ARMdevices.net

In this video, David from Candera introduces CGI Studio, a designer-oriented HMI tool for creating embedded HMIs. He shows how the tool can be used to create realistic and interactive HMIs for a variety of applications, including automotive, medical, and industrial devices. He also discusses the benefits of using CGI Studio, such as its ease of use, scalability, and integration with other development tools.

If you are looking for a powerful and flexible HMI design tool, CGI Studio is a great option. It is easy to use, even for those with no coding experience, and it can be used to create high-quality HMIs for a wide range of applications.

**Key Features of CGI Studio**

* **Designer-oriented interface:** CGI Studio is designed for use by designers, not software engineers. This makes it easy to create beautiful and intuitive HMIs without any coding required.
* **Scalability:** CGI Studio can be used to create HMIs for a wide range of devices, from small embedded systems to large automotive displays.
* **Integration with other development tools:** CGI Studio can be integrated with other development tools, such as MATLAB and Simulink, to create a complete HMI development solution.
* **Real-time rendering:** CGI Studio uses real-time rendering to create realistic and interactive HMIs.
* **3D animations:** CGI Studio supports 3D animations, which can be used to create even more engaging and informative HMIs.
* **State machines:** CGI Studio supports state machines, which can be used to create complex and interactive HMIs.
* **Documentation:** CGI Studio comes with extensive documentation, which makes it easy to learn how to use the tool.

**Benefits of Using CGI Studio**

* **Ease of use:** CGI Studio is easy to use, even for those with no coding experience.
* **Scalability:** CGI Studio can be used to create HMIs for a wide range of devices.
* **Integration with other development tools:** CGI Studio can be integrated with other development tools, such as MATLAB and Simulink, to create a complete HMI development solution.
* **Real-time rendering:** CGI Studio uses real-time rendering to create realistic and interactive HMIs.
* **3D animations:** CGI Studio supports 3D animations, which can be used to create even more engaging and informative HMIs.
* **State machines:** CGI Studio supports state machines, which can be used to create complex and interactive HMIs.
* **Documentation:** CGI Studio comes with extensive documentation, which makes it easy to learn how to use the tool. (description from Bard based on auto subtitle)

This video is edited out and it’s the start on my Embedded World 2022 day3 Livestream here: https://www.youtube.com/watch?v=alYzAV1t5QI

Playlist with all my videos from the Embedded World (since 2011) here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Support me:
1. Tell me which other trade shows I should livestream from, anywhere around the world, as long as they don’t have medical treatment requirements to travel there and attend the show, and if I can have my trip sponsored, then I will be happy to go there!
2. Use the “Thanks!” function under any of my videos on YouTube. Your Thanks comment can be highlighted comment under the video.
3. Send me superchats as I livestream (that will for sure also make sure that I highlight your comment more)
4. If you shop on Amazon (I think possibly not only the USA but on any other Amazon too), always use my Amazon Shop link first then browse to buy whatever you want http://amazon.com/shop/charbax then I get paid 4% commission by Amazon for whatever you buy, which I can use to buy more gear for my livestreaming and 4K60 video-blogging setup.
5. Become a YouTube Member on my channel at http://youtube.com/charbax/join I can give members early instant access to all my uploads before they get released publicly, I could also do members only livechatting on certain livestreams and other features like that to come up..
6. Let me know what kind of merchandize I should try to sell on my YouTube videos, I am thinking to add some funny T-shirts and stuff like that.

In this video, Nordic Semiconductor and Northeastern Conductor showcase the Audio Le demo, which showcases the AutoCast feature that was introduced by Bluetooth SIG. The AutoCast feature will enable broadcasting audio, so you will be able to tune to different broadcasts from different streams. For example, if you are in a gym, you will be able to tune to the TV from your phone.

The demo uses the Nordic nRF5340 SoC, which is a dual core SoC that is now broadcasting to a receiver. The demo also uses the Zephyr project, which is a very rich ecosystem that provides developers with all the components needed to build products in a very short time.

The video also shows the nRF91, which is a cellular IoT device that has internet connectivity. The nRF91 can send data to the cloud every time it is shaken, and the data includes the location, humidity, and temperature of the device. The nRF91 does not use GPS, but it does have GPS support. GPS can be used for low power applications, but it consumes energy. Nordic Semiconductor provides a service called single cell and multicell that gets the location from the tower. This service knows which town the device is connected to and provides the location in that proximity. The multicell service triangulates the location by relying on multiple cells to find the location of the device. GPS can still be used, but it is important to plan ahead and expect for the power consumption that is required for it. (description by Bard based on auto subtitle)

This video is edited out and it’s the start on my Embedded World 2022 day3 Livestream here: https://www.youtube.com/watch?v=alYzAV1t5QI

Playlist with all my videos from the Embedded World (since 2011) here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Support me:
1. Tell me which other trade shows I should livestream from, anywhere around the world, as long as they don’t have medical treatment requirements to travel there and attend the show, and if I can have my trip sponsored, then I will be happy to go there!
2. Use the “Thanks!” function under any of my videos on YouTube. Your Thanks comment can be highlighted comment under the video.
3. Send me superchats as I livestream (that will for sure also make sure that I highlight your comment more)
4. If you shop on Amazon (I think possibly not only the USA but on any other Amazon too), always use my Amazon Shop link first then browse to buy whatever you want http://amazon.com/shop/charbax then I get paid 4% commission by Amazon for whatever you buy, which I can use to buy more gear for my livestreaming and 4K60 video-blogging setup.
5. Become a YouTube Member on my channel at http://youtube.com/charbax/join I can give members early instant access to all my uploads before they get released publicly, I could also do members only livechatting on certain livestreams and other features like that to come up..
6. Let me know what kind of merchandize I should try to sell on my YouTube videos, I am thinking to add some funny T-shirts and stuff like that.

Avl Software and Functions is a company that specializes in providing innovative software solutions for the automotive industry. In this video, Avl CEO, Alfred Baier, talks about the company’s latest products and how they can be used to improve the safety and efficiency of vehicles.

Baier explains that Avl’s products are based on a deep understanding of the automotive industry and the challenges that automakers face. The company’s products are designed to help automakers meet the latest safety and emissions standards, as well as to improve the driving experience for drivers and passengers.

One of Avl’s latest products is the Unic, a highly customizable control unit that can be used to manage a variety of vehicle functions. The Unic is based on an open platform that allows automakers to easily integrate it with their existing systems.

Another of Avl’s products is the Emotion-Based Music Player, which uses artificial intelligence to detect the driver’s mood and play music that is appropriate for that mood. The Emotion-Based Music Player is designed to help drivers stay relaxed and focused while driving.

Overall, this video provides a great overview of Avl Software and Functions and the innovative products that the company is developing.

Here are some additional details about Avl Software and Functions:

Avl Software and Functions was founded in 1994.
Avl is headquartered in Regensburg, Germany.
Avl has offices in the United States, China, and Japan.
Avl has a team of over 500 employees.
Avl’s customers include some of the world’s leading automakers.
Avl is committed to providing innovative and reliable software solutions for the automotive industry. (description by Bard based on auto subtitle)

This video is edited out and it’s the start on my Embedded World 2022 day3 Livestream here: https://www.youtube.com/watch?v=alYzAV1t5QI

Playlist with all my videos from the Embedded World (since 2011) here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Support me:
1. Tell me which other trade shows I should livestream from, anywhere around the world, as long as they don’t have medical treatment requirements to travel there and attend the show, and if I can have my trip sponsored, then I will be happy to go there!
2. Use the “Thanks!” function under any of my videos on YouTube. Your Thanks comment can be highlighted comment under the video.
3. Send me superchats as I livestream (that will for sure also make sure that I highlight your comment more)
4. If you shop on Amazon (I think possibly not only the USA but on any other Amazon too), always use my Amazon Shop link first then browse to buy whatever you want http://amazon.com/shop/charbax then I get paid 4% commission by Amazon for whatever you buy, which I can use to buy more gear for my livestreaming and 4K60 video-blogging setup.
5. Become a YouTube Member on my channel at http://youtube.com/charbax/join I can give members early instant access to all my uploads before they get released publicly, I could also do members only livechatting on certain livestreams and other features like that to come up..
6. Let me know what kind of merchandize I should try to sell on my YouTube videos, I am thinking to add some funny T-shirts and stuff like that.

Think Silicon, a company that was recently acquired by Applied Materials, specializes in the low-power smartwatch and wearable market. Their expertise lies in the GPU 2D rendering IP and they have developed the Ambiq Apollo 4 product, which uses a Cortex M4 core with a display subsystem made up of Lima Graphics and the Pico XL. This embedded system generates and renders graphics on the smartwatch using their NEMA display controller, resulting in vibrant colors while running at less than 100 MHz with a memory of one megabyte of SRAM and one or two megabytes of MRAM on chip. The company’s focus is on providing elegant, fluid animations on smartwatches with low power consumption to ensure a long battery life of up to 10-12 days. They achieve this by striking a good balance between features, performance, and power consumption. The company powers displays in all segments of the smartwatch market, ranging from feature watches to fitness trackers to high-end segments such as Garmin. They work with chip makers and integrate their IP on the SOC of smartwatches to achieve a cool-looking device with a longer battery life. The company is constantly adding new capabilities to its products, such as AI capabilities on the GPU. (chatgpt description based on auto subtitle)

Think Silicon: Bringing Fluid Graphics to Low-Power Wearables

Think Silicon is a company that specializes in low-power graphics for wearable devices. In this video, Think Silicon CEO, Nikolay Tcholakov, talks about the company’s technology and how it can be used to create fluid and beautiful graphics on low-power devices.

Tcholakov explains that Think Silicon’s technology is based on a custom-designed GPU that is optimized for low-power operation. The GPU is able to render graphics at up to 60 frames per second, even on devices with limited power and memory resources.

Tcholakov also discusses how Think Silicon’s technology can be used to create a variety of different user experiences on wearable devices. For example, the company’s technology can be used to create interactive maps, animated watch faces, and games.

Overall, this video provides a great overview of Think Silicon’s technology and how it can be used to create amazing user experiences on low-power wearable devices.

Here are some additional details about Think Silicon:

Think Silicon was founded in 2011.
Think Silicon is headquartered in Sofia, Bulgaria.
Think Silicon has offices in the United States, China, and Japan.
Think Silicon has a team of over 100 employees.
Think Silicon’s customers include some of the world’s leading wearable device manufacturers.
Think Silicon’s technology is used in a variety of wearable devices, including smartwatches, fitness trackers, and smart glasses.
Think Silicon is committed to providing innovative and energy-efficient graphics solutions for wearable devices. (description by Bard based on auto subtitle)

This video is edited out and it’s the start on my Embedded World 2022 day3 Livestream here: https://www.youtube.com/watch?v=alYzAV1t5QI

Playlist with all my videos from the Embedded World (since 2011) here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Support me:
1. Tell me which other trade shows I should livestream from, anywhere around the world, as long as they don’t have medical treatment requirements to travel there and attend the show, and if I can have my trip sponsored, then I will be happy to go there!
2. Use the “Thanks!” function under any of my videos on YouTube. Your Thanks comment can be highlighted comment under the video.
3. Send me superchats as I livestream (that will for sure also make sure that I highlight your comment more)
4. If you shop on Amazon (I think possibly not only the USA but on any other Amazon too), always use my Amazon Shop link first then browse to buy whatever you want http://amazon.com/shop/charbax then I get paid 4% commission by Amazon for whatever you buy, which I can use to buy more gear for my livestreaming and 4K60 video-blogging setup.
5. Become a YouTube Member on my channel at http://youtube.com/charbax/join I can give members early instant access to all my uploads before they get released publicly, I could also do members only livechatting on certain livestreams and other features like that to come up..
6. Let me know what kind of merchandize I should try to sell on my YouTube videos, I am thinking to add some funny T-shirts and stuff like that.

Goliath is a device management cloud that makes it easy to connect and manage your Internet of Things (IoT) devices. Goliath is built on top of Zephyr, an open source real-time operating system (RTOS) managed by the Linux Foundation.

Goliath offers a number of features, including:

Secure device management: Goliath devices are encrypted by default, so you can be confident that your data is safe.
Easy device onboarding: Goliath makes it easy to onboard new devices to your fleet.
Device firmware updates: Goliath can automatically update the firmware on your devices, so you can always be sure that your devices are running the latest software.
Device monitoring: Goliath provides real-time visibility into the status of your devices.
Device analytics: Goliath can collect and analyze data from your devices, so you can gain insights into how your devices are being used.
Goliath is a great choice for businesses of all sizes that want to connect and manage their IoT devices. Goliath is easy to use, secure, and scalable.

In this video, Mike from Goliath shows how to use Goliath to manage a fleet of IoT devices. He demonstrates how to connect devices to Goliath, how to update device firmware, and how to view device data.

If you’re interested in learning more about Goliath, visit https://www.goliath.io (description by Bard based on auto subtitle)

This video is edited out and it’s the start on my Embedded World 2022 day3 Livestream here: https://www.youtube.com/watch?v=alYzAV1t5QI

Playlist with all my videos from the Embedded World (since 2011) here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Support me:
1. Tell me which other trade shows I should livestream from, anywhere around the world, as long as they don’t have medical treatment requirements to travel there and attend the show, and if I can have my trip sponsored, then I will be happy to go there!
2. Use the “Thanks!” function under any of my videos on YouTube. Your Thanks comment can be highlighted comment under the video.
3. Send me superchats as I livestream (that will for sure also make sure that I highlight your comment more)
4. If you shop on Amazon (I think possibly not only the USA but on any other Amazon too), always use my Amazon Shop link first then browse to buy whatever you want http://amazon.com/shop/charbax then I get paid 4% commission by Amazon for whatever you buy, which I can use to buy more gear for my livestreaming and 4K60 video-blogging setup.
5. Become a YouTube Member on my channel at http://youtube.com/charbax/join I can give members early instant access to all my uploads before they get released publicly, I could also do members only livechatting on certain livestreams and other features like that to come up..
6. Let me know what kind of merchandize I should try to sell on my YouTube videos, I am thinking to add some funny T-shirts and stuff like that.

Dan Cauchi, Executive Director for Automotive Grade Linux, talks about their open-source project which aims to create a single platform for the automotive industry by bringing together an ecosystem of companies. This platform will address various vehicle functions in the cockpit, such as infotainment, instrument cluster, telematics, and heads-up display. They are working on several areas of the system, including a virtualization expert group, container and service mesh expert group, and a new graphical environment called Flutter. Dan also discusses the number of car manufacturers that account for around 60% of worldwide automotive vehicles that are part of their membership-driven organization. Many of Toyota’s models, some Mazda and Mercedes-Benz models, and Subaru’s Legacy Outback are known to run Automotive Grade Linux. The main advantage of this project is that it’s a community effort with an economy of scale, allowing many companies to work on the same platform, making it more secure and scalable. (chatgpt description based on auto subtitle)

This video is edited out and it’s the start on my Embedded World 2022 day3 Livestream here: https://www.youtube.com/watch?v=alYzAV1t5QI

Playlist with all my videos from the Embedded World (since 2011) here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Support me:
1. Tell me which other trade shows I should livestream from, anywhere around the world, as long as they don’t have medical treatment requirements to travel there and attend the show, and if I can have my trip sponsored, then I will be happy to go there!
2. Use the “Thanks!” function under any of my videos on YouTube. Your Thanks comment can be highlighted comment under the video.
3. Send me superchats as I livestream (that will for sure also make sure that I highlight your comment more)
4. If you shop on Amazon (I think possibly not only the USA but on any other Amazon too), always use my Amazon Shop link first then browse to buy whatever you want http://amazon.com/shop/charbax then I get paid 4% commission by Amazon for whatever you buy, which I can use to buy more gear for my livestreaming and 4K60 video-blogging setup.
5. Become a YouTube Member on my channel at http://youtube.com/charbax/join I can give members early instant access to all my uploads before they get released publicly, I could also do members only livechatting on certain livestreams and other features like that to come up..
6. Let me know what kind of merchandize I should try to sell on my YouTube videos, I am thinking to add some funny T-shirts and stuff like that.

Axiomtech is a leading provider of embedded AI solutions. In this video, we take a look at their latest products, including the Kiwi 310 AI accelerator module and the box PC with AI. We also talk to Leonard, the CEO of Axiomtech, about the company’s plans for the future.

Axiomtech is based in Taiwan and has a factory in the same country. All of their products are made in Taiwan. At Embedded World 2022, Axiomtech is showcasing their latest products, including the Kiwi 310 AI accelerator module and the box PC with AI.

The Kiwi 310 is a high-performance AI accelerator module that can be used to develop AI solutions. It has a 26-stop performance and is based on the Tylose software development kit. The Tylose software development kit has a large library of recognition and later number libraries. This means that developers can use the Kiwi 310 to develop recognition systems with their own software.

The box PC with AI is a complete AI solution that includes a box PC, an AI accelerator module, and a software development kit. The box PC is a powerful computer that can be used to run AI applications. The AI accelerator module is a high-performance AI accelerator that can be used to speed up AI applications. The software development kit is a set of tools that can be used to develop AI applications.

Leonard, the CEO of Axiomtech, says that AI is one of the most popular products at Embedded World 2022. He says that Axiomtech is also dedicated to gaming, mathematical, and retail markets. Axiomtech has a comprehensive product line that includes products for these markets.

Overall, Axiomtech is a leading provider of embedded AI solutions. They have a wide range of products that can be used to develop AI applications. They are also dedicated to gaming, mathematical, and retail markets.

Here are some additional details about Axiomtech:

Axiomtech was founded in 1990.
Axiomtech is headquartered in Taipei, Taiwan.
Axiomtech has offices in the United States, Europe, and Japan.
Axiomtech has a team of over 500 employees.
Axiomtech has a customer base of over 1,000 companies worldwide.
Axiomtech is a leading provider of embedded AI solutions.
Axiomtech’s products are used in a variety of industries, including automotive, consumer electronics, healthcare, and industrial automation.
Axiomtech is committed to providing innovative and reliable embedded AI solutions. (description by Bard based on auto subtitle)

This video is edited out and it’s the start on my Embedded World 2022 day3 Livestream here: https://www.youtube.com/watch?v=alYzAV1t5QI

Playlist with all my videos from the Embedded World (since 2011) here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Support me:
1. Tell me which other trade shows I should livestream from, anywhere around the world, as long as they don’t have medical treatment requirements to travel there and attend the show, and if I can have my trip sponsored, then I will be happy to go there!
2. Use the “Thanks!” function under any of my videos on YouTube. Your Thanks comment can be highlighted comment under the video.
3. Send me superchats as I livestream (that will for sure also make sure that I highlight your comment more)
4. If you shop on Amazon (I think possibly not only the USA but on any other Amazon too), always use my Amazon Shop link first then browse to buy whatever you want http://amazon.com/shop/charbax then I get paid 4% commission by Amazon for whatever you buy, which I can use to buy more gear for my livestreaming and 4K60 video-blogging setup.
5. Become a YouTube Member on my channel at http://youtube.com/charbax/join I can give members early instant access to all my uploads before they get released publicly, I could also do members only livechatting on certain livestreams and other features like that to come up..
6. Let me know what kind of merchandize I should try to sell on my YouTube videos, I am thinking to add some funny T-shirts and stuff like that.

Oliver Völckers from BeST Berliner Sensortechnik introduces their latest product: a device that uses the Internet of Things to monitor wastewater in high-speed trains in Germany. The device is designed to check for flow, and it’s equipped with a pattern recognition system that can detect irregularities. The sensor is a probe inside the device, which has a battery life of more than three months and uses a Nordic NRF 9160 chip with integrated wireless. The device is waterproof and shockproof, and there are currently 40 of them in use for over a year. Oliver explains that their system is unique and not like any other flow meters because it works with wastewater, which is challenging to detect. He also mentions that they have their own pattern recognition software that they built themselves, making it a reliable and strict system. (chatgpt generated paragraph based on auto subtitle)

(following is Bard generated description based on auto subtitle:)
This video shows an Internet of Things (IoT) device that is used to monitor wastewater on high-speed trains. The device is developed and produced by Berliner Android Technik, a company based in Berlin, Germany.

The device is installed in the wastewater tanks of high-speed trains. It monitors the flow of wastewater and sends an alert if there is a problem. The alert is sent to a central server, where it is monitored by Deutsche Bahn, the German railway company.

The device uses a Nordic NRF 9160 chip, which is a powerful and energy-efficient ARM chip. The chip is integrated with LTE and nBIOT wireless technology, which allows the device to send data to the central server in real time.

The device also has an NFC reader, which can detect the number of the sensor, the number of the tank, and the train. This information is used to identify the problem and to take corrective action.

The device is powered by a battery that has a life of more than three months. The battery is replaced when it is empty.

The device is shockproof and waterproof. It is also permanent and cannot be dismounted in order to charge it.

This device is a new and innovative way to monitor wastewater on high-speed trains. It is reliable and has a long battery life. It is also shockproof and waterproof. This device is a valuable tool for Deutsche Bahn, as it helps to ensure the safety of passengers and the environment.

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Thomas Lorenser, who works at Arm in the IoT line of business. At the Embedded World 2023 in Nuremberg Germany, Arm projects dominate, with many new announcements including the highly-performing M-class CPU called Cortex M85, pushing the boundaries of performance for machine learning, signal processing, and scalar workloads. There is a trend towards driving more compute capabilities at the edge, including machine learning and machine vision capabilities, which is extending into the microcontroller world as well. Himax integrates the Cortex M55 and Ethos-U55 to achieve neural network processing capabilities for machine learning in tiny applications. Arm Virtual Hardware is a project that enables software development to start before the hardware is available, and it provides a faster time to market and more simulation emulation. Finally, there is a program called Arm System Ready, which enables reuse of software development for individual platforms, thereby avoiding the need to reinvent the wheel for each individual platform. (chatgpt generated paragraph based on auto subtitle)

(following description generated by Google Bard based on first 3000 or so characters of the auto subtitle:)
Arm at Embedded World 2023

Arm is a leading provider of semiconductor intellectual property (IP). The company’s products are used in a wide range of devices, including smartphones, tablets, laptops, and servers.

At Embedded World 2023, Arm showcased its latest innovations in the embedded computing market. The company’s booth featured a variety of products, including the Cortex-M85 microcontroller, the Ethos-U55 neural network processor, and the Arm Virtual Hardware platform.

The Cortex-M85 is a high-performance microcontroller that is designed for machine learning and signal processing applications. The Ethos-U55 is a neural network processor that is optimized for energy efficiency. The Arm Virtual Hardware platform is a software emulator that allows developers to test their software on a virtual representation of Arm hardware.

Arm’s products are used in a wide range of embedded devices, including industrial automation, automotive, and medical devices. The company’s products are also used in a variety of consumer electronics, including smartphones, tablets, and laptops.

Arm is a leading provider of semiconductor IP. The company’s products are used in a wide range of devices, and the company is committed to innovation in the embedded computing market.

Here are some additional details about the products featured in the video:

Cortex-M85: A high-performance microcontroller that is designed for machine learning and signal processing applications.
Ethos-U55: A neural network processor that is optimized for energy efficiency.
Arm Virtual Hardware platform: A software emulator that allows developers to test their software on a virtual representation of Arm hardware.
Here are some additional details about the trends that Thomas Lorenzo discusses in the video:

Machine learning: Machine learning is being used in a variety of embedded applications, including voice-activated door locks, connected motor control, and predictive maintenance.
Vision and graphics: Vision and graphics are becoming more important in embedded applications, such as smart displays in appliances.
Cortex-M with AI: The Cortex-M microcontroller family is being extended with new features for machine learning, such as the Helium vector processing unit.
Arm Virtual Hardware: The Arm Virtual Hardware platform allows developers to test their software on a virtual representation of Arm hardware, which can save time and money.

This video was recorded as part of my Embedded World 2023 day 3 Livestream here: https://youtu.be/hniKDIbTYLE?t=16378

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Candera, experts in embedded software development with a focus on creating tools for embedded HMIs, filmed at Embedded World 2023 in Nuremberg Germany. While they are well known for their work in the automotive industry, they also develop for many other use cases. They pride themselves on being hardware agnostic, but they do support popular chips such as ST. Their showcase includes the S1032 development kit for a medical glucose meter application. They believe that the demand for better-looking HMIs is growing, which is why they have created a beautiful wall to showcase their work. Their demo applications include a fully functional home application with remote control for lights and a cat toy, an industrial oven, a coffee machine that remembers your favourite coffee, and a treadmill running on a Raspberry Pi. Their main business is licensing their tool to customers, who use it to create their own solutions. They offer support for UI/UX design and complete projects, and their tool is priced per developer or floating model, with a small royalty per device shipped. They also have a cluster running on a Renessas RCA 3, which demonstrates impressive performance for 3D modeling and rendering. They’ve had a successful fair, and they welcome discussions with anyone interested in working with them. (chatgpt generated paragraph based on auto subtitle)

With Candera Studio, creating your Human Machine Interface (HMI) becomes even easier.
It is scalable, hardware independent, and highly adjustable: From your first idea to the final product. Your perfect tool kit to effortlessly make your User Interface (UI) for any purpose.
Candera Studio includes ready-to-use HMI controls, automated workflows, integrated State Machines and the Fusion Editor for NoCoding, intuitive visual composition of logic and behaviors.
Together they help you make your HMI come alive – fast and easy.

Why chose Candera Studio?
It’s easy as one-two-three:
1. Design your User Interface with your favorite graphics program
2. Bring your designs to life:
• No programming skills necessary
• Easy Drag & Drop: more space for your creativity
• Highly intuitive: Made with a designer’s mindset in mind
• Sophisticated safety functions, automated workflows, integrated state machines and advanced graphical effects
• Ideal for rapid prototyping

3. Easy integration on any embedded device – from low-end to high-end
High performance
Candera has been providing cutting-edge HMI tools for over 20 years. Our tools contain components for graphics, text, data binding, asset handling and much more.
Now we take the next step, opening up to new markets with our effective NoCoding and WYSIWYG approach:
– Entity Component System: fast, highly flexible HMIs with reduced memory consumption
– Optimized Asset Handling: Accelerated bootup times and generic & remote asset handling
– Scalable Font Handling: Highly adjustable and designed for outstanding text quality & performance
– High performance applications with support for latest graphic APIs & parallel rendering
– future-proven 64-bit support

This video was recorded as part of my Embedded World 2023 Day Livestream here: https://youtu.be/xrjt_uePrY8?t=6368

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Join two representatives from MontaVista Software, who are attending Embedded World 2023 in Nuremberg Germany. They introduce themselves, and explain that they are showcasing their latest MontaVista carrier-grade Red Express Linux 4.0. This commercial open-source distribution is based on the 5.10 kernel and the Octo 410 Baseline, and has the latest compilers. They also discuss their support for the Arm System ready and EU Cybersecurity Act, and how their CTX product can help customers meet requirements. They explain that their long-term support and Linux expertise are key considerations for customers, and that they can maintain one branch for up to 15 years. The video also briefly touches on NFE (Network Function Virtualization) and IoT, and discusses how MontaVista is still being run on millions of devices. Finally, they mention that security is a key theme at Embedded World 2023, and that they presented a talk on security. The representatives also reveal that while MontaVista is an American company, they have offices globally, including in Finland and Sweden. (chatgpt generated paragraph based on auto subtitle)

This video was recorded as part of my Embedded World 2023 day 3 Livestream here: https://youtu.be/veLiINwb_9Y?t=6712

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

ASRock introduces the company as a world leader in computer hardware, specializing in motherboards and mini PCs. They discuss their various form factors, including ATX, mini ITX, and 3.5-inch form factors, which are compact in size. The company follows Intel’s generations to make their motherboards, and they ship their products all over the world. The representative then shows off their latest product, the Assistant Demo, which features PCIe Gen 5 and has applications in automation and factories. They also showcase their smaller, entry-level products, which are Ubuntu certified and compatible with Linux, Windows, and more. Finally, they discuss their mini PCs, which come in both fanless and fan designs and are compatible with x86 and AMD solutions, but do not work with ARM chips. (chatgpt generated paragraph based on auto subtitle)

filmed at Embedded World 2023 in Nuremberg Germany

This video was recorded as part of my Embedded World 2023 day 2 Livestream here: https://youtu.be/hniKDIbTYLE?t=3294

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Foundries.io discusses the growth of Linux and security in the industrial robotics automation and infrastructure space, as well as the demand for MCU customers moving to an MPU space, where they require a heavier operating system like Linux. Foundry delivers the easy solution for Yocto, easy solution for security, which allows OEMs to productize their devices 6-9 months quicker with much more security. Foundries enable the cycle to be shortened by using the same code base from day one. They are probably the only platform that goes from bootloader through to Docker container and OTA, allowing OEMs to be very flexible with the SOC to be very flexible with their cloud. Foundries is SOC-independent, but they add all the latest security from all the latest offenders. This is almost unique in the industry and potentially IoT devices will be updated forever. In the video, they have demos at the booth to illustrate what they have shown at Embedded World 2023 in Nuremberg Germany

This video was recorded as part of my Embedded World 2023 day 2 Livestream here: https://youtu.be/hniKDIbTYLE?t=5166

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Shreyas Derashri, Vice President of Compute at Imagination, talks about the company’s compute products, which include their RISC-V CPUs, AI technology, and GPU compute products with associated software. The company has their own neural network accelerators and supports AI technology through GPUs. The video showcases the company’s first RISC-V CPU product running on an FPGA, which is an embedded CPU for real-time applications that can also be used for networking type of use cases and insecure Enclave implementation in a larger SOC. Imagination is also showcasing various partner demos with their GPUs, including an automotive partner demo with Teletubbies and one with telechips, showcasing a full large cockpit display. Imagination is partnering with other RISC-V companies with their GPU, including a Star 5 board and an Alibaba ST head RISC-V CPU with Imagination GPU. Imagination is the only GPU provider for Star 5, which they claim is the GPU of choice for the RISC-V architecture. The video also highlights Imagination’s experience in making Android products and how their GPUs are CPU-agnostic. Imagination is currently developing products that are not yet on the market, but their single board computer is available for developers to play with. The RISC-V architecture is disrupting the status quo, and Imagination is seeing more interest in RISC-V designs. The video discusses how easy it is to port over applications to this platform compared to previous platforms since Imagination GPUs for graphics use cases support APIs like OpenGL and OpenGLES. (chatgpt generated paragraph based on auto subtitle)

filmed at Embedded World 2023 in Nuremberg Germany

This video was recorded as part of my Embedded World 2023 day 2 Livestream here: https://youtu.be/hniKDIbTYLE?t=52

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Collabora showcases a MediaTek-based Chromebook at Embedded World 2023 in Nuremberg Germany that their team has contributed to. They have done a lot of work to bring upstream Linux support for various IP blocks found in ARM. They have also worked on the codec hardware and upstreamed other bits of hardware to the Linux kernel. They have collaborated with Google on having these devices in the kernel CI project, which is a project for continuous integration on the Linux kernel itself. This work is useful for people who want to run Linux on these devices. They shows a demo of their lab and how they have continuous integration across all the boards. They use LAVA (Linaro Automated Validation Architecture) to host their lab and can put both devices there to be part of both kernel CIA and Mesa CI. They show a machine learning demo that runs on a complete open-source deck OS, focusing on video compression for web video conferencing. They use an open-source graphics driver, and the demo reduces bandwidth up to 10 times compared to H264. This demo is more of a prototype than a full-featured product, but it could be integrated into existing video conferencing software like Zoom or Microsoft Teams. (chatgpt generated paragraph based on auto subtitle)

This video was recorded as part of my Embedded World 2023 day 2 Livestream here: https://youtu.be/hniKDIbTYLE?t=3784

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Nordic Semiconductor shows their newest Wi-Fi companion chipset, the nRF7002, which has been out for a couple of months. Nordic specializes in low-power wireless devices and with the Wi-Fi 6 capabilities, the nRF7002 is their lowest power Wi-Fi solution ever. The nRF7002 does not have its own controller and is mostly used next to their multi-protocol socs to add Wi-Fi capabilities to existing products. The video demonstrates the power-saving feature of Target Wake Time, which allows negotiation of a wake-up schedule with the access point, resulting in a lower power consumption of 80 microamps compared to the normal power-saving mode, which averages around 32 milliamps. Nordic’s nRF7002 is potentially the lowest power Wi-Fi solution ever and is of great interest to the embedded world. The video also showcases the nRF7002 in a fan-style module with integrated Wi-Fi, zigbee, thread, and NFC capabilities. (chatgpt generated paragraph based on auto subtitle)

The nRF7002 is a companion IC, providing seamless Wi-Fi connectivity and Wi-Fi-based locationing (SSID sniffing of local Wi-Fi hubs). It is designed to be used alongside Nordic’s existing nRF52® and nRF53® Series Bluetooth Systems-on-Chip (SoCs), and nRF91® Series cellular IoT Systems-in-Package (SiPs). The nRF7002 can also be used in conjunction with non-Nordic host devices.

The nRF7002 is the first device in our portfolio of unique Wi-Fi products that will combine seamlessly with Nordic’s existing ultra-low power technologies. Nordic brings their decades of ultra-low-power wireless IoT and silicon design expertise to Wi-Fi. With Wi-Fi 6 we bring added benefits to IoT applications including further efficiency gains that support long-life, battery-powered Wi-Fi operation.

With Wi-Fi 6 we will support all wireless protocols used in Matter, Bluetooth LE for commissioning, Thread for low power mesh, and Wi-Fi for high-throughput. Matter is a protocol championed by Apple, Amazon, Google, Nordic Semiconductor, Samsung, and hundreds of other companies in consumer IoT.

filmed at Embedded World 2023 in Nuremberg Germany

This video was recorded as part of my Embedded World 2023 Day Livestream here: https://youtu.be/xrjt_uePrY8?t=6368

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Eric from ProvenRun introduces his company’s services in the IoT market, which are focused on helping customers secure their devices. ProvenRun helps customers identify their security risks, implement the right security architecture, and succeed in their cybersecurity certification process. ProvenRun’s flagship product, ProvenCore, is a secure microkernel that has been certified at the highest security possible level (Common Criteria EAL7) and is the first of its kind for Cortex-A and RISC-V 64-bit processors. ProvenRun also provides highly secure products for smaller devices based on MCUs, such as a secure hypervisor. Eric discusses the challenges of developing such a secure operating system and the formal methods used to prove the mathematical correctness of the kernel and its cybersecurity functionality. The company has a long experience in this field, with the CEO and founder Dominique Bolignano having invented the concept of the Trustee Execution Environment over 20 years ago. Eric also highlights some of ProvenRun’s partnerships, including with ST Microelectronics, and the real-life products they have developed using ProvenCore for security. The video also discusses the open-source solutions available for secure execution environments. (chatgpt generated description based on auto subtitle)

filmed at Embedded World 2023 in Nuremberg Germany

This video was recorded as part of my Embedded World 2023 day 3 Livestream here: https://youtu.be/veLiINwb_9Y?t=7857

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga

Building Digital Infrastructure for Today
The exponential growth of data accelerates IoT technology across industries, including transportation, mobility, utility, and more.
However, the digitization of the data imposes challenges on the business with optimized performance, efficiency, and cost. Therefore, building intelligent edge network infrastructure is critical for success.
7StarLake is co-exhibiting with Ampere, a leader of the cloud-native processor in the market. Together, we developed AA320, TEC300, and TEC300P, Top Edge AI Computer powered by Ampere® Altra® with 32, 64, 96 and 128 core processors. They are designed for heavy-duty purposes, especially in AI Vehicle Computer, computer vision and machine learning.

filmed at Embedded World 2023 in Nuremberg Germany

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Summary of YouTube subtitle file using chatgpt:

Martin King, founder of Seven Star Lake and the Seven Star Lakes company, talks about their products, which focus on rocket mission computers, military application and autonomous vehicles. The products are designed to be high-performance and heavy-duty, and are good for military vehicles, autonomous driving and other heavy-duty vehicles. The products are also based on the combustion core, so there are no moving parts inside the system, and they can withstand shock and high evaporation. They are certified for thermal shock vibration and EMC. Seven Star Lakes use the Intel Tiger Lake and Nvidia Coradro processors for their GPU CPU servers. They are providing these servers to leading autonomous vehicle companies, including Google, GM, and Volvo. They are also partnered with Ampere to launch AI computers for the railway, autonomous driving, and military vehicles. These products are already in mass production.
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This video was recorded as part of my Embedded World 2023 day 1 Livestream here: https://youtu.be/xrjt_uePrY8?t=5376

Watch all my Embedded World videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga