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Tiny tech, big impact: How chips power our digital life

Chip Chip
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Tiny tech, big impact: How chips power our digital life

The coffee machine brewing a perfect cuppa. Face ID unlocking your smartphone. Starting up your Electric Vehicle (EV).
Much of our everyday lives are powered by chips, which can be found virtually in every modern appliance, gadget, and system that surrounds us.
And they are produced right here. Singapore plays a big role in the global semiconductor industry that produces these “tiny brains” behind many of our smart, essential, and favourite products.

What's in a chip, actually?

What's in a chip, actually?

Chip Layer
Layer's line

Chip

A set of electronic circuits assembled on a tiny piece of silicon.

Wafer Layer
Layer's line

Wafer

A thin circular slice of semiconductor material that forms the base of a chip.

Semicon Silicon Layer
Layer's line

Semiconductor

A material that acts as both a conductor and insulator of electricity. Silicon is the most widely used semiconductor material.

Know your chips

Know your chips

There are generally five categories of chips defined by their functions.

Car sensor icon Car analog icon Car passengers Car power icon Car headlights Car logic icon Car Car gps

Logic Chip processes information to complete a task – like the brain of an electronic system.

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Memory Chip stores information.

Ever saved your home and workplace coordinates on your EV’s GPS system, or have your car remember the exact point in your playlist where you left off? You’ve got a memory chip to thank for that.

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Analog Chip converts analog signals into digital signals or vice versa.

A great example of an analog chip at work is how it converts “real world” signals like light, sound, temperature, and speed for the EV to automatically adjust or alert the driver.

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Power Chip optimises a device or system’s energy efficiency.

This is usually found in an EV’s inverter or DC/DC converter to improve overall performance and reduce power losses.

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Sensor Chip ensures real-time and intelligent monitoring and processing of data.

Seatbelts are properly fastened, headlights are on in the dark, and battery charge levels are accurate – these are just a few examples of sensor chips having an essential role in ensuring your EV’s safety and reliability.

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How chips are made

How chips are made

While the materials that make up a singular chip seem simple, it takes a lot of technological innovation and human ingenuity to manufacture a specific chip that an end-application or product needs. Here’s a quick breakdown of the process:

Chip 1 Chip 2 Chip 3 Chip 4 Chip 5

Design

Engineers design the chip’s blueprint – what it needs to do, how it’ll work, how fast it should be. The resulting blueprint is a pattern of electrical circuits.

Design coffee Design mouse Design keyboard Design monitor Design printer

Fabrication

The pattern is built on the wafer through a series of complex and high-precision processes in a cleanroom.

Fabrication laser Fabrication wafer 1 Fabrication wafer 2 Fabrication wafer 3

Dicing

The wafer is cut into thousands of tiny individual chips called dies.

Dicing laser Dicing wafer Dicing device Dicing monitor

Packaging

Each working die is mounted and packaged to protect it.

Packaging machine Packaging wafer Packaging computer 1 Packaging computer 2

Final Testing

The chips are tested to make sure they work as designed.

Final testing machine left front Final testing machine right front Final testing wafer Final testing machine left back Final testing machine right back

As the process involved in making a chip in the specific shape and form for an electronic device can be very complex, some companies may only specialise in one or several of the steps. Integrated Device Manufacturers (IDMs), however, have the capabilities to do the whole process.

Chip 1 Chip 2 Chip 3 Chip 4 Chip 5

The tiny nation powering big possibilities

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The tiny nation powering big possibilities

Just like chips, Singapore may be small in size, but its significance in the global semiconductor industry is undeniable. In fact, Singapore accounts for one in ten chips and one in five semiconductor equipment produced globally!

This is enabled by the well-established local semiconductor ecosystem in Singapore that puts us in a good position to participate in this fast-growing industry globally. Notable global companies across the semiconductor value chain have built up a significant presence in Singapore – from chip design companies like AMD and Qualcomm, to pure-play foundries like GlobalFoundries (GF) and integrated device manufacturers (IDMs) like STMicroelectronics.

Singapore is also the regional hub for advanced semiconductor R&D topics such as advanced packaging and silicon photonics. We have invested significantly in our public research infrastructure and world-class research institutions to stay at the cutting edge of semiconductor technology development.

So the next time you check your fitness tracker, set your home to a personalised mood, or use a camera to park your car – there's a good chance that chips designed or manufactured in Singapore played a part in making it possible.

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