Embedded Programs and the Future

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 In right now’s digital world, our life is surrounded by Embedded Programs. From brewing your morning espresso to microwaving your breakfast to driving your automotive (with its good digital options), attending to the workplace the place you’re taking an elevator to get to your good (auto adjustable) desk.

Programs, Embedded in Our Life

From the auto adjustable desk, you utilize your laptop computer for work till you inform Alexa to show off your good lamps and head to mattress — all of the whereas utilizing your smartphones.

Welcome to the world of Embedded Programs.



The gadgets you utilize are getting smaller, quicker, and smarter on daily basis. It’s all taking place on account of their tiniest part, a semiconductor “Chip,” embedded contained in the gadget. These microchips are smaller than our fingernails. Furthermore, virtually all of the modern-day embedded gadgets use these Microchips. It’s onerous even to think about a world with out them.

The “Mind” within the System 

The parts of embedded methods encompass Sensors to seize the enter alerts, a Processor (Microcontroller or “Logic”) to handle the sensors, a reminiscence to retailer the information, and an actuator or the output gadget to set off or seize the outcomes seamlessly. It’s fairly the identical as our human physique. We have now sensors (like ears, nostril, eyes, and many others.), a “Mind” to Course of and Memorize, and the remainder of our our bodies that react.

The semiconductor “Chip” (Microcontroller, Processor & Reminiscence) is the “Mind” of the embedded methods. These semiconductor chips are labeled because the “Logic” (often known as Processors) and the “Reminiscence.”

The “Want for Velocity”

The newer applied sciences (comparable to IoT, Machine Studying, Synthetic Intelligence, Huge Information, and cloud computing) use advanced algorithms and want a high-speed processor and quicker reminiscence.

The computation velocity and reminiscence necessities are rising quickly from supercomputers to smartphones. The primary supercomputer, CDC (Management Information Company-6600), had a high velocity of 40 MHz, which is painfully gradual in right now’s world.

The primary model of a Raspberry Pi (essentially the most easy microcontroller, costing lower than $50) has a 700-MHz processor. MHz is the ‘clock’ velocity of a processor. A million choices made in a second is one MH. The newest supercomputer can compute 200,000 trillion calculations per second. The iPhone-13 makes use of an A15 Bionic processor chip having 15 billion transistors.


This additionally applies to non-public computer systems and laptops. On October 27, 2021, Intel introduced its twelfth technology processor household, “Core i9-12900K,” the very best gaming processor (5.2 GHz), having as many as 16 cores and 24 threads. The brand new desktop processors attain new heights of multi-threaded efficiency for fanatic players {and professional} creators.

Evolution of the next-generation computing

The evolution of superior semiconductor chips helps gadgets obtain high-end algorithms. These advanced algorithms have been in existence for many years. Nonetheless, they might not be carried out to their fullest extent in the true world as a result of lack of specialised computational instruments.

Probably the most revolutionary sign processing ideas, the “Fourier Rework” (included within the Prime 10 Algorithms of twentieth Century by the IEEE) and some of the crucial algorithms utilized in picture processing and telecommunication, has existed for a very long time.

Fourier Rework was first mentioned in 1805. It’s a mathematical perform that transforms a sign from the time area to the frequency area. It’s a very highly effective transformation that provides you the flexibility to grasp the frequencies inside a sign.

Nonetheless, as a result of lack of in-depth computational instruments, scientists couldn’t discover it additional (till ~1970) or use it in any business methods. However now, it’s broadly utilized in picture processing and sign processing in lots of business and important methods (together with RADAR & SONAR).

It’s all Occurring right here, Moore’s regulation

Gordon Earle Moore is an American engineer and the co-founder and chairman emeritus of Intel Company. In 1965, he authored Moore’s regulation and, utilizing current information, extrapolated that the variety of transistors in built-in circuits (IC) would double about each two years with the decreasing prices.

Developments within the semiconductor manufacturing course of (particularly the lithography machines) maintain Moore’s regulation alive. In the previous few a long time, these chips are getting extra condensed, environment friendly, and economical with an rising variety of transistors fabricated in a single monolithic Chip, and the pattern continues.



supply: https://www.singularitysymposium.com/moores-law.html


The newest applied sciences evolve in parallel with the semiconductor “Chip” evolutions. Consequently, the embedded methods world is getting superior, good, and extra reasonably priced.

The semiconductor know-how revolution produces high-computational, high-speed processors and faster-access reminiscence semiconductor chips. These revolutions are the rationale behind the success of the most recent applied sciences, together with smartphones.

The success is as a result of the necessity for crucial and optimized sign processing algorithms developed the idea of “System on Chip” (SoC), the place your complete digital and analog sign processing algorithms are carried out contained in the {hardware} (semiconductor chip) itself.

SoC has managed to make embedded methods extra environment friendly. As well as, these SoC have helped tremendously in overcoming community incompatibility, integration, and reliability points in IoT, particularly in wi-fi connectivity and 5G capabilities.

These developments in semiconductor chips have considerably impacted our human life. Their contribution to medical science, from essentially the most easy contactless thermometer to the subtle life-saving gadgets, is huge. These developments have made an amazing influence within the medical world.

The Chip Scarcity, A Present Downside

Lately, the world has witnessed high-speed digitization and, additional boosted by the pandemic, a large surge in demand for laptops, smartphones, cars, and servers. Sadly, this has led to a major downside: a scarcity within the chips that management every little thing.

As well as, the evolving applied sciences are extra demanding, creating the necessity for smaller, quicker processors and extra accessible reminiscence. It’s virtually a hen and egg downside that works to fulfill manufacturing wants.

The present pandemic impacted semiconductor manufacturing in an unprecedented means. Nonetheless, good embedded gadgets have helped maintain life going. Our youngsters continued their schooling remotely utilizing chrome books, cameras, and headphones, and plenty of employees continued to work remotely with out hiccups.

The function of contactless temperature scanners, good contact tracing utilizing cellular information, and different applied sciences performed an instrumental function in confining the unfold of COVID-19. With out these good embedded methods gadgets, our life may have been a lot worse previously few years.

The Journey and Evolution of the Semiconductor Chip

The semiconductor chip journey began with the “vacuum tubes.” Historical computer systems used vacuum tubes. A vacuum tube is a glass tube with electrodes for controlling electron move, appearing as a swap or an amplifier.

In 1947, the College of Pennsylvania made a pc utilizing vacuum tubes virtually the dimensions of a constructing. Within the following years, scientists William Shockley, John Bardeen, and Walter Brattain collaborated to invent transistors, to interchange the vacuum tube, providing a more practical means for the pc to course of data.

Supply: https://www.hitachi-hightech.com/world/merchandise/gadget/semiconductor/historical past.html

The invention of “Transistors” was an enormous milestone and revolutionized semiconductor know-how. As well as, it helped in making the built-in circuits smaller, quicker, and extra reasonably priced. The nice researchers “Shockley,” “Bardeen,” and “Brattain” made a substantial contribution to semiconductor analysis and the event of the transistor and have been awarded Nobel Prize in Physics in 1956.

These transistors began getting used within the Built-in Circuits, that are additionally known as “microelectronic circuits,” “microchips,” or “chips.”

The chips are an meeting of digital parts, fabricated as a single unit, wherein miniaturized lively gadgets (e.g., transistors and diodes) and passive gadgets (e.g., capacitors and resistors) together with their interconnections are constructed upon a skinny substrate of semiconductor materials (sometimes silicon).

The ensuing circuit is thus a small monolithic “Chip” that we all know right now.

Chip Manufacturing, Not possible is Previous

A chip is a set of digital circuits the place the transistors flip a present on or off. Microchips are made by build up layers of those interconnected patterns of transistors on a silicon wafer. The newest monolithic chips can help greater than 100 layers containing a billion transistors every, every aligning at atomic (nanometer), which must align with nanometer precision (known as ‘overlay’).

The manufacturing course of of those semiconductor chips has a number of steps. Utilizing numerous automation processes, it will possibly take months from design to mass manufacturing within the cleanrooms of the chipmakers’ fabs (fabrication amenities). There are 4 distinctive phases in manufacturing.

Design Section: Circuit Design

Growth Section:  Printing circuit to a Silicon wafer

Pilot Section:  Essential Manufacturing standards (primarily based on the overlay, crucial dimensions, and many others.) matching

Mass manufacturing Section: The first focus is to maximise the yield and decrease the loss (failures) for business viability

The Recreation Changer, EUV Lithography

Lithography is when a light-weight supply is used to print tiny patterns of gadgets, together with transistors on silicon. It’s a elementary step in a mass-producing microchip. Lithography machines the place the {hardware} meets software program present a holistic strategy to mass-producing patterns on silicon. This machine is likely one of the most advanced machines globally, which has developed tremendously previously few a long time.

ASML (ASML Holding NV) is the market chief within the DUV (Deep Ultraviolet) lithography machines and the solely maker of the subsequent technology EUV (Excessive Ultraviolet) lithography machines on the planet.

These machines are so advanced (virtually the dimensions of a bus), with over 100,000 parts and round a mile’s size of cable, all assembled to make a large lithography machine costing greater than $150 million per machine.

The precision of those machines is within the nanometer vary. For instance, ASML makes use of DUV machines with a precision of round 200 nanometers wavelength. There are just a few DUV producers (Nikon & Canon) apart from ASML.

As well as, ASML has been taking part in an instrumental function in assembly the difficult demand for the most recent applied sciences and conserving Moore’s regulation alive. For instance, ASML’s EUV lithography machine is the next-generation high-resolution lithography machine that made a revolutionary change in reaching a 10-nanometer (virtually X-ray vary) precision wavelength, one thing unprecedented usually.

ASML invested greater than 17 years and roughly 6 billion euros in analysis and improvement in making the EUV lithography machines. These EUV machines manufacture subtle microchips. The EUV machine is immediately benefitting all human beings.

These microchips are utilized in all the most recent smartphones, gaming consoles, smartwatches, and different high-end embedded gadgets.



 The Future is right here, EXE Lithography Machines

ASML is engaged on its subsequent technology of EUV lithography (EXE) machine, which can open the door for a wiser digital world in future a long time. Intel and ASML are working collectively to make it a actuality as quickly as 2025, and so they’ve managed to supply EUV manufacturing with numbers that weren’t attainable earlier than.

Above all, the EXE EUV machine would scale back the prices and vitality wanted to fabricate this chip. This machine additionally affords to scale at an reasonably priced tempo, properly into the oncoming decade. This machine has a better decision that may allow 1.7x smaller chip options and a pair of.9x elevated chip density.

The variety of course of steps will scale back considerably with this platform, which is a stable motivation to undertake the know-how. As well as, it can considerably scale back defects, prices, and cycle time.


Supply: innovationorigins.com/app/uploads/2018/01/ASML-transistor-per-mm2-Moist-van-Moore.png

Epilogue, Techno-Logical

The whole world of know-how is evolving in a suggestions loop. For instance, the necessity for quicker and extra environment friendly {hardware} (logic & reminiscence chips) used within the newest know-how drives the “Chip” fabrication trade.

And the development in semiconductor chip manufacturing additional pushes the most recent applied sciences ahead. For instance, the most recent (EXE) lithography machines use essentially the most subtle semiconductor “chips,” fabricated utilizing the sooner technology Lithography (DUV/EUV) Machines.

The semiconductor “Chip” (logic & reminiscence) developments are shaping future applied sciences. Whereas most of it will rely upon how efferently we proceed to advance the chip manufacturing trade. These challenges may result in future know-how up up to now unprecedented.

We see a major evolution taking place quicker than ever earlier than, creating an “industrial revolution” in Embedded Programs.

Disclaimer: Opinions expressed are the writer’s personal and never the views of his employer.

Interior Article Picture Credit score: Supplied by the Writer; Thanks!

Prime Picture Credit score: Jeremy Waterhouse; Pexels; Thanks!

Kishore Ranjan

I’m a Senior Design Engineer at ASML (Wilton-CT, USA), having 20+ years of expertise working in Embedded Programs in main know-how corporations (Aricent, Nokia, NSN, Samsung, Intel & ASML) throughout the globe (USA, South Korea, China, Finland, Germany & India)

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