
Posted on Jul 11 at 10:14am by Karl Stevens
Right on, Steve! However, the current soft processors are just too slow and embedded processors are at the limit of clock frequency. By the way, Stratix FPGAs have impressive embedded memory blocks with true duel port mode. Meaning that it can write the result of the previous cycle and read ...
Posted on Jul 10 at 4:52pm by Steven Leibson
Not a problem, Karl. Thanks for taking this article seriously.
Posted on Jul 10 at 2:13pm by Karl Stevens
Thanks, Steve. Sorry for the digression
Posted on Jul 10 at 11:35am by Steven Leibson
"I mean to say that (decimal, floating point, and vfl) were not included. That essentially meant that it did add, subtract, compare, load, store, branch. Same as the older 7044. The 7044 had index registers that were offsets to operands. System 360 had 16 General Purpose registers, but most were used for addressing data ...
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featured blogs
Jul 12, 2024
I'm having olfactory flashbacks to the strangely satisfying scents found in machine shops. I love the smell of hot oil in the morning....
Accelerating Tapeouts with Synopsys Cloud and AI
Sponsored by Synopsys
In this episode of Chalk Talk, Amelia Dalton and Vikram Bhatia from Synopsys explore how you can accelerate your next tapeout with Synopsys Cloud and AI. They also discuss new enhancements and customer use cases that leverage AI with hybrid cloud deployment scenarios, and how this platform can help CAD managers and engineers reduce licensing overheads and seamlessly run complex EDA design flows through Synopsys Cloud.
Jul 8, 2024
792 views
Developing a Secured Matter Device with the OPTIGA™ Trust M MTR Shield
Sponsored by Mouser Electronics and Infineon
In this episode of Chalk Talk, Amelia Dalton and Johannes Koblbauer from Infineon explore how you can add Matter and security to your next smart home project with the OPTIGA™ Trust M MTR shield. They also investigate the steps involved in the OPTIGA™ Trust M Matter design process, the details of the OPTIGA™ Trust M Matter evaluation board and how you can get started on your next Matter IoT device.
Jul 2, 2024
1,416 views
Shift Left Block/Chip Design with Calibre
In this episode of Chalk Talk, Amelia Dalton and David Abercrombie from Siemens EDA explore the multitude of benefits that shifting left with Calibre can bring to chip and block design. They investigate how Calibre can impact DRC verification, early design error debug, and optimize the configuration and management of multiple jobs for run time improvement.
Jun 18, 2024
3,212 views
ROHM’s 3rd Gen 650V IGBT for a Wide range of Applications: RGW and RGWS Series
In this episode of Chalk Talk, Amelia Dalton and Heath Ogurisu from ROHM Semiconductor investigate the benefits of ROHM Semiconductor’s RGW and RGWS Series of IGBTs. They explore how the soft switching of these hybrid IGBTs contribute to energy savings and power generation efficiency and why these IGBTs provide a well-balanced solution for switching and cost.
Jun 5, 2024
5,010 views
Easily Connect to AWS Cloud with ExpressLink Over Wi-Fi
Sponsored by Mouser Electronics and AWS and u-blox
In this episode of Chalk Talk, Amelia Dalton, Lucio Di Jasio from AWS and Magnus Johansson from u-blox explore common pitfalls of designing an IoT device from scratch, the benefits that AWS IoT ExpressLink brings to IoT device design, and how the the NORA-W2 AWS IoT ExpressLink multiradio modules can make retrofitting an already existing design into a smart AWS connected device easier than ever before.
May 30, 2024
5,653 views
Infineon and Mouser introduction to Reliable Solid State Isolators
Sponsored by Mouser Electronics and Infineon
In this episode of Chalk Talk, Amelia Dalton and Daniel Callen Jr. from Infineon explore trends in solid state isolator and relay solutions, the benefits that Infineon’s SSI solutions bring to the table, and how you can get started using these solutions for your next design. 
May 28, 2024
6,308 views