Charbax | Asus with HDMI LA at Computex 2024, AI-Powered Gaming @charbax | Uploaded June 2024 | Updated October 2024, 1 week ago.
At Computex 2024, Asus made a significant impact at the HDMI booth, presenting their latest advancements in gaming and AI. Pan from Asus introduced these innovations, emphasizing how the company is integrating AI across various product lines. The conversation began with a focus on the rapid growth of the gaming market, particularly during the COVID-19 pandemic, and the increasing relevance of AI in this sector. Pan highlighted Asus's three main categories of products: living, gaming, and creating, and introduced the ZenBook, the first notebook with AI capabilities, launched just two days prior to the event.
The ZenBook exemplifies Asus’s approach to making AI accessible on a personal device rather than relying solely on cloud-based solutions. This local AI integration addresses concerns about the high costs of cloud computing and the privacy risks associated with uploading sensitive data. Pan emphasized the importance of having AI capabilities directly on the device, which ensures enhanced privacy and security for users. This approach reflects a broader trend in the tech industry towards decentralizing AI processing to reduce dependency on cloud infrastructure.
In the gaming sector, Asus's collaboration with Nvidia stands out. Nvidia's GPU technology, particularly features like DLSS (Deep Learning Super Sampling) and super resolution, enhances gaming experiences by improving frame rates without increasing power consumption. Pan mentioned Microsoft's recent demonstration of AI in gaming, where an AI coach assists players in Minecraft, showcasing the potential for AI to transform gaming by providing real-time assistance and enhancing player experiences.
The discussion also touched on HDMI 2.1b technology, which supports high resolutions and frame rates crucial for gaming. Asus's high-end gaming notebooks have incorporated HDMI 2.1b for about two years, demonstrating the company's commitment to leveraging the latest technologies to enhance gaming performance. This integration ensures that gamers can experience the full capabilities of their games with higher frame rates and better resolution, aligning with current trends in the gaming industry.
Beyond gaming, Asus is also innovating in the content creation space with their ProArt (PR) product line. These products are designed for creators who use various media devices to capture and edit their stories. The ProArt series includes notebooks and monitors equipped with AI technology to streamline the editing process, supported by proprietary software like StoryCube. This software helps users manage and edit their media easily, reinforcing Asus's dedication to providing comprehensive solutions for content creators.
Asus has also made strides in handheld PC gaming with their ROG Ally series. The new generation of ROG Ally devices features improved battery life, addressing user feedback that emphasized the importance of longer battery life for handheld gaming. Enhancements to the chassis and other internal components further improve the user experience, making these devices more appealing for gaming on the go. This focus on user feedback and continuous improvement highlights Asus's commitment to innovation and user satisfaction in the handheld gaming market.
Pan’s presentation concluded with a recap of Asus’s various innovations and the excitement surrounding their new products at Computex 2024. The integration of AI across different product lines, the collaboration with Nvidia, and the adoption of HDMI 2.1b technology all illustrate Asus's strategic direction towards enhancing user experiences in gaming, living, and creating. The advancements in battery life and design for handheld devices also show how Asus listens to user feedback and adapts to meet their needs.
Overall, Asus's presence at Computex 2024 showcased their leadership in integrating AI into consumer electronics, addressing both current market demands and future trends. Their diverse product offerings, from notebooks to gaming and creative tools, reflect a comprehensive approach to innovation that leverages cutting-edge technology to improve user experiences across different domains. The anticipation for Asus’s future developments remains high, with promises of continued innovation and exciting new products on the horizon.
Description by Chatgpt.
This video was filmed at Computex 2024 in Taipei Taiwan, check out all my Computex videos here: youtube.com/playlist?list=PL7xXqJFxvYvi-qyXBzlB6Wz6PNE8AafRP
My Early Access Members get full access to all my videos as I upload them nightly youtube.com/charbax/join before they are published are the rate of 3-5 videos per day in the days following the event.
At Computex 2024, Asus made a significant impact at the HDMI booth, presenting their latest advancements in gaming and AI. Pan from Asus introduced these innovations, emphasizing how the company is integrating AI across various product lines. The conversation began with a focus on the rapid growth of the gaming market, particularly during the COVID-19 pandemic, and the increasing relevance of AI in this sector. Pan highlighted Asus's three main categories of products: living, gaming, and creating, and introduced the ZenBook, the first notebook with AI capabilities, launched just two days prior to the event.
The ZenBook exemplifies Asus’s approach to making AI accessible on a personal device rather than relying solely on cloud-based solutions. This local AI integration addresses concerns about the high costs of cloud computing and the privacy risks associated with uploading sensitive data. Pan emphasized the importance of having AI capabilities directly on the device, which ensures enhanced privacy and security for users. This approach reflects a broader trend in the tech industry towards decentralizing AI processing to reduce dependency on cloud infrastructure.
In the gaming sector, Asus's collaboration with Nvidia stands out. Nvidia's GPU technology, particularly features like DLSS (Deep Learning Super Sampling) and super resolution, enhances gaming experiences by improving frame rates without increasing power consumption. Pan mentioned Microsoft's recent demonstration of AI in gaming, where an AI coach assists players in Minecraft, showcasing the potential for AI to transform gaming by providing real-time assistance and enhancing player experiences.
The discussion also touched on HDMI 2.1b technology, which supports high resolutions and frame rates crucial for gaming. Asus's high-end gaming notebooks have incorporated HDMI 2.1b for about two years, demonstrating the company's commitment to leveraging the latest technologies to enhance gaming performance. This integration ensures that gamers can experience the full capabilities of their games with higher frame rates and better resolution, aligning with current trends in the gaming industry.
Beyond gaming, Asus is also innovating in the content creation space with their ProArt (PR) product line. These products are designed for creators who use various media devices to capture and edit their stories. The ProArt series includes notebooks and monitors equipped with AI technology to streamline the editing process, supported by proprietary software like StoryCube. This software helps users manage and edit their media easily, reinforcing Asus's dedication to providing comprehensive solutions for content creators.
Asus has also made strides in handheld PC gaming with their ROG Ally series. The new generation of ROG Ally devices features improved battery life, addressing user feedback that emphasized the importance of longer battery life for handheld gaming. Enhancements to the chassis and other internal components further improve the user experience, making these devices more appealing for gaming on the go. This focus on user feedback and continuous improvement highlights Asus's commitment to innovation and user satisfaction in the handheld gaming market.
Pan’s presentation concluded with a recap of Asus’s various innovations and the excitement surrounding their new products at Computex 2024. The integration of AI across different product lines, the collaboration with Nvidia, and the adoption of HDMI 2.1b technology all illustrate Asus's strategic direction towards enhancing user experiences in gaming, living, and creating. The advancements in battery life and design for handheld devices also show how Asus listens to user feedback and adapts to meet their needs.
Overall, Asus's presence at Computex 2024 showcased their leadership in integrating AI into consumer electronics, addressing both current market demands and future trends. Their diverse product offerings, from notebooks to gaming and creative tools, reflect a comprehensive approach to innovation that leverages cutting-edge technology to improve user experiences across different domains. The anticipation for Asus’s future developments remains high, with promises of continued innovation and exciting new products on the horizon.
Description by Chatgpt.
This video was filmed at Computex 2024 in Taipei Taiwan, check out all my Computex videos here: youtube.com/playlist?list=PL7xXqJFxvYvi-qyXBzlB6Wz6PNE8AafRP
My Early Access Members get full access to all my videos as I upload them nightly youtube.com/charbax/join before they are published are the rate of 3-5 videos per day in the days following the event.
![Fraunhofer IIS embeddif.[ai] Worlds Smallest AI at Embedded World 2024 #ew24](https://i.ytimg.com/vi/eSjFRkrNlOQ/hqdefault.jpg "Fraunhofer IIS embeddif.[ai] Worlds Smallest AI at Embedded World 2024 #ew24
The embedded world of 2024 showcases a groundbreaking development with the unveiling of the worlds smallest AI unit, brought to life by Fraunhofer IISs embeddif.ai. The event features an impressive presentation by Maximilian Kasper, who delves into the unique capabilities of this tiny AI solution. The star of the show is a compact computing unit capable of running complex AI models, demonstrating a new level of embedded artificial intelligence.
The small computing unit is based on an ARM Cortex M7 processor, a well-known architecture for embedded systems, usually seen in microcontrollers. This AI units impressive feature is its ability to run an AI model called Tiny YOLO, designed for real-time object detection. Kasper demonstrates how this small AI system can detect and identify people using a camera connected to the unit. Despite its tiny size, the system manages to process images at nearly 5 frames per second, with a resolution of 128x128 pixels, showcasing its high efficiency.
Another significant aspect of this AI unit is its efficient use of embedded C code, optimized for the Cortex M7. This allows the system to fully utilize the processors capabilities, ensuring maximum performance. Alongside this demonstration, different setups showcase varied applications of the technology. One demo illustrates on-device training, where the same hardware setup can classify images of animals. The AI can detect a cow or a dog, displaying its predictions on a small screen. This adaptability opens up a range of possibilities for edge computing applications, where AI can operate without the need for a central server.
The flexibility to train on-device is one of the most innovative aspects of this tiny AI system. This is particularly useful for applications where a central server isnt feasible or real-time training is required. Kasper explains that the training data is supplied through a small SD card, which contains the ground truth information for several images. The on-device training uses backpropagation and stochastic gradient descent, all processed directly within the AI unit. This capability to perform training on the device distinguishes this technology from other AI solutions that require pre-trained models deployed from external sources.
Despite its size, the AI units power requirements are relatively high, which is expected given the complex computations involved in training and running AI models. During the event, Kasper demonstrated an untrained model, which often misclassified objects, showing that proper training is essential for accurate predictions. This underlines the importance of reliable training data and efficient learning algorithms for successful AI deployment in embedded systems.
In summary, the worlds smallest AI unit by Fraunhofer IIS at Embedded World 2024 introduces a new realm of possibilities for embedded AI. With its compact design, powerful ARM Cortex M7 processor, and ability to run and train AI models on-device, this technology has the potential to revolutionize embedded applications. Its use of embedded C code, optimized for the processor, ensures high performance and efficiency, while the capacity to train on-device offers flexibility in various scenarios. The potential applications are vast, from smart sensors to real-time object detection, marking a significant leap in embedded AI technology.
Watch all my videos from the Embedded World 2024 here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvjgUpdNMBkGzEWU6YVxR8Ga
Description by Chatgpt.
This video was filmed using the DJI Pocket 3 ($669 at https://amzn.to/4aMpKIC), watch all my DJI Pocket 3 videos here https://www.youtube.com/playlist?list=PL7xXqJFxvYvhDlWIAxm_pR9dp7ArSkhKK
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