Noctiluca is the technology company from Toruń, Poland. The company designs, develops and manufactures next-generation emitters for OLED displays. The company’s emitters are chemical compounds in a form of the powder which emit light when exposed to electricity. They are a key component of displays and may be used in many devices such as TVs, laptops, smartphones, wearables, and many other types of consumer electronics.
Currently, the company is working with leaders and pioneers of OLED solutions from Korea, Japan, China, Taiwan, Germany, Switzerland and the USA, among others. With some of them, Noctiluca has signed contracts, some are already testing the company’s solutions.
In addition to its proprietary emitters, the Company is a chemical Contract Research Organisation. It also offers custom synthesis – the production of chemically advanced patent-free compounds on demand.
Welcome to the HDMI Licensing Administrator booth at Computex 2023! They’re thrilled to be back after a three-year absence, showcasing the latest advancements in HDMI 2.1 technology. In this video, they take you on a tour of their booth, highlighting their demos and explaining the exciting developments in the world of 8K and HDMI.
They begin by introducing the Astrodesign 8K camera and 8K Samsung TV setup, allowing visitors to see themselves in stunning 8K detail. This professional camera is used for producing high-quality 8K content and for setting a standard for camera technology. We discuss the progress made in the past three years, including the growing popularity of 8K and the advancements in gaming, such as 4K 120 and variable refresh rate.
Next, we explore various devices that support HDMI 2.1 and 8K. These include a Samsung 8K TV, an AVR (Audio/Video Receiver) for enhanced audio quality, a matrix switch for versatile setup options, and an industrial 8K camera used for applications like inspections and high-resolution video capture.
We delve into the benefits of HDMI in delivering maximum audio and video quality, including its support for different HDR formats. We also touch upon the need for compression in handling raw video data, while highlighting the continuous improvements in compression technology to maintain high-quality images with smaller file sizes.
The discussion expands to the future of 8K, including its potential in video conferencing, space exploration, and other applications. They emphasize that technological advancements will make 8K more affordable and accessible to consumers, just like the transition from 1080p to 4K. They address concerns regarding bandwidth and explain the role of compression in managing data transfer.
Additionally, they touch on the importance of HDMI certification for cables and devices. They introduce the HDMI Certification Banner, a new program that enables consumers to verify the authenticity and compliance of HDMI cables during online shopping. The certification ensures reliable performance and compatibility, eliminating confusion for buyers.
In conclusion, they express their excitement for the future of 8K and HDMI, emphasizing the continuous improvements in quality, resolution, colors, and overall viewing experience. They anticipate the widespread adoption of 8K, probably soon becoming the standard resolution of the industry.
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It was fun to speak about my reactions to Apple’s Vision Pro announcement in the Twitter Space with Robert Scoble https://twitter.com/Scobleizer and Irena Cronin https://twitter.com/IrenaCronin Robert Scoble has been talking about Apple doing a AR/VR for several years, he wrote books about it, he published thousands of interviews with industry people about it, he was wearing Google Glass at all trade shows I would meet him at over 10 years ago. It’s fun to see the Apple-influenced industry catch up finally and deliver to what enthusiast tech evangelists like Robert Scoble and myself have been talking about for over a decade.
Shenzhen AV Display as they showcase their cutting-edge products and solutions at Display Week 2023 Let’s dive right in Our host introduces herself as the representative from the sales department at Shenzhen AV Display. She takes us through their impressive range of integrated display solutions, highlighting how they provide a total package to their customers. From displays to PCBs, they offer a seamless system that caters to various needs.
One of the standout features of their product lineup is the ARM board, which serves as the driving force behind their displays. By utilizing Rockchip and NXP as their main solutions, they ensure optimal performance and functionality. The host proudly presents a series of displays, demonstrating their capabilities and versatility.
Among the showcased displays is an all-in-one machine, which boasts two unique functions. Firstly, it serves as an all-in-one solution, providing an immersive user experience. Additionally, it features touch-plus functionality, allowing users to interact with the display effortlessly. The host explains that one of the highlights of this display is its Corona feature, eliminating the need for touch input. Instead, a sensor located inside the display accurately detects user actions. This becomes particularly useful during situations like the ongoing pandemic, where maintaining cleanliness and avoiding contact are crucial.
Moving on, the host presents more display options, emphasizing that Shenzhen AV Display doesn’t just sell individual components; they provide complete solutions. Each display is carefully designed and accompanied by a touch interface, PCB, and even their own custom-designed main board.
The video continues to explore their range of products, with the host introducing another impressive solution powered by Rockchip. This particular display features the Android operating system and is tailored for IoT applications. The host also showcases their smart display module, which comes in a compact five-inch size. It’s fascinating to see how Shenzhen AV Display offers various sizes and customization options to meet the specific requirements of their clients.
To add a touch of uniqueness, the host unveils displays with special shapes, including pottery-type and landscape-type designs. These unconventional displays not only capture attention but also provide immersive visual experiences.
During the conversation, the host reveals that Shenzhen AV Display has been attending Display Week for several years, establishing strong partnerships with renowned panel manufacturers such as BOE, Innolux. This collaboration ensures that they have access to high-quality panels, guaranteeing superior performance and reliability in their products.
Thank you for joining us on this captivating exploration of display technology with Shenzhen AV Display. Don’t forget to like, comment, and subscribe to our channel for more exciting videos. Stay tuned for the latest updates and advancements in the world of display!
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CE-Link introduces their HDMI cable, which comes in a sleek brown color. It features an HDMI Type A to Type A connection and has a length of one meter. However, they can customize the cable to be as long as you need it, up to several meters. This particular cable is a 2.1 version, meaning it supports the latest HDMI 2.1 standard. It boasts an impressive bandwidth of up to 48 Gbps, ensuring seamless high-speed data transfer. To ensure its performance, they utilize an analog analyzer to check the high-frequency transmission.
But what if you need a longer cable? No worries! They have the perfect solution for you. Introducing their AOC (Active Optical Cable) solution. This innovative cable combines the power of copper wires for electrical transmission and fiber optics for data transmission. By integrating these technologies, they can provide a longer transmission distance without compromising on performance. It’s truly a hybrid marvel!
In addition to HDMI cables, they offer a wide range of products in the 3C (Computer, Consumer, Construction, and Communication) category. For instance, they have PCIe 5.0 cards and power supplies that comply with the latest Intel ATX 3.0 standard. These components ensure reliable and efficient power delivery to your devices. They also provide various connectors catering to different needs.
Are you looking for a high-power USB PD charger? They have you covered! Their USB PD charger supports power delivery for fast charging, making it ideal for power-hungry devices. Furthermore, they offer USB cables compatible with USB Gen 4 and Gen 3, capable of delivering up to 240 watts of power. These cables provide blazing-fast data transfer speeds and support 4K resolution and beyond. They are designed for USB Type-C connectivity, making them versatile and future-proof.
They’re proud to mention that their products undergo rigorous testing and certification. Their USB cables and HDMI cables are certified by USB and HDMI committees, ensuring their quality and performance. To verify the authenticity of their products, look for the certification numbers provided by the respective committees.
But that’s not all! They also showcase a 40 gigabit per second hub docking station. This hub allows you to connect multiple devices at once, taking advantage of the incredible data transfer speed. It’s a one-stop solution for all your connectivity needs!
And let’s not forget their robot cleaning with air purifier. This innovative product combines cleaning and air purification functions, making your home environment cleaner and healthier. It’s a convenient and hassle-free way to keep your living space fresh.
All their products are manufactured in our state-of-the-art facilities located in China and Vietnam. By having manufacturing bases in different countries, they ensure a stable supply chain and offer flexibility to meet the demands of their customers worldwide.
CE-Link is thrilled to be at Computex 2023, where they get to showcase their latest innovations and meet our customers face-to-face. Computex provides an excellent platform to connect with tech enthusiasts and industry professionals, and we look forward to exploring new business opportunity
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Lina takes you on a tour of the 2023 Shenzhen Geshem Technology Co., Ltd. booth at Computex 2023 Discover an impressive lineup of industrial technology brought to you by Geshem Technology. Feast your eyes on their remarkable range of products, including industrial motherboards, panel PCs, rugged tablets, and more. With size options ranging from 10 to 21.5 inches, the industrial panel PCs offer a variety of processors to choose from, including Intel Celeron, Intel Core i5, i7, and even Rockchip. Witness the power of MediaTek RocketPhone and RocketTablet, equipped with MediaTek processors and 5G network support. Explore the rugged Windows tablets, available in 10.8 and 10-inch sizes, ensuring durability and performance. Geshem Technology also presents the versatile industrial box PC, extensively used in factories and industries. For enhanced usability, they offer a sleek docking station for the tablets, perfect for installation in vehicles. The devices feature capacitive touch screens and optional resistive touch screens for seamless interaction Let Lina take you on a closer look at their offerings Discover the power supplies and special designs, including collaborations with renowned companies like Ewin Technology Co.Ltd presents their mini and slim cases, meticulously crafted using CNC technology and premium aluminum. These slim cases offer a space-saving and sleek design. Ewin Technology also showcases their ATX gaming case, featuring liquid cooling, customizable front panels with customer logos, and stunning RGB lighting effects. Don’t miss the micro cases designed to cater to various needs. Ewin Technology serves a global market, with customers from Japan, America, and more.
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Henri Parmentier, EPM-Modules Product Center senior manager at ADLINK, provides us with an in-depth introduction to their line of Industrial Arm Processor development board designs, specifically designed for those who are familiar with Raspberry Pi but seek to transition into an industrial setting. Henri explains that ADLINK started with their initial release based on the px30 four years ago, aiming to bring industrial-grade components to Raspberry Pi enthusiasts. They then released another model based on the IMX8M plus, which retains the commercial interfaces of Raspberry Pi while offering industrial capabilities and support for the entire ecosystem.
One of ADLINK’s notable products is the I-Pi SMARC RB5, powered by the Qualcomm RB5 robotics chip. Henri highlights its features, including HDMI, dual Ethernet, USB ports, Raspberry Pi-compatible headers, additional GPIOs, and camera support. The module also offers M.2 slots for storage or an extra 5G module, along with a SIM card slot for added flexibility.
Henri emphasizes that ADLINK’s aim is to provide affordable solutions, particularly targeting developers with budget constraints. ADLINK’s compatibility with various designs, including Intel-based development kits, ensures a seamless integration process.
The video further explores the concept of smart modules and their advantages. ADLINK’s smart modules adhere to a universal standard, allowing users to swap modules effortlessly without the need for extensive redesign. This flexibility enables customers to easily upgrade their systems with newer chips in the future.
Henri discusses how ADLINK supports customers in their projects by providing carrier design files and assisting in the development of custom carrier boards. The module-based approach not only simplifies certification processes but also enables future-proofing, as modules can be easily replaced or upgraded without requiring an entire redesign.
The conversation also touches upon the growing adoption of ADLINK’s smart modules in the industry. Henri mentions that ADLINK is a leader in various module standards, such as Q7, SMARC, COM Express, and COM HPC. The company has witnessed significant growth in volume, with smart modules gaining popularity due to their scalability and ability to overcome supply chain challenges.
As the interview progresses, Henri explains how ADLINK collaborates with other vendors within the ARM ecosystem. He highlights the open and competitive nature of the ARM market, emphasizing the benefits of innovation and choice for customers.
The video concludes with a discussion on the affordability and future-proof nature of ADLINK’s solutions. Henri compares the power consumption and cost savings of ARM processors with traditional x86 solutions, showcasing the advantages of ARM in terms of machine learning and overall device cost.
Overall, this video provides a comprehensive overview of ADLINK’s industrial arm processor development boards, highlighting their features, advantages, and compatibility. Whether you’re a Raspberry Pi enthusiast looking to step into the industrial world or a developer seeking flexible and future-proof solutions, ADLINK’s offerings are worth exploring.
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Join Henk van Bremen, General Manager for the Computer on Modules department at ADLINK Technology, as he unveils their extraordinary innovation in computer technology. In collaboration with Arm UK, and Ampere, their team embarked on a project targeting the automotive sector (Arm SOAFEE development), leading to the creation of the Ampere Altra Desktop project (available to order starting at $3250 at https://www.ipi.wiki/products/ampere-altra-developer-platform?variant=41995037868194 ) Initially focused on cloud vendors, ADLINK and Arm successfully transformed this powerful cloud Arm processor into an embedded development product. The result? A cutting-edge desktop designed specifically for Arm Neoverse (Arm Server) and also general Arm software, and Arm Soafee (smart EV self-driving etc) development.
This remarkable desktop, built on a common HPC form factor ADLINK COM-HPC computer module, showcases ADLINK’s expertise in embedded edge computing. While desktops are not their primary focus, ADLINK specializes in developing edge computers. The Ampire Ultra processor, known for its exceptional performance, brings remarkable power to this desktop. With system readiness and compatibility with off-the-shelf ARM64 distributions, such as Ubuntu and Debian, installation is effortless. The ecosystem of applications developed for these distributions is fully accessible, making it comparable to an x86 system.
Boasting an impressive 128 cores, the Ampire Altra processor offers unmatched performance per watt, making it ideal for mobile and battery-dependent applications. Unlike higher-power solutions from Intel and AMD, the Ampire Altra’s efficient design allows for effective cooling without elaborate fan systems. Liquid cooling technology keeps the system temperature under 50 degrees Celsius, even under heavy load. This desktop provides the perfect balance between power and cooling efficiency, ensuring optimal performance.
ADLINK partners with Foundries.io for constant security updates forever for this system.
ADLINK offers this system in two configurations: as a complete system for software development purposes or as a board-level solution for customers planning embedded solutions deployment. The latter option allows customers to develop their own carrier boards, tailored to their specific needs, while leveraging ADLINK’s expertise in memory and high-speed connectivity.
Notably, this desktop also supports Nvidia GPUs, enabling advanced AI and acceleration capabilities. With two three-slot cards, users can harness the power of Nvidia GPUs for various applications. Compatibility with Nvidia’s CUDA platform makes it a robust solution for AI inferencing and more.
Moreover, the system’s compatibility with Windows 11 adds another dimension to its functionality. ADLINK effortlessly installed the ARM version of Windows 11 using UUPD, demonstrating its ease of use. While some driver support limitations exist due to the current Microsoft Windows market focus on ARM-based notebooks, ADLINK continues to work on compatibility, aiming to fully support Windows-based applications in the future.
As the demand for powerful ARM-based systems grows, ADLINK’s innovative desktop offers a glimpse into the future of computing. With its exceptional performance, efficiency, and versatility, this desktop could revolutionize not only software development but also industries like automotive and cloud computing. Stay tuned for future updates as ADLINK, Ampere and Arm continue to push the boundaries of technology.
This also gives a taste of what Apple might be planning for a Mac Pro desktop at some point in the future, though probably they’d add all sorts of video encode/decode, GPU, USB, Ethernet and etc accelerators on their huge desktop-optimized Arm SoC.
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In this video, I dive into the powerful features of Gigabyte’s latest Ampere motherboards and Server rack solutions at Computex 2023 featuring AmpereOne with up to 192 cores, and features eight DIMMs. With 16 DIMMs in total, this motherboard also includes OCP 2.0, offering a variety of PCIe cards for graphics. Additionally, it comes with a 10G lane onboard, a Management Port, and NPR (low temp, low power) technology, making it ideal for multiple data centers.
But that’s not all! I also showcase some incredible add-on cards from.com, including OCB 3.0 type cards like 1G, 10G, and 25G, all available in PCIe form factors. These cards, such as the HBA cards from Broadcom and Broadcom rate card, are perfectly compatible with the Ampere motherboard.
Are you ready for extreme performance? You can even install lightning-fast GPUs on this motherboard, and it’s fully compatible with Nvidia. For more details, I explore the HPC side, which is particularly interesting for those seeking high-performance computing.
But wait, there’s more! I reveal the CPU GPU Grace Hopper, which was recently announced by Mr. Jensen from Nvidia. This keynote session unveils a Cloud Server accelerator that pushes AI forward with its impressive CPU GPU design and built-in 96 GB HB M3 memory.
The future of fast computing is here, and the video takes a closer look at the fast connectors, including the 72-core arms and 70 to 100 core amp processors. You’ll be amazed by the performance capabilities. To handle the heat generated, the server utilizes fans, similar to an airplane taking off, but they gradually reduce RPM based on the heat being utilized.
Memory capacity is essential, and this motherboard delivers with 960 gigabytes per module and 900 gigabytes per second Envy link, offering massive memory bandwidth. Moreover, the Nvidia Bluefield 2 and Bluefield compatible PCI land cards provide even more advantages.
Throughout the video, you’ll notice Jensen Huang’s signature, emphasizing the significance of these advancements. The video also showcases the X HXM 5, which supports eight H100 XXM 5 GPU servers. These modular designs, linked with MV links, accommodate Intel and AMD sockets.
The Ampere servers steal the spotlight with their incredible capabilities. The Emperor One stands out with its dual 5-nanometer design, offering high performance and low power consumption. It boasts the most performance per watt in the world and comes in both 3.5 and 2.5 drive formats. Whether you need a single or dual socket, the Ampere server has you covered.
With ample RAM and PCIe slots, this server caters to various needs. It supports up to 16 memories in a single-socket configuration, while dual sockets can handle up to 32 memories. The video emphasizes customization possibilities and how Gigabyte works closely with partners and customers to deliver tailored solutions.
The video takes a fascinating turn as it explores direct liquid cooling solutions and servers submerged in a specialized chemical cooling agent. These innovative cooling methods ensure optimal performance and heat dissipation.
But that’s not all! The video touches on SSDs, SATA systems, and OCP servers, such as the ones used by Facebook in the Open Compute Project. Gigabyte serves a diverse range of customers, including big tech companies and partners.
To wrap up the video, it discusses the future of AI, the increasing demand for deep learning and inferencing, and the exponential growth of this field. Viewers are encouraged to visit Gigabyte’s website for more information and to make purchases.
Don’t miss out on this comprehensive overview of the Ampere motherboard and its impressive features. Experience the power of the second generation Ampere motherboard supporting up to 128 GB RAM and 128 cores. With eight DIMMs and OCP 2.0, it offers PCIe cards for graphics, 10G LAN, and a Management Port. This low-power solution is being used in data centers. Explore add-on cards like OCB 3.0 HBA and Broadcom RAID cards. Compatible with NVIDIA GPUs, this system delivers fast computing. Witness the CPU-GPU Grace Hopper with 96 GB HBM3 memory, promising the future of AI.
Description provided by chatgpt, let me know all mistakes so I can fix it 😄
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Robert Dunhouse, Sr FAE Manager, at the Tiana booth in SID Display Week 2023. Let’s explore some exciting displays. First, a remarkable micro LED transparent display with 70% transmissive capability and 10% reflection ratio. It has applications in self-driving cars, homes, and glass surfaces.
Next, a micro LED display with an adjustable transparency range from 0.1% to 24%. It combines a standard liquid crystal display with a micro LED display, without a color filter.
In the consumer space, side-by-side OLED displays with equal image quality. One incorporates cfot technology, reducing power consumption by 30%.
A quad curve display with curved edges for enhanced aesthetics and viewing experience. Also, a privacy display that limits the horizontal viewing angle for user privacy.
For touch-enabled displays, a fast refresh display for handheld gaming and a low-temperature polysilicon display with reduced border size for a sleeker look.
In the consumer space, a 13.3-inch touch-embedded display with a 120 Hertz frame rate, ideal for tablets.
A high refresh rate demonstration of 480 Hertz and a 16-inch high-resolution display with mini LED backlights for dynamic contrast.
A unique 1.5-inch flexible OLED display on a flexible substrate for complex shapes.
In the medical space, a 30.9-inch and 21.35 Meg color display for accurate diagnostics. In the marine market, a ruggedized 20.8-inch 4K display for maritime environments.
Invisible technology that offers aesthetically pleasing designs when not in use, with intact touch functionality. Also, high shock and vibration resistance displays for rugged environments.
Wet and glove technology that enables touch functionality even in the presence of water. Large-sized touch screens with custom cover glass and direct bonding.
In the automotive sector, a 10.25-inch curved display with a wide color gamut and a head-up display with augmented reality features.
For gaming enthusiasts, a 34-inch ultrawide gaming monitor with a 240 Hertz refresh rate and adaptive sync technology.
In the commercial sector, a 55-inch video wall display with narrow bezels and high brightness for advertising and signage purposes.
In the education sector, interactive whiteboards with touch and pen input for engaging and collaborative learning environments.
Advancements in virtual reality displays with a 4K OLED display specifically designed for VR headsets.
These are just a few highlights from Tianma’s range of cutting-edge displays. We continue to push the boundaries of display technology to redefine visual experiences across various industries.
Thank you for joining us at SID Display Week 2023, and stay tuned for more exciting displays from Tianma!
Watch all my Display Week 2023 videos in this playlist https://www.youtube.com/playlist?list=PL7xXqJFxvYvj7kktyVSqyE6QNlK35Hw6D
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Live interviews with all the best exhibitors at Computex 2023 here in Taipei Taiwan, I will later publish all these videos in 4K60 (there was no day2 live stream..)
Hans Feil, CEO of Etulipa, a small company based in Eindhoven, the Netherlands. Etulipa specializes in a unique technology known as reflective display technology, which offers vibrant reflective colors, high video speed, and incredibly low power consumption. This technology is particularly ideal for outdoor displays, thanks to its wide temperature range of -30 to +65 degrees Celsius.
During the interview, Hans showcased an impressive example of a tile with 10 millimeter pixels, perfect for outdoor displays and creating impactful text near bus stations and other locations. He also shared the success story of their black and white display in a New York bus stop, which has been running for three years in various weather conditions.
What sets Etulipa’s technology apart is its use of subtractive colors—cyan, magenta, and yellow—combined with a white reflector. By individually controlling these pixels, they can create all the colors of the rainbow. Hans emphasized that experiencing the bright reflective colors in person, preferably outdoors in the sunlight, is truly awe-inspiring.
One fascinating aspect of Etulipa’s displays is their energy efficiency. Hans revealed that they have a display in Eindhoven consisting of eight panels running for a year solely on solar power. These displays are designed to automatically switch on a backlight in darker conditions and utilize the sun’s natural brightness during the day, resulting in a remarkable balance of power consumption.
As we delved further into the company’s background, Hans explained that Etulipa originated as a spin-off from Philips Electronics, where previous attempts at electric wetting technology had been made. After pivoting to outdoor displays, Etulipa found the perfect application for their technology, leveraging its power efficiency and vibrant colors.
Reflecting on the company name, Hans shared that “Etulipa” combines the Dutch association with tulips and the concept of electronic paper. Just like tulips are known for their vibrant colors, Etulipa aims to bring energy-efficient displays to the world without compromising visual appeal.
During our discussion, we touched upon the display’s surface characteristics. While the showcased display had a glossy finish, Hans mentioned the possibility of adding an anti-reflective or matte layer, depending on personal preferences.
Looking ahead, Etulipa’s focus is on scaling up production and optimizing their manufacturing process to accommodate larger volumes. They plan to utilize four times larger pieces of glass and TFTs (thin-film transistors) backplanes to achieve pixel sizes as small as 2.5 millimeters, thereby enhancing the resolution and overall performance of their displays.
Additionally, we briefly explored the potential for flexible displays. Although Etulipa currently operates on glass substrates, they are actively researching alternative architectures that would allow for flexible displays using foils and films. The ultimate goal is to eliminate any physical limitations and offer truly flexible display solutions.
As a demonstration of their commitment to the outdoors, Hans invited viewers to visit their booth at the I-Zone, where every day at 12:30, they take the display panel outside for a captivating showcase. This interactive experience highlights the essence of e-paper technology—blending with nature and encouraging people to step outside their indoor environment.
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Welcome to Corning’s booth at SID Display Week 2023, where they present their cutting-edge display innovations that offer a glimpse into the future of human interactions. From transparent displays with endless design possibilities to glass-based solutions for 5G and 6G, we’re excited to showcase the role of glass in shaping the next generation of technology.
One highlight is our collaboration with JDI on a transparent display, perfect for restaurants, hotels, and stores. It boasts high transmittance, dual-side visibility, and eliminates facial reflections, enabling face-to-face communication with useful information displayed on both sides.
Discover the reconfigurable intelligent surface (RIS) prototypes, revolutionizing 5G and 6G communication. By leveraging glass substrates and advanced metal patterns, we overcome coverage limitations and blind spots, enhancing signal reflections without interfering with display quality.
Join us as we explore the future integration of RIS products with interior walls or displays, extending coverage and beam tilting capabilities. Imagine transparent antennas seamlessly incorporated into your surroundings.
In addition, we discuss the latest HDMI updates and compatibility efforts in partnership with display makers and cable manufacturers. Ensuring stable performance, high-speed data transmission, and interference-free connections, we’re paving the way for an enhanced viewing experience.
Don’t miss out on the exciting developments at Display Week 2023! Join us as we delve into the latest advancements in display technology and explore the potential for a seamless, interconnected future. Visit our booth and stay tuned for more updates.
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By using Avantama’s best in class perovskite quantum dots, a high-end monitor uses 25% less power than the commercial one. On the other hand, Avantama is presenting three different percolate QD inks for application in QD-OLED and future micro LEDs: ink jet ink, photoresist formulation and EHD ink (electrohydrodynamic printing). Material for a bright and efficient future
Samuel Halim, the CEO of Avantama, a Swiss-based materials company specializing in electronics. In this video, he is sharing their latest developments from the past few years.
Their focus has been on developing cutting-edge materials, particularly our exceptional Perovskite Quantum Dots. These Quantum dots are the best in their class for display applications, delivering unmatched performance. They offer pure colors, high efficiency, incredible brightness, and contribute to lower power consumption in displays.
In the video, he showcases a comparison between two displays. The left one is a commercial monitor equipped with mini LED backlight and a low cadmium cutie film. They replaced the cutie film with our own containing Perovskite Quantum dots and red KSF phosphor. Both monitors were set to the same brightness level, and their monitor consumed 25% less energy, resulting in an improved energy label from G to E. This makes their monitor compliant with the new EU regulations, while the original monitor falls short.
It’s essential for companies to prioritize better films for their displays instead of downgrading the overall quality. While using their films might be slightly more expensive initially, it pays off in the long run due to reduced power consumption, which often constitutes the largest cost.
They also delve into the technology behind our Perovskite Quantum dots, explaining how they offer the purest colors and highest efficiency. They’re currently showcasing our next-generation Quantum dot materials for QD OLED and QD micro LED applications. These materials can be applied using various methods, including inkjet printing and photorezist-based techniques, with impressive pixel resolutions and sizes.
He discusses the future of displays, particularly the exciting potential of micro LED technology. He expects to see bright, colorful micro LED displays in smartwatches and other devices. Quantum dots will play a crucial role in improving color accuracy, reducing energy consumption, and lowering costs.
As for printing, while their materials can be used for inkjet inks in theory, their focus remains on commercial applications. Display makers will utilize printing machines equipped with their components to produce high-quality displays.
Watch all my Display Week 2023 videos in this playlist https://www.youtube.com/playlist?list=PL7xXqJFxvYvj7kktyVSqyE6QNlK35Hw6D
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Whitney Gaynor, CEO and co-founder of Sinovia Technologies, specializes in printing OLEDs using a roll-to-roll process, similar to how newspapers are printed using a printing press. In this demonstration, Whitney showcases segmented displays that convey information from smart products to users.
Using their proprietary material and flexography, a contact printing method employing a rolling rubber stamp, Sinovia can print custom OLED designs in various shapes and patterns, including pixel matrices, icons, logos, and segments tailored to specific applications. These OLEDs operate on a passive matrix system, with rows driving the display.
Whitney then presents their impressive eight-stage printing press, located in their San Carlos, California clean room. They have achieved print speeds of up to 50 meters per minute, demonstrating the high throughput capabilities of their technology.
The video explores the flexographic plates used by Sinovia, which define the printed OLED patterns. These plates are wrapped around cylinders on their printing press and are instrumental in stamping the OLED material into specific patterns. Sinovia’s roll-to-roll process allows for efficient printing of multiple layers, including cathode evaporation and encapsulation, resulting in a stack of OLED layers with overlapping anode and cathode patterns.
Addressing the reliability of their OLEDs, Whitney assures viewers that Sinovia utilizes state-of-the-art, commercially available light-emitting materials. These materials offer operational lifetimes ranging from 10,000 hours to 50% brightness and have shelf lives of approximately five years. Through ongoing testing, Sinovia aims to achieve a remarkable 10-year operational field lifetime.
The affordability of their displays is another crucial aspect discussed. Thanks to their printing technology, Sinovia can precisely place materials with minimal waste, making it cost-effective. Compared to traditional evaporation methods, where a significant amount of material is lost on chamber walls, Sinovia’s printing process eliminates this issue. They can create customized OLEDs even at low volumes, offering a more accessible option for smart product manufacturers previously unable to afford high-end OLED displays.
Whitney addresses the cost of manufacturing custom OLEDs, explaining that the price depends on the size and yield. While they are not yet in mass production, Sinovia estimates that their custom OLEDs could cost just a few dollars. Additionally, when asked about the possibility of printing active matrix OLEDs, Whitney expresses optimism for the future. Currently, printable materials with sufficient mobility for active matrix OLEDs are not available, but ongoing research on roll-to-roll oxides and tunnel junctions offers promising potential.
Based in San Carlos, California, Sinovia Technologies is a startup in the OLED industry. Although not yet famous, they are excited to present their groundbreaking technology at Display Week, their first-ever conference. Whitney shares their positive experience so far, with numerous interested parties exploring potential partnerships and applications. Even representatives from a space company have shown interest, envisioning applications for spacesuits.
Regarding power consumption, Whitney highlights that Sinovia’s OLEDs have power consumption similar to traditional LEDs rather than LCDs. The directly driven segmented designs allow for precise control of the OLEDs by adjusting input voltage or current density. This control results in a more efficient power consumption, closer to LEDs than backlit LCDs.
In terms of printing technology, Sinovia’s approach is unique compared to other OLED printing methods. While most companies rely on inkjet printing, which requires photolithography for defining wells, Sinovia’s process is completely additive. They avoid batch processes and instead employ a continuous roll-to-roll approach from start to finish, allowing for efficient production.
When asked about the timeline for mass production, Whitney explains that Sinovia can already demonstrate their technology and print custom demos. They anticipate entering mass production next year for full OLEDs and expect to achieve full active matrix displays in the coming years. Sinovia acknowledges that improving resolution and registration are key factors for advancing their technology.
The issue of burn-in, commonly associated with OLED displays, is addressed. Whitney assures that Sinovia’s OLEDs utilize state-of-the-art emitters from commercial material supply partners, minimizing burn-in risks.
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Conventional integral imaging uses a fine fly‐eye lens whose elemental lens is perceived as one pixel. Coarse integral imaging uses a coarse fly‐eye lens so that multiple pixels are observed through each elemental lens, which generates a real image or a virtual image of the display panel. By using interleaved Fresnel lenses where the width of elemental prisms changes gradually, discontinuity of image due to the coarseness of lens array becomes indistinct. When multiple projection‐type display panels with high transmittance are layered, a layered real image or virtual image without moiré is formed, which enables integral imaging with volumetric features.
Join us as we delve into the captivating realm of glass-free 3D displays with an exclusive interview with Visual Media Lab of the University of Tsukuba. In this video, we meet the talented individual behind the revolutionary technology and witness mind-blowing 3D images without the need for special glasses or goggles.
Engage in an insightful conversation with the experts, unraveling the secrets behind this innovative display technology. Learn how the team achieves the mesmerizing effect by displaying multi-view images on the back screen and utilizing lens arrays and large aperture lenses to distribute them to different angles. This ingenious approach creates multiple viewpoints, allowing viewers to observe the 3D images with binocular parallax and motion parallax.
Explore various types of glass-free 3D displays, including the virtual image type that constructs 3D images far behind the display, and the transmissive display type that generates volumetric imaging, giving a sense of depth and volume to the visuals. The knowledgeable experts discuss the technical aspects and intricacies of these displays, shedding light on their potential applications and limitations.
Discover the number of views available in these displays, with 11 horizontal and six vertical viewpoints, enabling a truly immersive experience. Maria’s curiosity leads to an intriguing discussion about the possibilities of using this technology for huge holographic home displays, and the experts explain the requirements for creating larger displays, including bigger screens, lens arrays, and high brightness levels.
The conversation also touches on overcoming challenges, such as reflections and ambient lighting conditions. The experts share their ongoing efforts to optimize the technology for better image quality and propose potential solutions, including lens array adjustments and specialized coatings.
As the interview progresses, Maria explores the latest research and innovations, including elemental interleaved lenses, which enhance the image quality and transition between views. The team’s future work encompasses creating see-through augmented reality (AR) displays and combining haptic feedback systems to enable virtual touch interaction.
Witness the magic of this remarkable technology as Hatsune Miku, a virtual CG character, comes to life in a box, showcasing the capabilities and potential of glass-free 3D displays. The experts provide insights into the current resolution and express their aspirations for higher resolutions, such as 8K and 16K, to further enhance the visual experience.
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Join Maria from K&D Technology as she takes you on a tour of their booth. Established in 2006, K&D Technology has been a leading supplier and manufacturer in the LCD display and touch panel industry for 17 years. With a wide range of sizes, from 0.96 inches to 32 inches, and a sub-theory of CMBM, K&D Technology is a trusted supplier to world-class companies, including Amazon, Google, and OGD. Their products have been applied to various areas such as smartphones, tablets, intelligent speakers, notebooks, smart home devices, and industrial control products. If you’re looking for a reliable supplier in the LCM and GM industry, K&D Technology is the perfect choice. Explore their impressive displays, learn about their partnerships, and discover their commitment to quality. With two large factories in Shenzhen and the Envy Province, K&D Technology is equipped to meet your volume requirements. Don’t miss the chance to connect with them at the Display Week and explore their cutting-edge solutions.
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Join Dr. Phil Chen, Senior VP at JBD, and Leon Baruah, Director of Marketing & Sales, as they unveil JBD’s latest product, the Hummingbird. This captivating video showcases JBD’s groundbreaking advancements in monochrome and polychrome microLED displays. JBD’s display has been awarded the prestigious “Display of the year” award for 2023 by SID.
Discover the exceptional capabilities of JBD’s micro LED displays, designed to deliver an unparalleled visual experience. Witness the unveiling of the world’s smallest polychrome micro LED projector, the Hummingbird, which boasts a volume of just 0.4 CC. The official launch took place at the esteemed SID Display Week 2023 event.
Immerse yourself in a world of full-color projection and explore the lifelike visuals produced by JBD’s micro LED displays. With an impressive resolution of 640 by 480 pixels and a pixel pitch of only four microns, the Hummingbird delivers vivid and vibrant images. Phil and Leon showcase a reference design that combines the latest projector with a state-of-the-art waveguide, offering viewers a captivating visual experience through specially designed glasses.
Experience the remarkable capabilities of JBD’s micro LED technology as demonstrated in the video. The full-color capabilities of the display are showcased, revealing its ability to reproduce a wide range of rich colors. From vibrant reds to brilliant greens and blues, the Hummingbird delivers an immersive visual feast.
Learn how JBD achieves exceptional performance and compactness through their innovative optical architecture using an X Cube. By combining three individual micro LED panels representing primary colors into a single full-color image, JBD achieves optimal image quality. The brightness levels of JBD’s micro LED displays are also discussed, reaching up to astonishing values individually and around 1,500 nits overall.
Explore JBD’s future roadmap, including the development of a higher resolution & monolithic full color displays in the near future. JBD’s expertise extends beyond micro LED displays to applications such as augmented reality (AR), virtual reality (VR), and UV displays for 3D printers.
Take an exclusive glimpse into JBD’s micro display Fab in Shanghai, where meticulous inspection and testing processes ensure the highest quality. Discover the potential of JBD’s micro LED displays in wearable devices, head-mounted displays, automotive displays, and more. Collaboration with industry partners is emphasized to optimize the user experience and unlock new possibilities in gaming, entertainment, and advertising.
Learn about JBD’s plans to scale up production capabilities and meet the growing demand for micro LED displays. Stay connected with JBD for updates on their latest innovations and product releases. JBD invites individuals and businesses interested in micro LED technology to explore collaborations.
Join JBD on their mission to redefine the future of display technology and witness the transformative potential of micro LED technology. Experience the future of displays with JBD’s micro LED technology and be amazed by the capabilities of the Hummingbird. Get ready to embark on a captivating journey and be inspired by the possibilities that lie ahead.
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Follow me on the show floor at Computex 2023 in Taipei Taiwan as I interview the best exhibitors at the show (which I then soon upload here in 4K60). Support my channel sign up at https://wise.charbax.com and check out my playlist http://HDMI.charbax.com
Interview with Porotech CEO & Co-Founder Tongtong Zhu, a UK-based international company specializing in micro LED technologies. Their diverse range of offerings includes big displays, small displays, transparent displays, flexible displays, head-up displays, and AR applications. As a global design house for micro LED solutions, they cater to customers worldwide.
Today, they showcase one of their remarkable innovations: a flexible 27-inch micro LED display. This display utilizes RGB technology, with all colors emanating from a single material system called Indian gallium nitride. The result is exceptional color accuracy and image quality, thanks to the unified material system and high-resolution capabilities.
Moving on, let’s explore another impressive product in their lineup. Here we have a 1.27mm pitch transparent display, measuring 7.5 inches and boasting 34 PPI full color. This display employs mini LED technology on a TFT backplane, offering both transparency and high brightness suitable for outdoor applications.
At Porotech, they believe in democratizing access to their technologies. That’s why their reference designs are open for evaluation and testing, allowing customers to customize and tailor their platforms to their specific requirements and system specifications.
Now, let’s take a look at their booth where they proudly showcase their award-winning micro LED technology. They recently won the People’s Choice Award, a testament to the quality and innovation they bring to the market. Their all-in-one solution, known as the Rose, provides incredible brightness and vibrant colors. It utilizes three panels based on a single Indian gallium nitride material system, enabling a peak brightness of 1 million nits for outdoor applications. The unified material system ensures consistent optical and electrical characteristics, simplifying power management and consumption.
One question that often arises is whether their technology can revolutionize future smartphones, providing an exceptional full-table touch display experience. While their primary focus lies in IR applications, head-up displays, and wearables, they are open to exploring various application areas. Micro LED has the potential to open new doors and deliver exciting possibilities for different user cases.
In their wide portfolio, you’ll find a range of applications, from 0.12-inch monochrome displays to high-brightness AR glasses. They offer solutions with pure red, green, and blue applications based on indium gallium nitride, ensuring high brightness and efficiency. Their technology is ideal for AR glasses, offering compact and lightweight designs while delivering exceptional brightness.
Speaking of brightness, their micro LED displays can reach millions of nits for red, blue, and green colors. They are also launching 0.26 reference designs with blue, green, and red colors, boasting millions of nits brightness. These designs offer 720p resolution, enabling a wider content display and supporting future AR applications. Additionally, they provide dynamic pixel tuning for full-color resolution, allowing all colors to come from a single panel.
One of the key advantages of their technology is the ability to achieve all colors using just one LED. By providing reference designs and platform technology, they empower their customers to enhance and build upon their innovations according to their specifications.
Now, let’s delve into the technical details. Their 0.2-inch diagonal display boasts a 720p resolution, offering more than 5600 PPI pixel density. The pixel density is incredibly high, resulting in sharp and vibrant visuals. However, capturing the display’s brilliance on camera can be challenging due to its intense brightness. Nevertheless, rest assured that your sensor will be able to handle it without any issues.
As for mass production, their 0.26 reference designs are currently in production in Taiwan. They have an eight-inch production line that covers everything from material processing to pixel integration, CMOS integration, and light engine assembly. Their standardized process flow ensures consistent quality and enables efficient mass production.
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