The first generation of wearable devices are constructed using mature, rigid technologies put inside a new box that can be worn. These are often bulky devices that are not truly wearable in the sense that our clothes are. This is, however, beginning to change, albeit slowly.

This presentation is based on research from the IDTechEx Research report AR & VR Smartglasses and Functional Contact Lenses 2016-2026 (www.IDTechEx.com/glasses).

While there are obviously similarities, different applications have different key requirements of the TIMs. In all cases, the TIM needs to minimise stress, prevent electromigration of its fillers, and maximise adhesion.

To date, attendee registrations are up by 17% and exhibiting organizations are up by 27% on last year.

Sensor development is driving the next generation of wearable devices, and this development is now going further than simply attaching sensors to devices that can be stuck on the body

The conductive inks and paste business will generate a demand of 1800 tonnes. IDTechEx Research forecasts that this will grow to 2200 by 2026. This business has come alive again and is now a business where literally everything is changing.

The battery market has suddenly become alive again in recent years. On the one hand, batteries are assuming new form factors, becoming ultra-thin, flexible, rollable, stretchable, etc. On the other hand, manufacturing are scrambling to offer large batteries aimed at addressing the large-sized electric vehicle and grid applications.

As CES passed for another year we saw another wave of announcements and demonstrations without the topic reaching the limelight it will soon command.

Whilst the majority of wearable technology products sold today still fit with the components-in-a-box design, 2015 has been a record year for investment in smart clothing and e-textile products.

Defining and exploiting value proposition is an essential part of wearable technology's journey from early adopters into mass markets, and sensor platforms enable the key value proposition in most wearable devices today. This is why made-for-wearable sensors are being developed around the world, and this is why IDTechEx Research finds that made-for-wearable sensors will represent 42% of all sensors in wearable devices in 2026, up from a measly 7% in 2015.

Interfacing with machines undergoes a constant evolution, allowing for wider adoption of computing devices over time, as interaction becomes more "natural". According to IDTechEx Research, smartglasses are bringing about the next big step in this ever-changing space.

Whilst existing battery technologies such as lead acid and lithium-ion batteries will dominate the battery market in the following 10 years, advanced and post lithium-ion batteries given the right conditions can potentially take a considerable dent of about 10% of whole battery market by 2026.

Large investments have been made to enable flexible, thin sensors rather than rigid sensors.

This video provides an overview of the opportunities for sensors in wearable technologies.

Thin, flexible batteries in 2025 set to become a $400 million market in 2025 mainly by enabling new products.

Each week we come across brilliant new technologies from companies and research institutes and we want to help such enterprises showcase their products to the audiences of our events - which are typically the largest in the world on the topic.

This week LG Display announced that it will invest One Trillion Won for a flexible OLED display plant in Korea. Why?

A new design strategy has emerged for making batteries flexible.

In this short presentation, IDTechEx Research explains the evolution of the technology and shows some of the latest examples of printed sensors.

After years of slow progress from small companies, flexible batteries now have the attention of big brands such as Apple, Samsung, LG Chemical, Nokia and STMicroelectronics, who are set to drive the flexible battery market from US$ 6.9 million in 2015 to over US$ 400 million in 2025 according to IDTechEx Research.