Holograms are everywhere – and they will soon come to our displays
You may not notice them, but holograms have been present in our daily life for some time. Because they are incredibly difficult to copy, analog holograms have been used extensively…
You may not notice them, but holograms have been present in our daily life for some time. Because they are incredibly difficult to copy, analog holograms have been used extensively…
In the past, Arm has talked about the enormous potential of augmented reality (AR) and the “limitless possibilities” of this new technology. Back in February 2020, we published a blog setting out the numerous use cases and experiences that will…
I’m reaching out from EmotiBit in Brooklyn, New York.
Hey All!!
EmotiBit is a wearable sensor module for capturing emotional, physiological, and movement data. It’s open-source (Arduino/Adafruit compatible), scientifically-validated and super easy…
Talking about the future of technology and all the different possibilities, you can often receive raised eyebrows if your vision appears to be too far-fetched. However, I don’t think that anything is too far-fetched for augmented reality (AR). When you…
Find out how Arm Innovator, Laura Kassovic is developing smart t-shirts that can detect impairment in balance function or measure the response to medical interventions in patients with moderate to severe heart or lung disease.
Trying to develop light weight, small size, wearable for fall detection of elderly, hoping to use IMU and BLE, what is most cutting edge microcontroller for this?
2019’s Mobile World Congress saw the exciting launch of Microsoft’s mixed reality headset HoloLens 2. As I noted in my blog on augmented reality (AR) developments at CES 2019, consumer take-up of AR wearables is becoming a more realistic proposition…
Today, Augmented Reality (AR) is a technology that many of us can experience through our smartphones in thousands of apps enabled by Apple’s ARKit and Google’s ARCore. However, wearable AR through devices like Microsoft HoloLens is currently…
Arm created the Arm Approved Design Partner Program (AADP) in 2016 to enable partners to turn their product concepts into working silicon more quickly. While the program was conceived to assist new customers, e.g. start-ups and OEMs, with their Desig…
Kitty Yeung has a burning desire to create, design, and solve challenges within the wearables industry. She is a physicist, artist, maker, fashion designer and musician, and she works as a creative technologist and manager at the Garage, Microsoft. She…
Hear from Arm Innovator, Laura Kassovic about mbientlab's invisible, wearable motion sensors that are used in a number of medical applications.
Learn about Orlando’s goals and challenges of his work in in biomedical engineering, wearables and personalised health, and how he is building a better future with biotech.
Following its announcement back in August, Sony Mobile started shipping the Smartwatch 2 (SW2) last month. This device brings a colour touch screen display and ultra low power operation reducing the need for…
This article is part of the Arm Innovator Program, a series created to highlight the work of key technical leaders who are pushing the boundaries of how Arm architecture can enable next-generation solutions.
VR is all about immersion, and the ability to track the user's position in space is a key element of it. However, to date, this has only been available in desktop and console VR, even though modern smartphones already incorporate the essential…
If you want to see the latest wearables, head to your local electronics or sporting goods store. But if you want to see the latest wearables that are leveraging machine learning at the edge, say hello to Monisha Perkash, Andrew Chang and their colleagues…
The drone copter is still a prisoner.
While ARM engineer Matt Du Puy and his fellow climbers are rotating between camps on Kanchenjunga preparing to ascend the world’s third-highest peak, a key new addition to his ARM-powered electronics kit is being…
He’s at it again.
After climbing Mt. Everest, K2 and Annapurna, as one of the few humans to summit all three peaks, ARM engineer Matt du Puy (Matthew Du Puy (mattd) is once again unpacking his crampons and ice picks. This time his target is Kanchenjunga…
Hi. We've developed a wearable 60-LED circuit board watch run by an ATMEL SAMD21 (ARM Cortex-M0+). We had a lot of fun developing it and have been really impressed with what's possible with ARM.
We've launched a kickstarter for the…
Hi guys, I am a software engineer and I am working on a new wearable prototype (wristband kind).
At the moment I used an Arduino Uno starting kit to start to configure my Android and iOS SDK just to make some proof of concepts.
Right now I am in the phase…
Connected wearable devices are gadgets that are worn or attached to the body while being used and have the capability to connect and communicate. The device communicates either directly to the network through inbuilt connectivity capability or through…
Wearables are a low power design challenge, often powered by a single LiPo or coin cell.
I'd estimate the simpler devices, like fitness trackers, would consume a few nA up to around 20mA.
More complex devices running an OS are going to push from nA…
Hi All
I mentioned our discussion of standards to Roger Armitage at Adidas last week and he thought that Jane McCann (from Newport Uni) may be doing something similar with the Textile Institute. It's over a year since I last saw Jane but I've emailed her…
Hi,
At Koru we have created a User Interface framework that runs smooth touch graphics on a MCU, like Cortex-M4 (e.g. ST's STM32F4 Dev board), we also work on Linux, NetBSD, Mac and PC.
Our value proposition is that wearable creators can design any…