Remote pregnancy monitoring company Nuvo Group announced that it has received FDA clearance to add a new uterine activity module that provides the capability for remote monitoring of uterine activity (UA). With this clearance, INVU can provide a reliable, passive alternative to existing methods of UA measurement. INVU uses only external sensors, allowing it to be used without any invasive component or the need for an in-hospital or in-clinic procedure.

Read more: Bloomlife Pregnancy Tracker Keeps You and Your Baby Safe by Monitoring Contractions

INVU's UA module was tested extensively in a clinical study with 80 patients, in which the INVU UA was recorded simultaneously with and compared to the intrauterine pressure catheter (IUPC), the current gold standard of care.

This clearance, which supplements INVU's previous FDA clearance for remote monitoring of fetal and maternal heart rates (FHR and MHR), expands the clinical utility of the platform to enable antepartum fetal surveillance, such as non-stress tests (NSTs), to be performed non-invasively and remotely, according to a press release.

INVU will now enable providers to recognize uterine contractions in women who are being monitored at home by passively capturing a granular and unique set of physiological measures from both mother and baby to derive FHR/MHR/UA, the measurements needed to perform NSTs. Designed to provide mother-centric care, INVU can offer NSTs to women—even those who may be prescribed such tests multiple times a week—in the comfort of their homes, all under the guidance of a physician.

INVU is available by prescription from healthcare providers seeking to offer expectant mothers the option of virtual visits by having them wear the INVU Sensor Band for real-time readings. While mothers will have the ability to receive simplified data and insights via the paired INVU app, providers receive FHR and MHR tracings and UA measurements that can be used to optimize patient management.

"The Nuvo team is elated to receive supplemental FDA clearance for remote monitoring of uterine activity," says Oren Oz, founder and CEO of Nuvo Group. "The ability to combine this new indication with remote monitoring of fetal and maternal heart rates allows INVU to provide expectant mothers and their healthcare providers with a comprehensive care system that captures deep data from 32 weeks in the pregnancy—marking a key milestone in our journey to reinvent and advance pregnancy care for the 21st century."

Read more: Garmin Adds Pregnancy Tracking Alongside Health and Wellness for Moms-To-Be

"INVU's unique ability to perform non-stress tests remotely is a significant step forward for pregnancy care," says Dr. Joshua Copel, professor of obstetrics, gynecology & reproductive science, and pediatrics at Yale School of Medicine and chair of Nuvo's medical advisory board. "As an increasing number of patients look to telemedicine for convenient care that doesn't sacrifice quality, INVU provides a reliable solution to help monitor fetal well-being."

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Chinese electronics manufacturer TCL announced that it will launch its long-in-the-works wearable display next month in Australia with more regions to follow. The new wearable display is called NXTWEAR G. The company also announced its new cross-device multi-screen collaboration feature for select devices, in addition to TCL's ultra-fast LINKHUB 5G Outdoor CPE and MOVETIME Family Watch 2.

Read more: TCL Patent Hints at a Foldable Smartphone that Can be Worn as a Smartwatch

"Some of TCL's biggest strengths are the breadth of its vision and creative capabilities, both of which have never been as evident as they are at Mobile World Congress 2021, where we have several products that enhance the human experience," said Aaron Zhang, CEO at TCL Communication. "By adding value to key existing and future products with Multi-Screen Collaboration, TCL bridges software and hardware gaps across smartphones, tablets, and TVs, curating a symphony of experiences that seamlessly enhance the day-to-day lives of its customers."

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TCL NXTWEAR G

The TCL NXTWEAR G Wearable Display Glasses is a portable cinema for movie lovers, an immersive world for gamers, or a private space at home, work, or on your commute. Combining a sophisticated, foldable frameless design with a comfortable fit, NXTWEAR G showcases a stylish, reflective deep black exterior and a high-end look and feel, the company said in a press release.

No charging is required; the grab-and-go glasses are plug-and-play, so can be powered by your compatible laptop, tablet, or smartphone. This creates a unique, fuss-free watching environment when matched with technology you already own.

The dual 1080p high-definition Sony FHD Micro OLED panels are perfectly positioned to deliver home theatre proportions, as NXTWEAR G emulates a 140-inch display with a 16:9 aspect ratio.

NXTWEAR G is compatible with more than 100 smartphones, hybrid two-in-one devices, and laptops from all major manufacturers, and will be available to buy in Australia beginning next month, with market availability to follow in select regions.

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MOVETIME Family Watch 2

Building on the success of the original MOVETIME Family Watch, the new smartwatch includes features that help kids explore the world while giving parents peace of mind. These include more precise location tracking, an improved camera, a larger screen, and 40 percent higher battery capacity. Since child safety comes first, the MOVETIME Family Watch 2 uses real-time geolocation to show where the wearer is at all times and logs a full location history. Safe zone geofencing also means that if they stray outside the designated area their parents have chosen, an alert is sent to the parents' phones. 4G voice, video calls, and text messages can be enabled with a Nano SIM card so that parents can instantly communicate with their kids. A one-touch SOS call button also means young users can reach emergency contacts without any delay.

Read more Fitbit Ace 3: Latest Fitness Tracker for Kids With Touchscreen And Up to 8-Day Battery Life

To make sure the MOVETIME Family Watch 2 is ideally suited to its young users, TCL developed a dedicated Kids UI to sit behind the 1.54" screen. Intelligent and easy to use, Kids UI lets children personalize their home screen with colorful wallpapers.

The MOVETIME Family Watch 2 ships across Europe in mid-August 2021 starting at €149 ($178).

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The new flexible OLED display developed by Samsung could be invaluable to future wearable devices. What are the challenges faced by wearable devices, and what could be the practical applications for Samsung’s new flexible display?

What are the challenges faced by wearables?

Wearable tech is one of the fastest-advancing sectors of the wider technology industry, now outpacing the development of smartphones. Design is a key factor for the devices of the future. The more devices blend in with potential users’ clothes and accessories, the quicker they will be adopted.

Related Plastic Logic’s New Flexible Color Display Set To Revolutionize Wearables

Wearables need to conform to the wearer. The ZYPAD watch was a rugged computer that could be worn on the wrist. However, it was bulky and heavy. There are other medical wearables that function very well but are not flexible enough for the patient.

Wearable devices need to be comfortable. Consumers prefer large displays but the device will be unpopular if it is too rigid and uncomfortable.

A device that can conform to the human body while remaining functional is only practical if it can be used many hundreds of times with little to no damage,” writes Robin Mitchell in ElectroPages.

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Samsung’s flexible OLED display

Samsung’s newly announced OLED display can be stretched up to 30%. One of the biggest achievements of this research was that the team was able to modify the composition and structure of ‘elastomer’, a polymer compound with excellent elasticity and resilience, and use existing semiconductor manufacturing processes to apply it to the substrates of stretchable OLED displays and optical blood flow sensors for the first time in the industry. The team was then able to confirm that the sensor and display continued to operate normally and did not exhibit any performance degradation with elongation of up to 30%.

What are the practical applications of Samsung’s flexible OLED display?

Samsung’s new display has a low resolution, but its flexibility and ease of use proves that it could be a good candidate for future wearables. The stretchable sensor was made in a way that makes continuous heartbeat measurements possible with a high degree of sensitivity compared to existing fixed wearable sensors. It could also be used in smartwatches and smartphones.

Related Nubia Launches Futuristic Flexible Display Smartwatch

“Our research is still in the early stages, but our goal is to realize and commercialize stretchable devices by increasing system resolution, stretchability, and measurement accuracy to a level that makes mass production possible,” said principal researcher Jong Won Chung, co-first author of the paper. “In addition to the heartbeat sensor that was applied in this test case, we plan to incorporate stretchable sensors and high-resolution freeform displays to enable users to monitor things like peripheral oxygen saturation, electromyogram readings, and blood pressure.”

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Recently, MIT announced that it had successfully embedded sensor circuits consisting of multiple ICs and connectors into fibers that can be used for clothing. How does their new invention solve challenges faced by wearables, and could it be the future of wearable devices?

Read more: Smart Fabrics Are Emerging As A New Form Of Wearables

“When you put it into a shirt, you can’t feel it at all. You wouldn’t know it was there,” said Gabriel Loke, MIT Ph.D. student and one of the co-authors of the study.

How can smart fiber help wearable devices?

Wearable devices need to be flexible and comfortable. By design, wearables cannot flex, bend, or change shape to fit a particular surface. Wearables such as smartwatches consist of a ridged circuit connected to flexible straps, writes Sam Brown in ElectroPages.

The fiber, developed by MIT engineers, is thin and flexible and can be passed through a needle, sewn into fabrics, and washed at least 10 times without breaking down. Making a digital fiber “opens up different areas of opportunities and actually solves some of the problems of functional fibers,” says Loke.

Currently, the fiber is controlled by a small external device. The next step will be to design a new chip as a microcontroller that can be connected within the fiber itself, a stop on the way to a working “fabric computer” Loke says.

What are the potential uses for MIT’s new fiber?

Future digital garment combat applications that go beyond recording individual health biometrics to sharing alternative sensor information are something the MIT group has considered.

During combat, the new digital fabric could help to map hazards and threats based on sensor input from multiple soldiers’ garments, according to Forbes.

The digital fibers could also be used in fabrics for medical bandages or compresses.

According to Loke, the fiber with temperature sensor-enabled, could be useful in spacecraft for detecting and measuring the impact of micro-asteroids.

Read more: Chinese Scientists Develop Smart Fabric That Can Display Texts

The idea of these types of smart fabrics has numerous use cases. These sensor-embedded fibers could also be used to investigate plants and other organic life. “I think that really opens up a new dimension,” Loke says.

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According to World Health Organization (WHO), masks should be worn as part of a comprehensive strategy of measures to suppress COVID-19 transmission and save lives. However, not everybody is suitable for wearing traditional masks. The elderly and people with breathing difficulties tend to find reusable cloth masks too stuffy and hard to breathe through, while disposable masks are bad for the environment. LG decided to do something about it. The South Korean electronics giant has launched a rechargeable wearable air purifier mask that lets you breathe comfortably.

Read more AirPop Introduces AirPop Active+ Halo, A Smart Mask that Tracks Your Breath and Air Quality

With the LG PuriCare you can breathe in pure air everywhere you go by blocking harmful particles with high-efficiency filters. LG has showed off its PuriCare Wearable Air Purifier at the IFA press conference in Berlin.

“The PuriCare Wearable Air Purifier is an exciting addition to our growing lineup of products designed to deliver meaningful health and hygiene benefits,” said Dan Song, president of LG Electronics Home Appliance & Air Solution Company. “At a time when consumers are seeking ways to make life safer and more convenient, it’s important that we’re able to offer solutions that add measureable value.”

Why should you buy LG PuriCare Wearable Air Purifier?

The PuriCare Wearable Air Purifier employs two H13 HEPA filters, similar to the filters used in the company’s home air purifier products.

The LG PuriCare Wearable Air Purifier has DUAL Fans with an ultra-small and lightweight motor and a Respiratory Sensor that senses your breath and controls the airflow to make it easier to breathe.

There are two H13 HEPA filters on board, similar in nature to the kind the company uses for its in-home air filtration system. There are also UV-LED lights designed to kill bacteria — an added level of protection beyond the filtration system, reports TechCrunch.

What's more, your glasses will not fog up when walking or jogging with this new mask. While most masks leak air under the nose or chin, the PuriCare Wearable Air Purifier seals to your face to better protect you. The ergonomic design was created to form to the shape of any face, so it feels incredibly comfortable for everyday use. The exterior and interior parts can be replaced as needed to keep your PuriCare Wearable Air Purifier clean and safe.

Read more New TEAL Reusable Respirator Mask Can Sense Proper Fit and Filter Saturation

The LG PuriCare Wearable Air Purifier mask can be bought online from LG and other sources. It is priced at US$152.

Fitbit may soon add snoring and noise detection to its devices. As reported by 9to5Google, details were found in the current Google APK for Android that indicate new functions for Fitbit's smartwatches and fitness trackers.

Read more: Fitbit Inspire 2 Now Has Phone Tracking Feature from Tile

According to descriptions, the new feature will enable your microphone during sleep so that your Fitbit device can monitor noise, including snoring.

Your Fitbit wearable will analyze noise level (how loud or quiet it is) to determine the baseline noise level, then record any noise above this to judge whether it's snoring. It will then assign you a label based on how long you were snoring for.

“We look for snore-specific noises. When our algorithm detects an event that’s louder than the baseline noise level, it performs a calculation to decide if it’s snoring or something else. If the noise level in your room is louder than the snoring, this feature may not be able to pick up the snoring.”

The tool can also be used to measure the ambient noise in your bedroom. Fitbit will tell you how loud it is in your sleeping environment on a scale between “very quiet,” which the company classifies as a consistent 30 dBA or less, and “very loud,” which falls in the 90 dBA and above range.

However, Fitbit cannot tell you who is snoring, so if you have a partner who snores, know that their nighttime sounds will be included in the detection mix. Fitbit will show you these results as a percentage, indicating how much of your night was spent snoring, reports 9to5 Google.

Keep in mind that this feature can detect snores from you or someone next to you. Here are the possible results you may see:

• “None to mild” means you were snoring for less than 10% of the total time you were asleep.
• “Moderate” means you were snoring for 10–40% of the total time you were asleep.
• “Frequent” means you were snoring for >40% of the total time you were asleep.

Read more: Fitbit Wearables May Soon Start Measuring Your Blood Pressure

According to 9to5 Google, Fitbit also will be introducing “sleep animals” as part of a separate upcoming feature. Each different style of sleeping will correlate with an animal. For example, a restless sleeper would be a bear, a short sleeper would be a hummingbird, a solid sleeper would be a tortoise, and so on.

Samsung has revealed a stretchable OLED display that acts as a heart rate sensor. The wearable device which can be mounted on the wrist, combines Photoplethysmography (PPG) heart rate sensors and an OLED screen to offer real-time heartbeat monitoring.

Read more: Google and Samsung are merging Their Operating Systems

On June 4, researchers at the Samsung Advanced Institute of Technology (SAIT), Samsung’s R&D hub dedicated to cutting-edge future technologies, published research in the world-renowned journal Science Advances about a technology that overcomes the limitations of stretchable devices.

Through this study, stable performance in a stretchable device with high elongation was achieved. This research was also the first in the industry to prove the commercialization potential of stretchable devices, given that the technology is capable of being integrated with existing semiconductor processes, reports Samsung.

OLED ‘Skin’ Display That Can Be Stretched by Up to 30%

One of the biggest achievements of this research was that the team was able to modify the composition and structure of ‘elastomer’, a polymer compound with excellent elasticity and resilience, and use existing semiconductor manufacturing processes to apply it to the substrates of stretchable OLED displays and optical blood flow sensors for the first time in the industry. The team were then able to confirm that the sensor and display continued to operate normally and did not exhibit any performance degradation with elongation of up to 30%.

To put their research to the test, the SAIT researchers attached stretchable PPG heart rate sensors and OLED display systems to the inner wrist near the radial artery. Doing this allowed them to confirm that wrist movement did not cause any property deterioration, with the solution remaining reliable with skin elongation of up to 30%. This test also confirmed that the sensor and OLED display continued to work stably even after being stretched 1,000 times. What’s more, when measuring signals from a moving wrist, the sensor was found to pick up a heartbeat signal that was 2.4 times stronger than would be picked up by a fixed silicon sensor.

“The strength of this technology is that it allows you to measure your biometric data for a longer period without having to remove the solution when you sleep or exercise, since the patch feels like part of your skin. You can also check your biometric data right away on the screen without having to transfer it to an external device,” explained principal researcher Youngjun Yun, corresponding author of the paper. “The technology can also be expanded to use in wearable healthcare products for adults, children and infants, as well as patients with certain diseases.”

Overcoming Technical Challenges With Stretchable Materials and Structure

Implementing stretchable display technology proves difficult because usually when a display is stretched or its shape is manipulated, the device either breaks or its performance deteriorates. In order to overcome this problem, the SAIT researchers replaced the plastic material used in existing stretchable displays with elastomer. The system developed by the SAIT team is the first in the sector to implement a display and sensor using photolithography processes that enable micro-patterning and large-area processing.

Commercialization and Expanded Applications

The stretchable sensor was made in a way that makes continuous heartbeat measurements possible with a high degree of sensitivity compared to existing fixed wearable sensors.

Read more: Samsung to Include Blood Pressure Monitor on its Galaxy Watch Active2

“Our research is still in the early stages, but our goal is to realize and commercialize stretchable devices by increasing system resolution, stretchability, and measurement accuracy to a level that makes mass production possible,” said principal researcher Jong Won Chung, co-first author of the paper. “In addition to the heartbeat sensor that was applied in this test case, we plan to incorporate stretchable sensors and high-resolution freeform displays to enable users to monitor things like peripheral oxygen saturation, electromyogram readings and blood pressure.”

The fashion industry is consistently adopting new technologies to further the possibilities of what we can wear. However, in 2021, designers aren’t interested in making smart clothes that do things we don’t need, such us, remind us when we’ve forgotten our keys. Instead, they are looking at the potential of new materials to positively affect the human body, according to a new digital exhibition called Surface Tension.

Read more Smart Underwear Takes Health Tracking to the Next Level

The exhibition is co-curated by researcher and designer Rosie Broadhead and writer & artist Wilson Oryema. Surface Tension “argues that technological advancements in clothing design shouldn’t just turn us into cyborgs, but proposes that the future of wearable tech is holistic,” reports Vice. Both Wilson and Rose believe that the clothes we wear should not be for decoration and protection only but they could influence what goes on within our bodies.

Surface Tension is like a digital gallery, where you can walk through like in a video game. It features 17 wearables created by scientists, designers, artists or medical doctors which can positively impact both its wearer and the environment. “It’s all about healing the body in some way,” Rosie explains, “so there's some biological element to all of them”. Rosie is the founder of SKIN SERIES, a brand that looks at the potential of using probiotics within fashion design — a 3D model of the brand’s ‘Seaweed Encapsulated Baselayer’ which can aid in cell regeneration and reduce inflammation is included in the exhibition.

“We’re worried about what is in our food, what is in our skincare,” Rosie continues, “but we need to start asking, ‘What is next to our skin?’” After all, everything that we come in contact with affects our microbiome (the bacteria, fungi and other tiny microbes which live on and in us), so why shouldn’t this be brought into consideration when designing clothes?

Here are some of the stuffs featured in the exhibition:

Biometric Protector

DOES Pharma presented a family of products with the aim of protecting the most important features of our body towards our identity recognition. “Our products provide the perfect protection for keeping your body features as recognizable as possible towards your body surveillance functionality. Available in a variety of sizes, colors and designs and produced with non pH-damage materials, we offer a collection of products that work towards your daily biological uniqueness protection,” DOES Pharma says.

Their products include:

• Tongueprints Biometric Protector
• Fingerprints Biometric Protector
• Ears Biometric Protector
• Iris Biometric Protector
• Anus Biometric Protector
• Nosepores Biometric Protector

ALMA Smart Underwear

ALMA Smart Underwear is a non-invasive tool designed to monitor vaginal health. When symptoms occur, a female will use the underwear in order to identify what type of infection is coming. The biosensor placed in the gusset of the underwear, measures pH and other biomarkers present in vaginal fluid. The data is accessible to the user through the phone and if necessary the app directly connects to professionals for medical support.

Read more YKK’s Smart Zipper Can Be Connected to Mobile Phones

Entangled by Marion Lasserre

Entangled is a design and material research project investigating the potential of integrating future materials and microorganisms into the 3D printing process with the aim of creating novel footwear. The project research explores how materials for 3D printing (flexible resins, biomaterials) impact the skin over time and what could be done, by using the 3D printing technology to improve foot health. Traditional shoe making processes still use glues and agents which will be toxic overtime for makers and the environment.

Mechanical Counter Pressure (MCP) Glove

This MCP glove was designed, tested, and validated for space operations by Final Frontier Design for NASA in 2015-17. The design of the glove compresses the skin at a pressure necessary to maintain cardiovascular function in the vacuum of space. The MCP glove design includes restraint lines of Spectra running from the fingertips, down each finger, along the palm, and to the wrist to control human and pressure loads.  Adjustable pressure on the skin is realized through inflatable pockets running from the fingertips to the wrist and donning and doffing is allowed through two diagonal zippers along the wrist, reinforced with lacing.

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Lumen, the maker of metabolism measurement device through the breath, and Garmin International, have launched the second phase of integrating health and activity data.

Read more Lumen Introduces at Home Metabolism Tracking Device, Available Worldwide Now

The second phase will integrate that metabolism data with biometric data collected with the Garmin wearable itself. In that regard, people will now be able to view their body battery and heart rate data (both resting and active) directly in the Lumen app to gain a better sense of how their workout affects their metabolism. The information can be used to optimize their training and their diet based on the results.

According to the research team at Lumen, the trend is clear: Garmin users are now optimizing their fitness routine by training their metabolism, reports BusinessWire.

“Proper nutrition is just as essential as your workout routine, whether you’re just getting started on your fitness journey or training for a triathlon,” said Travis Johnson, global product lead for Garmin Health. “The combination of real-time metabolic data from Lumen and biometric data from Garmin is a powerful tool that lets you make informed decisions about how to fuel your body and achieve your fitness goals faster.”

Throughout the last 3 months of this integration, Garmin users took over 11,000 post-workout metabolism measurements. The results of these measurements were highly successful, as 70% of users shifted to burning fat as a fuel source following their workout. This efficient shift from carbs to fat burn is a key factor to training a flexible metabolism.

Compared to the average user, they also worked out 15% longer, fasted and woke up in fat burn 10% more, and took 18% more daily steps.

"We see that Garmin users who measure their metabolism with Lumen become smarter athletes because they get metabolic feedback in real time on their wrist after workouts. In phase 2, users can connect their metabolism to Garmin’s Body Battery™ energy monitoring feature to optimize their workout readiness with the right nutrition," says Barak Alon, head of data at Lumen.

The feature integration was first launched in November 2020, as the Lumen metabolism measurement app was made available for Garmin users on the Connect IQ™ Store along with a Health API integration.

In this second integration phase, Garmin users can now directly correlate their Body Battery, heart rate, and workout to see how well their body shifts from carbs to fats as a fuel source.

Read more Garmin Partners Up with Fitabase to Offer New Data Management for Wearable-Based Research

The new data metrics now available to Garmin users in their Lumen app include:

• Body Battery
• Resting heart rate
• High heart rate

With 1 in 5 American adults owning a wearable device, the future of health tracking is shifting to the combined value of nutrition and fitness data. Innovative integrations such as Garmin and Lumen are at the forefront of utilizing data and technology to determine what workouts truly work for our body through real-time metabolic insights and personalization.

Peer-reviewed

In collaboration with San Francisco State University, Lumen has validated an ongoing study launched in 2020, which shows the validity of Lumen to detect changes in metabolic fuel utilization in a comparable manner with a laboratory standard metabolic cart, providing the ability for real-time metabolic information for users under any circumstances.

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Performance sports wearables maker Coros announced its largest ever software and app update. These new features and advancement of existing features comes as the brand continues to respond to the ever-evolving needs of performance athletes. The latest update focuses on sports science and improving user’s training efficiency by way of both COROS watches and the COROS App, available for download in the Apple App Store and Google Play Store.

Read more Coros Pace 2 Is the World’s Lightest GPS Watch Especially Designed for Competitive Runners

EvoLab brings the following enhancements to the COROS platform:

• Real time training load – based on intensity and duration of activity
• Improved Aerobic/Anaerobic Training Effect calculation
• Short-term and long-term fitness analysis
• Fatigue level and recovery recommendations

Furthermore, EvoLab offers a number of newly designed Road/Track Running Specific features are being introduced with plans for expansion to Trail Running and other activities in the future:

• Marathon Focused Running Level – indicating Marathon distance readiness and provides an easy comparison between runners.
• Running Performance Analysis – comparing today’s run versus expectations.
• Race Prediction Tool and Pace Guide – offered for 5k, 10k, Half-Marathon and Marathon distances.

“Our team of developers have spent the last 12 months on the EvoLab project, responding to the performance needs of our users, said Lewis Wu, CEO COROS Wearables. “In the process, they have completely revolutionized the way athletes receive personalized fitness evaluations from a GPS Watch. The final result allows for better and more efficient training which ultimately is our mission at COROS.

EvoLab will be available for early release to the first 1,000 users who sign up here and will be more broadly released within the next month, according to a press release.

In addition, COROS announced that it will be bringing 4 new products to market with the PACE 2 Speed Series and the all-new Keychain Charger. The PACE 2 Speed Series includes 3 all new limited run colors of the Award-Winning PACE 2 GPS Sports Watch:

• Red – inspired by the synthetic track surfaces
• Green – representing the pines of the Pacific Northwest, home to this summer’s Track and Field Championships
• Gold – epitomizing the pinnacle achievement of the sport, and the medal that COROS Pro Athletes Emma Coburn and Eliud Kipchoge look to take home this summer

Read more Coros VERTIX GPS is the ‘Most Powerful GPS Watch Ever’

Lastly, the Keychain charger is a fun introduction to the COROS range, as it solves one of the biggest issues caused by the brand’s renowned battery life – lost chargers. Users can purchase the new Keychain Charger for $24.99 and clip it onto their keys, water bottle or belt loop so it’s always at the ready, on the rare chance a charger is needed.

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Google and Samsung announced that they are essentially combining Wear OS — Google’s operating system — and the Tizen-based software platform that has been central to Samsung’s wearables for many years.

The new platform will be called ‘Wear’ for now and Tizen will be discontinued, reports MobiFlip.

“This isn’t just for Google and Samsung. All device makers will be able to add a customized user experience on top of the platform, and developers will be able to use the Android tools they already know and love to build for one platform and ecosystem. And because of these benefits, you will have more options than ever before, whether it’s choosing which device to buy or picking which apps and watch faces to display,” Bjorn Kilburn Director of Product Management, Wear, wrote in a blog post.

Read more Samsung Leaker Cracks Samsung’s Secret Language Code About Upcoming Galaxy Watch

This is what we know so far:

• From now on, all new Galaxy Watches will be equipped with Wear and it seems like a new chip (maybe from Google and Samsung?) Is being planned.
• Older models are not supplied with Wear, but Samsung would like to guarantee three more years of updates.
• There will be some Tizen Samsung apps for Wear, but not all. S Health, for example, is being discontinued and Samsung is getting the new Fitbit apps from Google. The data can be transferred.
• Google itself is revising most of the apps, for example there is navigation for Google Maps without a smartphone. All these apps will of course also be available for Samsung models. Also, it sounds a bit like we won't get Samsung Pay and Google Pay is the standard.
• Samsung has helped Google to optimize the performance of Wear and it is also referred to as longer battery life. The performance is probably around 30 percent increase, there is no information about the battery life.
• Fitbit is also making a Wear OS app. As Fitbit is already a part of Google, Samsung's watches may end up getting all those Fitbit features too.
• The focus is also on more independent smartwatches, so we'll see many new models with 4G.

Read more Will Samsung’s Upcoming Smartwatch Run on Google’s Wear OS

“We are also making it easier for our developer community to build great apps (including new Tiles!) for the platform, and reach millions of consumers all over the world through the Google Play Store,” Kilburn wrote.

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As the schools are slowly opening after a long pandemic lockdown, kids are getting ready to meet their friends and explore independence this summer. However, adjusting to the freedoms of the season could be a challenge for many families. For parents looking for digital solutions to keep track of their kids, child-tracking watch like Gizmowatch 2 can help.

Read more Garmin Joins Forces with Children’s Mercy Kansas City to Keep Kids Active During COVID-19 Pandemic

Geared toward kids 3 to 11, the Gizmowatch 2 features GPS and LTE connectivity on Verizon’s network so kids can call and text approved contacts, and parents can keep an eye on them in real time.

This new model boasts a larger screen than its predecessor, better battery life, and a lower price: $99 plus the cost of LTE connectivity (which starts at $10 per month).

The GizmoWatch 2 can help you stay connected to your kids without excessive unwanted contact. Parents can set up to 10 trusted contacts of their choice, reports Neil Mitchell in Verizon.

The watch is powered by Qualcomm Snapdragon Wear 2500 1.2GHz quad-core processor. It has 4 GB of RAM and a 500mAh battery that Verizon says can last up to four days with typical usage. The typical usage can include calling and texting up to 10 parentally-approved contacts, as well as setting alarms and task reminders, and even playing a fun pre-loaded energy burning game.

In terms of water resistance, the GizmoWatch 2 is rated IP67, meaning it can withstand up to 3.2 feet of water for 30 minutes.

The Fun Activities section has a step counter, which parents have to enable in the app. You can also add a step goal, set a time to receive a daily notification with your child’s step count, and write a congratulatory message they will see when they reach their goal.

Read more The 5 Best Fitness Trackers for Children

The voice changer lets kids record a message then hear it back as a robot, someone who inhaled helium, a squirrel, or a monster. They can share this funny recording with their friends.

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DIGISEQ announced a breakthrough in payment wearable technology giving consumers the functionality to turn any object of choice into a payment device with a user friendly application on their mobile. The new solution, Rapid Contactless Personalization Rcos, is available for any Android and iOS device, delivering MasterCard payment data, via secure tokenization, quickly and by just downloading the Manage Mii™ mobile App.

Read more The Future Is Now: Wearable Contactless Payments

The pandemic has accelerated the pace of adoption of the IoT technology market and contactless applications, which is now forecasted to extend to over 41 billion devices by 2027. The Rapid Contactless Personalization technology means DIGISEQ continues to be the most disruptive player globally. The solution can be used for both prepaid and tokenized accounts.

Rapid Contactless Personalization enables consumers to pay with any object at millions of acceptance points globally. This is a game changer in the passive wearables market, breaking down the technical barrier to making payments simple and secure on any object, and will be the catalyst for scaling passive wearables for mass market adoption, reports Digiseq.

Brands, including Rosan Pay and STISS, will be brought to life with digital services as wearables are now payment ready without the need for the manufacturer retailer or card issuer to do anything beyond embedding the NFC chip into the device. Previously, the chip embedded within the wearable would need to go through the cumbersome process of being personalized by the manufacturer or at a retail kiosk before being ready to use.

Rapid Contactless Personalization puts control in the hands of the consumer as they can provision any wearable with a suitable NFC chip through the Manage Mii application, transforming it into a contactless payment device in place of a card and speeding up the process of purchasing with payments functionality. Manufacturers can now offer payment enabled items for sale from rings to watches and virtually anything at retail outlets and via online stores without any need to be involved in the payment card delivery. The development also offers untold benefits for issuers and banks; previously confined to existing payment methods (Apple Pay and Android Pay), they’re now able to maintain better relationships with their customers and their finances, and begin to distinguish themselves by delivering new and innovative experiences for the user.

Commenting on this industry first, Non-Executive Chairman of DIGISEQ, David Birch, said:

“The team behind Rapid Contactless Personalization, Terrie Smith CEO and Colin Tanner CTO, know this space intimately, having led the product development of tokenization at MasterCard in 2014 that supports solutions such as Apple Pay. They co-founded DIGISEQ to revolutionize services in the contactless wearables and smart objects space and they are delivering on that promise by building a fantastic company which they are now scaling up to deliver mass market payments for the internet of things, in the new contact-free economy.”

David continued: ‘This week Colin Tanner and I filmed a live transaction where I provisioned my own Alioth Pay ring with MasterCard using my own iPhone 12. I’m delighted that together we are making wearables a reality for the mass market.’

Terrie Smith, DIGISEQ CEO, said:

“The pandemic has disrupted many traditional payment methods, and as a result customers are looking for easier, more seamless ways to purchase goods or services. Rapid Contactless Personalization is the next step in this process, and will help brands and manufacturers place passive wearables at the heart of the payment ecosystem as the trend develops. We’re confident that the removal of obsolete, cumbersome processes will ultimately lead to greater adoption from brands, and empower customers to pay in safer, more flexible ways.”

Read more Keyble – The World’s First Wearable With Fingerprint Authentication for Contactless Payments

Björn Scharfen, Head of Product Line Payment and Ticketing solutions at Infineon commented:

“While consumers are looking into new ways for payment, DIGISEQ’S Rapid Contactless Personalization™ enables just that. The secure provisioning of payment credentials into a ring, a wristband, a fitness tracker or pretty much any accessory you can imagine, becomes as easy as a tap on a smartphone. Together with Infineon’s expertise in security controller, contactless performance and scalable turn-key payment solutions, the vision of “anything can be a payment thing” is becoming reality.”

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Mobvoi, a Chinese tech firm, has started selling its TicWatch GTH. The $79.99 fitness wearable features sensors for skin temperature and blood oxygen that are typically reserved for more expensive watches.

The watch has powerful sensors to help you reach optimal health. These sensors continuously monitor your skin temperature, blood oxygen (SpO2) levels, heart rate, respiration rate, and even your sleep quality. Advanced fitness tracking also helps you keep track of your progress and show all that you’ve accomplished on a brilliant 1.55’’ high-resolution color display. Swim, bike, and run all week long with up to 10 days of battery.

Read more Rollme Hero: Cheap Smartwatch Packed With Features

Temperature measurement

Your temperature is a core indicator of your overall health. TicWatch GTH's sensor measures directly from your wrist and notifies you of any potential concerns. With TicWatch GTH monitoring your temperature all day and night, it can alert you when health issues arise, allowing you to act quickly. With up to ± 0.1°C measurement accuracy**, the temperature sensor allows you to take on-demand readings within just a few seconds, reports Mobvoi.

Blood Oxygen saturation

Keeping track of your blood saturation (SpO2) levels helps you understand how well oxygen is being sent throughout your body. The blood oxygen sensor in the TicWatch GTH uses photoplethysmography (PPG) technology to accurately measure the oxygen saturation in your bloodstream. The SpO2 sensor detects your oxygen saturation level, by shining an array of LED lights into the blood vessels in your wrist.

Heart rate monitor

Continuously monitoring your heart rate when you are working, exercising, and even while you sleep. Get detailed visualizations of your heart health in real-time.

Respiratory rate

Your respiration rate is the number of breaths that you take per minute. By monitoring this it can help detect early changes in your health.

Are you stressed?

TicZen turns your heart rate variability data into insights about your stress level throughout the day.

Sleep tracker

A good night’s sleep is key to maintaining good health and reducing stress. TicSleep tracks your light and deep sleep cycles, the duration, and the quality of your sleep. Wake up each day with a sleep quality rating based on last night's sleep routine.

Waterproof

With a 5ATM water-resistance rating, TicWatch GTH can go with you wherever you travel. Wash your hands, play in the snow or go for a swim without fear of water damage.

Read more This Wearables Brand Is Taking the Market by Storm With Its Cool, Affordable Smartwatches

Predicting COVID-19

Mobvoi is collaborating with Turing scholar and professor Raj Reddy and a team of scientists at Carnegie Melon University to use the Tic Watch GTH’s sensor data to develop a system for predicting early warning signs of possible COVID-19 infection. Mobvoi’s R&D team and the CMU team will work together to build personalized models powered by long-term data tracking and analysis to provide insights on the overall health and wellbeing.

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Many people with COVID-19 have low levels of oxygen in their blood, even when they feel well. Low oxygen levels (SpO2) can be an early warning sign that medical care is needed.

Amid the COVID-19 pandemic, along with masks and hand sanitizers, sales of pulse oximeter are on the rise.

Can you measure blood oxygen saturation without a pulse oximeter? Yes, you can. If your smartwatch or fitness tracker comes with the SpO2 feature, you can measure your blood oxygen level.

Read more Maxim Unveils the First Complete Wrist-Based Solution For Monitoring SpO2

When measuring blood oxygen level using fitness trackers and smartwatches, make sure:

1. The smartwatch or the fitness tracker is mounted properly on your hand
2. Always keep your hand steady while measuring blood oxygen
3. For better results, rest your hand on a flat surface
4. Factors that may affect results are shaking, hair, tattoos, improper wearing, and low temperature

How to use an Apple Watch to measure SpO2

Using an Apple Watch, you can take a blood oxygen measurement at any time with the Blood Oxygen app.

1. Make sure that your Apple Watch is snug but comfortable on your wrist.
2. Open the Blood Oxygen app on your Apple Watch.
3. Stay still, and make sure your wrist is flat with the Apple Watch facing up.
4. Tap Start, then keep your arm steady for 15 seconds.
5. The measurement takes 15 seconds. At the end of the measurement, you will receive the results.
6. Tap Done.

For best results

Rest your arms on a table or in your lap while you take a measurement. Keep your wrist and palm down and flat, and hold as still as you can.

Make sure that your Apple Watch isn’t loose on your wrist. The band should be snug but comfortable, and the back of your Apple Watch needs to be touching your wrist.

Make sure that the back of your Apple Watch is flush with the top of your wrist. If your wrist bones interfere with this, move your watch 1 to 2 inches up your arm away from your wrist bone.

Measuring SpO2 with Samsung Watch

1. Head into your Galaxy Watch3 Apps Tray and launch the full-screen icon Samsung Health
2. Scroll down the list of options and tap on the full-screen icon Blood Oxygen
3. Select
4. It is recommended to place your hand on a table and near your heart. Sit still while your watch measures your Blood Oxygen level.
5. Once measured you will be able to view your Blood Oxygen level and Beats per minute (bpm)

Read more Fitbit Adds Blood Oxygen Monitoring (SPO2) in its Versa, Charge, and Ionic Device

Measuring SpO2 with Fitbit Wearables

To measure SpO2 with a Fitbit wearable, you’ll need the latest version of Fitbit OS and a SpO2 clock face.

All you need to do is set the SpO2 clock face as default. This will show you details like SpO2, heart rate, step count, floor count, etc. Also, the clock face shows the average value from your most recent sleep session and the highest and lowest values recorded during the session, reports GadgetsNow.

This works on Iconic, Sense, Versa, Versa 2, and Versa Lite.

Measuring SpO2 with Amazfit Watch

1. Swipe left on the dial interface to open the application list, and select blood oxygen application to start measuring blood oxygen saturation
2. During mountaineering, the sports application can be run in the background, and then the oxygen saturation application can be started for blood oxygen measurement;
3. After the measurement, the watch will display the measurement result, or check the latest measurement result.

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Oura CEO Harpreet Singh Rai said wearables in the future will help people prevent, not react to, illness. In conversation with Insider's Senior Tech Correspondent Lisa Eadicicco, Rai said wearables will increasingly be able to detect warning signs and alert the wearer by sounding an alarm.

"You go to the doctor after you have a heart attack," Mr. Rai said. "No one's really going to get all the regular checkups ... that we should, and wearables can fill that gap."

Read more Oura, WHOOP, BioStrap and BioIntelliSense Invading Health Monitoring Space With Biometric Wearables

Oura is a $300 smart ring that monitors the wearer’s sleep, heart rate, and skin temperature. Last month, Bloomberg reported that the Finnish company is in talks with investors to raise funds at a valuation of about $800 million, according to people with knowledge of the matter.

The discussions mark the second fundraising in as many years for Oura, which last year raised $28 million from Google’s Gradient Ventures, Square Inc., and Forerunner Ventures. Earlier investors include Michael Dell’s MSD Capital, actor Will Smith and former professional basketball center Shaquille O’Neal. Investors in the current round and the amount being raised couldn’t immediately be learned.

Last year, around 25% of the NBA players were given Oura rings to track their biometric data and ensure that they and their coaches remained COVID-free. According to Oura, changes to users’ illness probability scores can indicate they may be at higher risk or showing signs of COVID-19. The accompanying app provides features such as meditation to reduce stress and anxiety. Another benefit of the ring is its sleep tracking feature.

"Data from us and other wearables have shown that you can feel significant changes a day or two before you feel sick," Rai said during the panel Tuesday, reports Business Insider.

Read more US Army Outfits Paratroopers With WHOOP Strap To Assess Level of Stress

He said other companies are toying with similar ideas. Samsung, he said, has discussed monitoring blood pressure. And there's also potential in tracking reproductive health, such as the time of one's menstrual cycle.

"I think things like sleep apnea, blood pressure, and other health use cases are really what is going to shift us from wearables 1.0 to 2.0," he said.

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In the modern world, life is hectic. Every day we wake up and get busy doing everything that needs to get done except for one of the most important activities – sleep. Up to 30% of people in developed countries now suffer from chronic insomnia. Sleep occupies approximately one-third of our lives and is fundamental to our physical well-being, good mental and emotional health.

Read more Huawei Launching Two New Wearables In Austria, Will Open Experience Store In Vienna

Deep and uninterrupted sleep can be achieved with the help of a little science. In fact, understanding your sleep cycle can help you to achieve a good quality sleep.

When it comes to sleep quality, it is important to start with the processes involved in sleep. The normal sleep process consists of two distinct periods: “Rapid Eye Movement” (REM) and “Non-Rapid Eye Movement” (NREM). The non-REM sleep period is itself divided up into three stages, known as N1, N2, and N3. The first and second stages of non-REM sleep are considered “light sleep”, while stage three is known as “deep sleep”. REM sleep is often referred to as “dreaming sleep”, as it is during this phase that we tend to experience dreams, reports Huawei.

Each of these phases (light sleep, deep sleep, and dreaming sleep) has a different role to play, all of which are indispensable. We may all want to better understand our own sleep process, but the best way to get reliable information about it is with the power of technology.

Using a sleep monitoring device can help you to obtain information about your sleep process. For instance, Huawei’s smart wearables can monitor your sleep using the company’s self-developed and industry-leading infrared technology.

HUAWEI TruSleep ™2.0 monitoring can accurately detect all types of sleep stages and help you distinguish between them. It also tracks your heart rate and breathing in real-time during the night, without disturbing your sleep. The HUAWEI TruSleep™2.0 automatically monitors the whole sleeping duration including when the user falls asleep and wakes up, light sleep proportion, deep sleep proportion, and rapid eye movement (REM). This can help the user accurately identify six typical sleep issues such as insomnia, shallow sleep, night-time awakenings, early morning awakenings, excessive dreams, and irregular sleep patterns. When awake, the user can review their sleeping patterns on Huawei smart wearables. The built-in tips for sleep quality improvement and personalized advice also guarantee users with practical solutions to achieve better sleep quality.

To get better sleep, many of us adhere to several “pre-bedtime routines” to ease our mind and body. However, these routines may drive negative impacts instead of promoting better sleep. Take working out before bedtime as an example. A strenuous workout for a good sweat may sound great – but without proper stretching, we may find it more difficult to fall asleep due to the prolonged sympathetic-nerve activity. In the long run, this may lead to a vicious cycle of insomnia - as you'll get more anxious when you can't pass out once your head hits the pillow.

A more preferable approach is to take a warm bath before going to bed. Research suggested that the smaller the difference between the skin temperature and core temperature at night, the easier an individual can fall asleep fast. Therefore, either a hot shower or warm foot bath can be regarded as a favorable pre-bedtime routine. You can also get the extra sleep you crave by creating an ideal sleep environment - dim ambient lighting at night to further relax your mind.

Read more Wearable Maker Zepp Reveals Sleep Study Results, Launches Personalized Digital Lullaby Generator

Well, of course, the effectiveness of the aforementioned pre-bedtime routines varies from one individual to another – after all, those methods are rather subjective considering the variables involved. But with Huawei wearables, not only can you track the entire sleeping duration, but also get tips for sleep quality improvement – probably the best way to achieve better sleep quality!

Developing regular sleep-wake rhythm via a healthy lifestyle is critical for users who often deal with difficulty sleeping – give Huawei wearables a try to say farewell to insomnia!

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Different people handled the global pandemic and the resulting shutdown in different ways. Some started playing crosswords while others went for outdoor activities.

It has been called the “Great Outdoor Revival” — the mass exodus of people back into wild places. For some, it was easy to fall back into old habits. But for others, the opportunity to explore new and different places leaves us with a question: How do we get started? This is where Garmin technology comes in.

Garmin’s collection of wearables can make it easier for you to explore the outdoors.

Read more Garmin Enduro to the Test: This is Garmin’s Most Advanced Smartwatch

GPS Smartwatches

Garmin launched the first fēnix® watch in 2012. It was initially developed for Alpinists, so its ethos has and always will be built from the side of a mountain. Since the first fēnix, Garmin has continually developed wrist-based technology for outdoor enthusiasts, according to Garmin.

As the fēnix family expanded, Garmin continued to integrate features for daily life, making it one of the most popular “everyday” GPS smartwatches available.

However, as many people discovered last year, Garmin never stopped improving the outdoor heritage of the fēnix. With the launch of fēnix 6 Pro Solar watch in 2020, its outdoor features are as robust as ever.

Here are some features that can help you get started, stay safer and enjoy your outdoor experience more:

Solar Charging

• In 2019, Garmin introduced solar charging to increase battery life. This allows you to focus on what you love doing outdoors and worry less about your charge.

Multi-GNSS Support

• Knowing where you are and where you’re going is critical to staying safe in the outdoors. fēnix has access to multiple global navigation satellite systems (GPS, GLONASS, and Galileo) to track you in more challenging environments than GPS alone.

ABC Sensors

• ABC stands for Altimeter, Barometer, and Compass, which are three critical data points when exploring new places. This helps you navigate your next trail with an altimeter for elevation data, a barometer to monitor the weather and a three-axis electronic compass so you always know where you’re going.

Built-in Sports Apps

• Use preloaded activities profiles for trail running, biking, hiking, climbing and much more. These activities will track various metrics and then upload to Garmin Connect® so you can review information from your activity like calories, times, distance, the map of your course, and much more.

MTB Dynamics

• This provides details of every ride you take with mountain biking metrics, plus specialist Grit and Flow measurements that rate trail difficulty and how smoothly you descend, giving you a “score” to beat next time.

Surf-ready Features

• If you’re lucky enough to live by the ocean, you better be taking advantage of it. Recently introduced surf features integrate with Surfline Sessions™ (requires app downloaded to a compatible smartphone), which creates a video of every wave you ride in front of a Surfline® camera so you can watch them later and see how you did.

Hydration Tracking

• Staying hydrated in the outdoors is critical. With this feature, you can log daily fluid intake as a reminder to drink up. When the auto goal is enabled, you’ll even see estimated sweat loss after an activity, and your goal will be adjusted accordingly.

Acclimation

• If you are hiking, climbing or camping in various altitudes, everyone’s body acclimates differently. Altitude sickness is a real and dangerous thing. The acclimation widget shows your current elevation, acclimated elevation, and correlated Pulse Ox, heart rate, and respiration rate so you can see how you’re holding up to the current elevation.

Other watches

• The fēnix started it all, but since then the technology has been incorporated into various new watches. In fact, Garmin has a watch for almost everyone.
• Instinct: You want rugged. You want bold. You want a GPS smartwatch that doesn’t look like other GPS smartwatches. This is a great choice for those new to the outdoors.
• Enduro: You’re an extreme endurance athlete and you need a lightweight ultra-performance GPS watch with epic battery life. This one will help you go the distance.
• quatix: You’re a mariner. And you want a GPS multisport smartwatch that’s active on land and at home on the water. So here you go. Connect with your boat, in more ways than one.
• tactix: You’re on a mission to find a rugged GPS smartwatch with special-ops functions that help you travel in the shadows. This one will serve you well.

inReach

Outdoor Communication. With inReach satellite technology from Garmin and an active satellite subscription, you can stay in touch globally. You can send and receive messages, navigate your route, track and share your journey and, if necessary, trigger an SOS to help get assistance to you from the Garmin IERCC, a 24/7 global emergency response coordination center via the 100% global Iridium® satellite network. inReach allows two-way messaging so you can reach out to a loved one immediately.

Read more Garmin Launches quatix 6 Maritime GPS Smartwatch With Comprehensive Connectivity and Much More

Additionally, using Garmin Explore, users can set up live tracking so family or friends back home can join in your adventure from the comfort of home. From a safety standpoint, this is very beneficial. For example, using live tracking, family or friends can check to see if you’re moving along your planned route. If you are, great — all is well. If you aren’t moving and you should be, they can check in to see if everything is alright. If not, they can arrange help.

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Fueled by the pandemic, the contactless payment systems boomed in 2020. Now, experts are saying that 2021 will be a pivotal year for contactless payments, pushing more consumers to swap their cash and cards for safer contactless payment options.

Read more Contactless Payment Systems On The Rise Amid COVID-19 Pandemic

As per the report published by Fior Markets, the global wearable payment device market is expected to grow from USD 10.35 Billion in 2020 and to reach USD 80.39 Billion by 2028, growing at a CAGR of 29.8% during the forecast period 2021-2028.

Wearable contactless payment devices like smartwatches, smart rings, key fobs, etc. are directly associated with the customer’s bank accounts and work like a regular debit card, making purchases at any merchant store that sustains contactless transactions. This tap-and-go payment method provides retailers and vendors with additional secure and error-free payment methods.

KBC became the first bank insurer in Belgium to offer their customers payments via wearables like smartwatches, bracelets, key fobs, or smart rings.

Towards the end of 2018, KBC called for customers to take part in a year-long pilot project to test this innovative way of paying, reports pyments. Over 10,000 KBC customers expressed an interest, of whom 1000 eventually spent a year using a wearable – a fashionable accessory such as a ring, bracelet, watch, or keyring – fitted with the same technology as a contactless payment card. That wearable was linked to their KBC Debit Card.

“Wearable payments address one need above all else: convenience,” according to the Smart payments association (SPA). “Paying for goods and services with a simple flick of the wrist is infinitely faster and easier than by handing over cash, or even tapping in a pin number. And while the difference may be relatively slight, wearables offer greater convenience than even contactless cards and mobile payment apps — removing the need to fumble with a wallet, purse, or phone.”

Read more Keyble – The World’s First Wearable With Fingerprint Authentication for Contactless Payments

Verónica Martin of wearables firm and SPA member Giesecke + Devrient, commented: “Smartwatches are attractive devices, but they also come with a high price tag that can put them out of reach for many consumers.” Martin noted, “Rings, payment bands, and other wearable payment solutions tend to be much more affordable and will help to drive mass market appeal as well as meeting multiple different use cases.”

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TDK Corporation’s InvenSense ICP-10125 is part of the InvenSense SmartPressure family of the MEMS barometric pressure sensor platform. Combining barometric pressure and temperature sensing, the InvenSense ICP-10125 provides IPX8 waterproofing to more than 100 meters (10 ATM). The MEMS barometric pressure sensor offers four different measurement modes for optimizing power, noise, accuracy, and measurement frequency.

Read more TDK Launches Portfolio of VR Sensors for Accurate and Affordable VR Solutions

The ICP-10125 pressure sensor is based on MEMS capacitive technology which provides ultra-low noise at the lowest power, enabling industry-leading relative accuracy, sensor throughput, and temperature stability. The pressure sensor can measure pressure differences with an accuracy of ±1 Pa, an accuracy enabling altitude measurement differentials as small as 8.5 cm, less than the height of a single stair step.

The ICP-10125 achieves the industry’s lowest pressure noise of 0.4 Pa RMS, attains the industry’s lowest power consumption of 1.3 µA, and ensures excellent temperature stability with a temperature coefficient of ±0.5 Pa/°C.

The ICP-10125 is well-suited for smartwatches, fitness trackers, and outdoor IoT applications that assist in fitness activity monitoring, location tracking for E911 calls, and indoor/outdoor navigation (dead-reckoning, floor/elevator/step detection), reports TDK.

The ICP-10125 pressure sensor is based on MEMS capacitive technology which provides ultra-low noise at the lowest power. Support for IPX8 waterproofing protects the device up to 10 ATM. (Photo: Ivensense TDK)[/caption]

The InvenSense SmartPressure family uses an innovative capacitive MEMS architecture to deliver lower power consumption and lower noise than competing pressure sensors technologies. With its ultra-low noise and low power consumption, ICP-10125 is ideally suited for wearable fitness monitoring and battery-powered IoT. It can measure height change as small as 8.5 cm, less than the height of a single stair step.

“ICP-10125 delivers high accuracy, low power, temperature stability, and waterproofing in a small package footprint targeting the wearable market,” said Uday Mudoi, Director of Product Marketing at InvenSense, a TDK group company. “It enables determination of accurate location of E911 calls, tracks changes in elevation for activity monitoring, and extends battery life of always-on motion-sensing applications.”

Read more Worldwide Non-Optical Pressure Sensor Market Is Estimated To Grow At A Healthy CAGR During 2020-2025

InvenSense ICP-10125 is currently available for worldwide distribution. A comprehensive development kit (DK-10125) and evaluation platform are also available along with necessary software to enable quick-to-market development of customer systems. In addition to the ICP-10125, the ICP-10101 and ICP-10111 pressure sensor products are already available in worldwide distribution.

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