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Latest tech from Huawei at MWC 2023 Shanghai. watch my longer 30min Highlights version here: https://www.youtube.com/watch?v=uQGpjgTdB1Q

Pangu-Weather is available here: https://charts.ecmwf.int/products/pangu_medium-t-z
Nature article: https://www.nature.com/articles/s41586-023-06185-3

I think European consumers benefit from open competition, it bring better technologies at better prices to the consumer. European countries should invite Huawei to fully compete with the best American and European suppliers for the supply of all the latest technologies in 5.5G, Backbone infrastructure, Fiber to the Room, AI, Smartphones, Satellite connectivity and all the other technologies that are needed in society, including to power most affordable best self-driving EVs, Robotics and more technologies that can make the world a better place. By enabling open competition, Europeans can have the best quality, the best features at the best price.

As for any arguments on national security, I believe those are arguments by the USA trying to remove the better and more affordable competitor from the market. If European countries have any concerns, they could simply ask Huawei to show them the source code to have their experts verify that the hardware and software solutions are safe.

Frank Li, an industry expert hailing from Huawei’s optical transmission department. Frank’s in-depth knowledge and insights offer a unique perspective on the fascinating world of transmission networks, specifically focusing on the groundbreaking 800 Gbps long distance WDM gigabit network.

With a comprehensive approach, Frank unravels the essence of the transmission network, emphasizing its importance and impact on modern communication systems. He draws attention to the ingenious utilization of a t-shaped architecture, which has become the backbone and metro of Huawei’s cutting-edge technology. This architectural approach allows for optimized performance and enhanced capabilities, ensuring the efficient flow of data across vast distances. Delving into the intricacies of the network, Frank highlights the distinct requirements of the backbone and metro components. The backbone, being responsible for managing data-centric traffic across extensive geographical regions, demands the highest capacity and optical switching efficiency.

In contrast, the metro focuses on accommodating sharing architectures, necessitating a flexible and adaptable system. To address these unique challenges, Huawei has developed and implemented two groundbreaking technologies: OXC (optical switchescross-connect) and printed electronics. Frank showcases an optical switch backplane, which is compact and resembles the size of an A4 sheet.

It’s a tangible representation of the advanced technology that facilitates seamless data transmission through fiber optics. The innovation lies in printed electronicsoptical fibers, enabling the integration of optical fibers electronic components directly into equipment backplane. The fiber, resulting in space-saving benefits and improved performance.

Frank goes on to elaborate on the concept of sharing architectures, which is crucial for the success of the metro WDM transmission network. He introduces the pooling architecture known as “Blade-OXCplate oxe Pro” which revolutionizes resource allocation in both aggregation and neutral scenarios. This architectural approach optimizes space utilization and power consumption while maintaining high performance and big bandwidth.

One of the highlights of the interview is the discussion surrounding Huawei’s revolutionary 3D air courseLCOS ( Lliquid crystal oncrypto and silicon) technology. Frank explains how this technology has played a pivotal role in achieving sharing architectures, as it enables efficient management of diverse input and output directions. By leveraging this technology, Huawei has successfully developed sharing architectures that maximize resource utilization, resulting in enhanced performance and big bandwidth.

Frank acknowledges the complexity and challenges associated with implementing sharing architectures, particularly in the optical domain. Compared to traditional router sharing, optical sharing poses unique difficulties, necessitating the development of specialized LCOSchipsets designed specifically for optical networks. These optical chipsets, combined with liquid crystal phase modulator technology, offer rapid and seamless switching capabilities, facilitating efficient data flow across multiple directions.

The interview further explores Huawei’s achievements in the field of transmission technology. Frank reveals that Huawei has successfully harnessed the power of the network by deploying it in more than 150 commercial applications and conducting over 30 proof-of-concept experiments since the product realesed on MWC Barcelona March 2023. These accomplishments validate the effectiveness and reliability of Huawei’s transmission technology in real-world scenarios. Furthermore, Frank sheds light on the fascinating capacity (C-Band and L-Band) by utilizing innovative fibers doping new elements in the known as UrbanErbium doped fibers.

By integrating these fibers into the network, Huawei has successfully extended the capacity. Aand range of transmission for the 400Gbps module, enabling long-distance data transmission over 6,000 kilometers without the need for electrical regeneration. Such achievements signify a significant leap forward in the field of transmission technology. Huawei’s constant pursuit of innovation and technological advancements. He attributes Huawei’s success to its unwavering commitment to research revolutionizing networks ingenuity and advancements unparalleled.

Main camera is my Panasonic G9 with 12-60mm Leica with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone, second camera is Sony A7Siii with 20-70mm filmed by Tao of https://space.bilibili.com/270091515/ YouTube description text by ChatGPT

Interview with Jon Arnold of https://www.jarnoldassociates.com/ esteemed independent technology analyst based in Toronto, takes center stage to delve into the riveting landscape of Communications technology. With an illustrious 20-year journey of observing and dissecting the tech sphere, Arnold is uniquely positioned to offer a critical perspective on the dynamic interplay of technological waves.

Navigating the ever-changing currents of the tech industry, Arnold begins by acknowledging the present epoch’s transformative confluence of 5G, AI, and Cloud computing. He elaborates on the fascinating aspect of his vantage point – one that allows him to witness the ebb and flow of novel technology waves. Drawing parallels to the past, Arnold underscores the monumental shifts brought about by these technologies – shifts that were merely fantastical aspirations five to ten years ago.

Yet, for all the excitement that new technology entails, Arnold does not shy away from addressing the challenges that accompany these advancements. Tech evolution is now a rapid sprint rather than a leisurely stroll, and companies are tasked with the arduous mission of adapting at a blistering pace. It’s in this crucible of adaptation that both challenges and opportunities lie, serving as the crucible for innovation.

Honing his critical lens, Arnold pivots to dissect the varied responses to these advancements in different global markets. Notably, he contrasts the relatively slower embrace of 5G in North American and European markets with the resounding resonance in Asia. At the epicenter of this discourse is his attendance at the Huawei event during MWC Shanghai. From this privileged vantage point, he observes a narrative different from the norm.

Intriguingly, it’s not just the technological leaps that captivate Arnold; it’s the shift in mindset and approach. He underscores the holistic ecosystem-level implementations of 5G in Asian markets, moving away from isolated point solutions. This marked shift opens doors to exploring the immense potential of IoT and AI, transitioning beyond human-to-human connections to an intricate web of machine connectivity.

This viewpoint serves as a springboard for a broader contemplation on the intricacies of 5G’s rise in different markets. Arnold cogently outlines the size and scale advantage enjoyed by China and India, where the massive user base enables rapid adoption. The proliferation of 5G-enabled devices and the hunger of carriers for innovation work in tandem to create a robust ecosystem.

As the conversation gains momentum, Arnold deftly navigates through the maze of cost dynamics. He unveils the game-changing implications of more affordable devices, particularly the Red Cap, whose integration into the market heralds a significant shift in accessibility. Drawing a parallel to AI’s economic landscape, Arnold highlights the quandary of monetizing such new-age technology. However, he contrasts this with 5G’s potential to bridge the monetization gap, making it a linchpin in the tech landscape.

With a shift in focus, Arnold zooms in on Huawei’s vision of 5.5G. This iteration, poised to bridge 5G’s present and an unforeseen 6G future, presents an exhilarating prospect. At its core is the evolution of bandwidth capabilities, paving the way for seamless AI integration. The synthesis of AI and 5.5G spawns tangible applications, turning science fiction notions into palpable realities.

As the dialogue matures, Arnold steers the conversation toward a pertinent concern – the challenge of bandwidth provisioning in crowded spaces. In his incisive style, he explores the potential solutions, advocating for micro base stations and the omnipresent Edge computing paradigm.

Arnold’s critical gaze expands to encompass the broader implications of 5G’s affordability. By virtue of the economics, he envisions a revolution in marketing, where community-based approaches supersede individual targeting. This, he suggests, could be a paradigm shift in how businesses approach outreach and engagement.

The discourse pivots to a contemplative realm – that of societal implications. Inquisitively, Arnold probes the possibility of technology superseding the essence of humanity, pondering the fine line between progress and preservation. A candid exploration reveals a dichotomy – the allure of automation juxtaposed with the essence of what it means to be human.

In the final stretch Arnold reflects on the veritable feast of opportunities that digital transformation promises. With discerning insights, he shares his anticipation for the Mobile World Congress in Shanghai 2023, where these technological eddies converge and diverge, shaping the future with unwavering momentum. Through his engaging discourse, John Arnold leaves an indelible mark, championing the cause of critical inquiry in the ever-evolving realm of technology.

Video description generated by ChatGPT

HongKe, offers a comprehensive overview of their role and the technological advancements of their company. As a key player responsible for sales in the Eastern area of China, they guide us through the intricate landscape of their company’s endeavors, shedding light on their forte in high-tech glasses. These innovative glasses, heralded as a stepping stone for students, have found their niche across diverse sectors, including the realm of construction.

Founded back in 1995, the company boasts an illustrious journey, its headquarters firmly anchored in the bustling city of Guangzhou, within the heart of HongKe. Notably, the company’s influence spans beyond its headquarters, extending its reach with strategic branches in both Shanghai and Beijing. Their expertise resonates within the realm of high technology, with a keen focus on industrial automation, digitalization, and other pioneering fields.

The conversation veers toward the company’s pivotal role in industry solutions, where the interviewee paints a vivid picture of their collaboration with various sectors. From repair to maintenance, quality control to interactive collaboration, their company’s offerings are expansive and transformative. An intriguing highlight is the utilization of AR glasses, which serve as a bridge between frontline workers and industry experts. These glasses, functioning seamlessly via Wi-Fi, not only underscore the flourishing landscape of augmented reality but also accentuate their significant contribution to the burgeoning Chinese market.

Transitioning to a detailed exposition of the featured product, the interviewee unearths the intricacies of a radar and 5G analyzer. With precision, they expound upon its versatile capabilities, encompassing the testing of diverse signals such as 5G millimeter waves and Wi-Fi interference. Furthermore, the interviewee astutely relates this technology to the meticulous installation and monitoring of China’s expansive 5G network, wherein smart glasses play a pivotal role in enhancing efficiency and accuracy.

Delving deeper, the spotlight shifts to an innovative GNSS (GPS) simulator. This sophisticated tool emerges as a critical asset for testing GPS and GNSS receivers, particularly within the intricate landscape of the automotive industry. Following this, the conversation unveils a real-time spectrum analyzer and a microwave signal generator, each fulfilling distinctive roles in the spectrum management and signal generation spheres.

Embedded within the narrative is the company’s active engagement with notable events, including the Mobile World Congress, where their participation underlines their commitment to remaining at the forefront of technological innovation. The seamless fusion of technology and medical application also becomes evident, adding a layer of versatility to their portfolio.

As the interview concludes, the audience is left with a profound understanding of the intricacies that drive the modern world of technology, skillfully narrated by the interviewee who stands as a beacon of expertise of HongKe.

Filmed using my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR YouTube description text generated using ChatGPT

Nordic Semiconductor, takes viewers on an informative journey through the intricacies of their groundbreaking product, the 9160. Positioned as a revolutionary cellular IoT SMP MCO device, this cutting-edge creation is touted for its intelligent mesh networking capabilities. As the conversation unfolds, Jayanta introduces viewers to the Decor Plus protocol, a pivotal component that aligns with certain aspects of the burgeoning 5G standard. The protocol’s standout feature lies in its capacity to facilitate mesh networking without the constraints of SIM cards or cellular stations, effectively streamlining the process of network creation and communication.

Delving into the technical nuances, Jayanta emphasizes that the product operates within a distinct frequency range of 1.6-1.9 gigahertz, setting it apart from the familiar 2.4 gigahertz spectrum utilized by Bluetooth. This deviation is paramount to its prowess and resilience, allowing it to establish communication that extends over practical distances. While acknowledging the wide-open spectrum for communication, the interviewee pragmatically highlights the real-world communication range, which typically spans about one kilometer. This astute observation underscores the applicability of the product in everyday scenarios.

The conversation pivots to the convenience and usability of the 9160. Through a series of demonstrative steps, Jayanta reveals how a standard computer can serve as an effective gateway to control various devices, even influencing the behavior of LEDs. This intelligent integration showcases the product’s compatibility with contemporary technological setups and its potential to offer an enhanced user experience.

The technical discourse remains unabated as the discussion traverses various dimensions of the product’s functionality. The conversation probes the bandwidth capabilities, which are estimated to hover around the three-megabit mark. Moreover, the conversation leads to the unveiling of the NRF Cloud, an integral component of the Nordic Semiconductor ecosystem. This integration, Jayanta explains, enables Wi-Fi location tracking through an innovative mechanism that scans SSIDs, subsequently harnessing a cloud database to provide more accurate location data than conventional GPS.

Notably, the video underscores the versatility of the 9160, emphasizing how it seamlessly integrates into existing systems via software updates. Jayanta subtly highlights the rarity of such a feature in the realm of technology, positioning the product as a standout innovation in the market.

As the conversation meanders through the landscape of technological possibilities, Jayanta turns the spotlight onto the NRF 91, a multi-faceted technology that accommodates both cellular and non-cellular applications like NB-IoT and LTE-M. The interviewee underscores the technology’s appeal, accentuating its remarkable efficiency and low power consumption, making it an appealing choice in an energy-conscious world.

The video culminates in an exploration of Nordic Semiconductor’s broader offerings, all of which have been strategically designed to cater to a spectrum of tech-savvy users. The discussion encompasses Wi-Fi 6, Matter protocol, Le Audio Bluetooth, and audio development kits, all showcasing the company’s prowess in crafting solutions for the modern smart home. In the closing moments, Jayanta warmly expresses gratitude for the virtual tour, encapsulating a comprehensive and enlightening exploration of Nordic Semiconductor’s diverse and innovative portfolio showcased at the grand stage of the Mobile World Congress Shanghai.

Main camera is my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR second camera is Sony A7Siii with 20-70mm https://amzn.to/44tf12w filmed by Tao of https://space.bilibili.com/270091515/video my YouTube description text was generated using ChatGPT

China Telecom’s booth at MWC Shaighai 2023 highlighting the presence of advanced optical networks and fiber connections. Notably, they delve into the implications of 5G technology, particularly in the context of drones, which signify the latest innovation showcased.

Engaging with the representative addressing energy conservation in the era of 5G. The interviewee elaborates on strategies to optimize energy usage in alignment with China’s carbon dioxide reduction policy. This optimization extends to diverse sectors, each with its unique approach to energy efficiency, exemplifying the comprehensive nature of the initiative.

The conversation continues to explore the integration of 5G in various industries, including mining. The journalist uncovers the implementation of self-driving mining trucks enabled by 5G technology. The interviewee shares insights into the automation of mining operations and its potential to enhance productivity and efficiency.

Transitioning to other aspects of the exhibition, the journalist delves into China Telecom’s role in enabling communication for the elderly population. They explore the concept of “TeleBoost,” a solution catering to the elderly who seek simplified ways to connect digitally.

AI-driven advancements are also under scrutiny, with discussions on digital humans and AI-generated content. The interviewee unveils China Telecom’s endeavors in these domains, underscoring the organization’s commitment to innovation.

The journalist concludes the video by engaging with an AI-powered dancing figure, humorously highlighting how technology can even enhance dance moves for those less inclined to dance themselves.

The exploration showcases China Telecom’s commitment to optimizing energy usage, enabling industries through 5G, and bridging digital gaps for various demographic segments. Through a critical lens, the journalist encapsulates the myriad technological strides brought forth by China Telecom.

Main camera is my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR YouTube description text generated using ChatGPT

Tour of ams OSRAM Booth at MWC Shanghai 2023, where automotive technology takes center stage. The intricate wall setup serves as the epicenter of their key application, focusing on automotive innovations. The spokesperson from ams OSRAM elaborates on the two primary directions they’ve taken: one catering to light sources and the other to sensing technologies. This comprehensive approach brings together car models and applications, particularly in the realm of mapping.

The interviewee delves into the significance of light sources, emphasizing the distinct applications denoted by the green and blue lights on display. Green lights symbolize light sources, while blue lights relate to sensing mechanisms. What’s intriguing is their merging in specific instances, represented by dual-colored lights, creating a combined system for improved functionality.

ams OSRAM’s role in the automotive landscape extends to battery management. They offer superior performance components for battery pack management, focusing on current, voltage, and temperature sensing. Such advancements enhance the safety and reliability of electric vehicle batteries, a feat that has garnered collaboration with key players in the industry.

The video goes on to showcase ams OSRAM’s involvement in various automotive sectors. One intriguing facet is their work with LCD backlighting, a crucial element in modern vehicle displays. The interviewee highlights how their LED lights, including mini LEDs, play a pivotal role in this aspect. Additionally, their role in creating ambiance within cars through LED lighting is highlighted, with a focus on comfort and communication between the car and its surroundings.

Intriguingly, ams OSRAM’s contributions aren’t limited to aesthetics. Their sensors extend to vital functionalities such as smoke detection, where their specialized sensors can differentiate between various smoke types. This extends to broader applications like pollution sensing and the potential for personalized messaging through lighting systems.

Furthermore, ams OSRAM’s innovations extend to diverse areas, including magnetic position sensors for steering wheels and chassis components. The interviewee showcases the depth of their product range, including functional lighting, windshield wiper sensors, and surface disinfection applications.

Another engaging segment features a laser-based Heads-Up Display (HUD) system. This compact innovation holds promise for integration into various devices, including mobile phones, enabling users to project information onto surfaces.

ams OSRAM’s commitment to innovation is evident through their demonstrations of light detection sensors, camera modules, and advanced gesture recognition technologies. Their global reach is apparent, with headquarters in Austria and Germany, and a strong presence in Shanghai.

Finally, the interview shifts to Barry from ams Ultra, who showcases their multi-zone time-of-flight sensor technology. This innovative approach allows users to perform gestures with precision, catering to devices like laptops and tablets. Additionally, he presents another product that employs their technology for gesture recognition in smartphones.

In this critical journalistic description, the intricacies and diverse applications of ams OSRAM’s innovative technologies are highlighted, showcasing their impact on the automotive and technology sectors. The various segments of the video shed light on their multifaceted contributions, offering viewers a comprehensive insight into their advancements.

Main camera is my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR second camera is Sony A7Siii with 20-70mm https://amzn.to/44tf12w filmed by Tao of https://space.bilibili.com/270091515/video my YouTube description text was generated using ChatGPT

In this video, Wilson discusses Huawei’s Fiber to the Room (FTTR) product at MWC Shanghai 2023 and its potential benefits. However, it is crucial to critically examine the claims made and evaluate the practicality of this solution.

Huawei launched the FTTR product two years ago, with the latest version, FTTR version 3, being introduced earlier this year. The interviewee highlights the deployment of approximately 4.6 million FTTR sub-drivers in China and the global expansion with 27 carriers offering FTTR services. While these numbers may sound impressive, they lack context and specific details about the performance and user experience of FTTR in real-world scenarios.

One advantage the interviewee mentions is the bandwidth capability of FTTR, which supports 128 connections simultaneously. Additionally, Huawei claims to achieve a low latency of 20 milliseconds, catering to the need for fast responses in cloud storage, computing, and AI applications. However, the interviewee fails to provide concrete evidence or comparative data to substantiate these claims.

The interviewee showcases FTTR’s potential by highlighting its ability to extend beyond basic broadband connectivity. Huawei proposes that FTTR enables carriers to offer additional services like security systems, VR systems, mesh Wi-Fi networking, and more. While the concept appears promising, the interviewee’s lack of specific use cases or real-world examples makes it challenging to evaluate the practicality and scalability of these additional services.

The interviewee showcases the FTTR installation process, emphasizing its simplicity and efficiency. They mention that one engineer can install FTTR in a room, offering convenience. However, without further details or evidence, it is difficult to assess the actual ease and effectiveness of the installation process.

The interviewee also briefly discusses FTTR’s potential for small and medium-sized enterprises (SMEs). They mention a power-over-fiber solution called “c-o-f,” which combines power and fiber connectivity in a single cable. However, the interviewee does not delve into the specific benefits or limitations of this solution, leaving room for further exploration.

Huawei’s FTTR solution relies on Optical Line Terminals (OLTs), which provide connectivity and support high-speed interfaces. The interviewee notes the growth of gigabit connections, with OLTs evolving from 37 to 450 gigabit carriers globally. While this growth sounds impressive, the interviewee does not provide detailed insights into the performance, coverage, or scalability of these OLTs.

Overall, while the interviewee highlights the potential advantages of Huawei’s FTTR solution, critical analysis demands a deeper evaluation. The lack of concrete evidence, specific use cases, and comparative data raises questions about the practicality, scalability, and overall effectiveness of FTTR in various deployment scenarios. Further research and independent verification are necessary to form a comprehensive understanding of FTTR’s capabilities and limitations.

Main camera is my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR second camera is Sony A7Siii with 20-70mm https://amzn.to/44tf12w filmed by Tao of https://space.bilibili.com/270091515/video my YouTube description text was generated using ChatGPT

In this video, the interviewee discusses Huawei’s latest offerings in the realm of 5G technology. While the subtitles claim it to be the “best” network solution, filmed at MWC Shanghai 2023 Huawei’s 5G launch has introduced new services to their network, including voice, video, and cloud gaming. Traditionally, the network only offered separate voice and video services, but with 5G, they have combined the two into a unified calling experience. Additionally, the rise of live streaming services has prompted Huawei to enhance their video service. Lastly, the cloud gaming service has evolved from single-user gaming to accommodate the demands of multiple users, necessitating lower latency for an optimal experience.

However, these new services have also brought about certain requirements for the 5G Network. For voice services, the voice quality indicators have shifted from 4.0 to 4.2. This raises concerns about ensuring a seamless voice experience. Live streaming services demand both high download and upload speeds to support HD video streaming. Furthermore, cloud gaming necessitates an end-to-end latency of less than 100 milliseconds due to the substantial data stream involved.

To meet these requirements, Huawei has introduced new standards known as the HD service anytime, anywhere. This standard encompasses throughput, uplink throughput, and end-to-end latency at peak usage hours, enabling a superior user experience throughout the network. Huawei employs three key technologies to support these standards.

The first technology focuses on voice quality optimization. By implementing a five-second sliding optimization, Huawei can identify and address user experience issues. They perform diagnostics to determine whether the problem lies within the network or IMS standpoint, subsequently optimizing the service accordingly.

The second technology is grade-level video optimization. Through the use of AI and network data correlation, Huawei evaluates the user experience at different video quality levels. This analysis helps troubleshoot coverage-related issues and aids in RF optimization, allowing for a more refined wireless coverage experience.

The final technology centers around latency optimization. Addressing latency issues is a complex task, requiring a thorough examination of multiple network elements. Huawei employs cost domain association analysis to identify the root causes of latency problems. By correlating data from various interfaces, they can pinpoint areas of concern and improve end-to-end latency.

It is worth noting that these optimization efforts have already been implemented and are currently undergoing testing in specific projects within the China region. Huawei’s platform, Smart Care, serves as the foundation for these endeavors. It combines various tools, such as the probe system and network optimizing system, under a unified brand name.

In conclusion, Huawei’s network solutions aim to deliver improved record quality and the convenience of 4K content anywhere and anytime. While the interviewee emphasizes the strengths of Huawei’s offerings, it is essential to evaluate these claims critically and consider real-world performance and market conditions.

There are more than 15,000 projects exploring business-to-business (B2B) applications of 5G (5GtoB) around the world, and more than half them are in China, with focus on XR, the B2B market and low-carbon development in the 5G era.

Join Tony Lane, Huawei’s 5GtoB Marketing Manager, as he takes us on a deep dive into the realm of 5G technology at MWC Shanghai 2023 In this captivating interview, Tony explores the intricacies of quality control using 5G and AI. From detecting paint color accuracy to analyzing various aspects of inspection, the fusion of 5G and AI promises a new era of precise quality assessment.

Delving further, Tony sheds light on the rapid development of 5G technology in the global market. With remarkable growth in mobile operators’ private networks, revenue from industrial connections, and the advent of 5G-enabled applications, the landscape of communication is undergoing a paradigm shift. Tony presents captivating case studies from Europe, Thailand, and South Africa, where commercial launches have transformed industries such as smart oil manufacturing, smart ports, and mining.

Crucially, Tony emphasizes the importance of both network capabilities and ecosystem support in driving the commercialization of 5G. The high uplink speed, stable latency, and pervasive ecosystem collaborations have facilitated 5G’s integration into core production procedures. From business-to-business interactions to transforming entire industries, 5G has the potential to redefine how enterprises operate, manage, and generate revenue.

Witnessing the power of the ecosystem firsthand, Tony showcases an array of terminals and devices produced by Huawei’s ecosystem partners. These collaborations have played a vital role in enabling commercial launches of 5G technologies worldwide. He highlights the concept of RedCap, which focuses on reducing capability in scenarios where high performance is unnecessary, leading to lower costs, improved terminal power efficiency, and increased network capacity.

In a captivating demonstration, Tony showcases a RedCap camera, displaying its zooming capabilities and its role in surveillance applications. With Huawei’s Shanghai IND Center campus as the backdrop, the camera captures intricate details, even zooming in to observe animals in their natural habitat. This glimpse into the future highlights the immense potential of 5G-powered devices in various fields.

As the interview concludes, Tony reinforces the readiness of the ecosystem for widespread commercial deployment. He projects a surge in the number of 5G-enabled terminals, reaching over 50 types by the end of 2022. This assurance solidifies the notion that 5G is not just a technological advancement; it’s a transformative force that is reshaping industries and paving the way for a connected and intelligent future.

Join us on this critical journey into the world of 5G, where the convergence of technology, network capabilities, and ecosystem collaborations are poised to redefine our lives and industries alike.

Main camera is my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR second camera is Sony A7Siii with 20-70mm https://amzn.to/44tf12w filmed by Tao of https://space.bilibili.com/270091515/video my YouTube description text was generated using ChatGPT

Huawei digital management network is introduced by interviewee emphasizes the potential benefits of this network, it is essential to approach the subject critically and evaluate its claims.

Huawei’s network infrastructure serves as the foundation for various services, including 5G, enterprise, and security. By leveraging their existing network, Huawei aims to expand their service offerings and extend their reach into different domains. They seek to provide services beyond traditional carrier-based networks, such as cloud campus networks, which enable enhanced connectivity and management for Wi-Fi, office spaces, and security.

The interviewee highlights four distinct scenarios for Huawei’s network solutions, referred to as “four plus.”

Regarding network management, the interviewee emphasizes the growing importance of security and the need to collect and analyze traffic records. Huawei claims to offer various security solutions to address these concerns.

The interviewee introduces the “Eye Master NCE” as a comprehensive end-to-end solution, integrating network information and management capabilities. The Eye Master NCE, as the interviewee claims, offers improved visibility and control over the network, unlike traditional network management approaches. It supposedly leverages new technologies such as Telemetry and AI to simulate network configurations and assess their impact before implementation.

The interviewee briefly mentions data collected over several years to highlight the purported advantages of Huawei’s solution. These include faster cloud private lines and increased network service and revenue for carriers.

Main camera is my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR second camera is Sony A7Siii with 20-70mm https://amzn.to/44tf12w filmed by Tao of https://space.bilibili.com/270091515/video my YouTube description text was generated using ChatGPT

Ku Wen, Chairman of the Board for the China Communications Standards Association (CCSA) sheds light on the current state of 5G in China at MWC Shanghai 2023, highlighting its significant impact on the network industry. With a staggering 2.3 to 2.4 million base stations and over 600 million subscribers, China emerges as the largest 5G market globally. Emphasizes the necessity for a more standardized network structure, as many companies outside China opt for non-standard approaches.

Mr. Ku Wen delves into the crucial aspect of bandwidth, emphasizing its role in ensuring smooth data transmission. With data rates reaching a remarkable 500 per carrier, the scale of China’s network infrastructure becomes evident. Cautions that this colossal network expansion is not merely political but highly technical, requiring immense effort and expertise.

The discussion then shifts to the challenges of maintaining reliable coverage and reducing power consumption. Highlights the importance of green technology in the establishment of lower-power base stations. They emphasize that the ultimate goal is to provide seamless coverage in every corner, ensuring a consistent 5G experience for all users.

Mr. Ku Wen explores the practical implications of 5G in various domains, particularly the Internet of Things (IoT). They note that 5G has transformed numerous ideas into reality, enabling innovative applications across industries. By leveraging advanced technologies such as MD IoT and SIM cards, China has successfully embraced the potential of IoT, enhancing privacy and functionality for users.

Mr. Ku Wen acknowledges the challenges posed by overcrowded networks, comparing the scenario to a crowded football stadium. While the demand for data transmission in such circumstances can be daunting, the interviewee suggests that future advancements in 5G, including 5.5G and 6G, coupled with millimeter wave band technology, will address these concerns.

Reflecting on the development of 5G in China, Mr. Ku Wen highlights the wealth of experience gained by companies like Huawei. This experience enables China to collaborate with countries worldwide, offering comprehensive solutions and aiding in the global deployment of 5G. The interviewee emphasizes the importance of knowledge-sharing and the positive impact technology can have on society, stressing that technology is the driving force behind a better world.

In conclusion, the interviewee expresses their belief in technology’s ability to address the world’s challenges, with 5G serving as a powerful solution. By harnessing the potential of 5G and other information technologies, the interviewee envisions a connected world that propels society forward, fostering efficiency and progress for all.

Main camera is my Panasonic G9 with 12-60mm Leica https://amzn.to/3pMyoEH with my new Mailada X5 (Fulaim X5 equivalent) dual wireless microphone https://amzn.to/3YcpHQR second camera is Sony A7Siii with 20-70mm https://amzn.to/44tf12w filmed by Tao of https://space.bilibili.com/270091515/video my YouTube description text was generated using ChatGPT

Large Transparent OLED display Showroom Tou with Robert Wong, Sales & Marketing Manager at ZXS, we dive into the realm of display technology to uncover the unique offerings of this company. With a focus on transparent and flexible displays, ZXS aims to provide innovative solutions that cater to various industries and applications.

As we step into the showroom, we are greeted by an array of displays showcasing ZXS’s expertise. The designs boast sleek aesthetics and minimal bezels, creating visually appealing products that can seamlessly integrate into different environments.

One of the key highlights of our interview is the introduction of ZXS’s transparent OLED displays. These screens offer impressive clarity while simultaneously allowing users to see through them. This feature opens up possibilities for blending digital content with real-world objects, offering a unique and immersive viewing experience.

Collaborating with industry giants like Boe and LG, ZXS leverages their partnerships to incorporate cutting-edge technology into their displays. The integration of these advancements ensures high-performance and reliable products for customers.

ZXS provides a range of display sizes and formats to cater to diverse applications, including educational institutions, retail spaces, and public environments. The versatility of their products allows for enhanced user experiences and impactful visual content delivery.

In terms of pricing, ZXS aims to remain competitive and accessible to customers. They strive to offer cost-effective solutions without compromising on quality, enabling businesses and individuals to explore the world of immersive display technology.

During our factory tour, we observe ZXS’s meticulous attention to detail and quality control processes. Each product undergoes rigorous testing to ensure reliability and longevity. ZXS’s commitment to delivering products that meet industry standards is evident throughout their manufacturing practices.

In conclusion, ZXS is a company driven by a passion for display technology and innovation. Their transparent and flexible displays hold potential for various applications, providing unique opportunities for engaging visual experiences. ZXS’s dedication to customer satisfaction, competitive pricing, and adherence to quality standards positions them as a reliable player in the display technology market.

You can contact Robert Wong, ZXS Sales & Marketing manager here:
Shenzhen Zhixingsheng Electronic Co.,Ltd
Mobile: +86 137 9852 4205
E-mail: sales03@sz-zxs.com
http://www.sz-zxs.net/
Skype: Robert.wongzxs

Thanks to ZXS for being my Display Week 2023 sponsor! Watch all my Display Week 2023 videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvj7kktyVSqyE6QNlK35Hw6D

I’m in Shanghai right now, preparing to film the coolest videos at MWC Shanghai 2023, check back, I might try livestreaming (if I find the bandwidth) else I eill upload all my 4K60 videos after. Let me know ehat you’d like me to film here! I film upright 20sec to see if they include me on YouTube Shorts who knows if I get that chance. 😁

Step into the world of cutting-edge display technology as we dive deep into an exclusive interview with Morphotonics, the trailblazing Dutch company based in the southern region of the Netherlands. At the highly anticipated Display Week 2023 expo, Morphotonics takes center stage to showcase their groundbreaking advancements in large area Nano imprinting equipment. Prepare to be amazed as they unlock a new realm of possibilities in display design and functionality.

Established in 2014, Morphotonics has pioneered the development of Nano imprinting technology, enabling the replication of intricate Nano and Micron scale structures on expansive surfaces. The result? The ability to create displays with unprecedented precision and control over light manipulation, pushing the boundaries of what was previously deemed possible.

Watch my remote video chat interview with Morphotonics filmed during covid for Display Week 2020 here: https://www.youtube.com/watch?v=ZrIjmXhwBd8

During the interview, Erhan Ercan, Head of Global Business Development at Morphotonics elucidates the company’s commitment to compatibility across various display technologies. Whether it’s LCD, OLED, micro LED, smartwatches, tablets, or even massive 65-inch TVs, Morphotonics’ Nano imprinting technology can be seamlessly applied. Their expertise extends beyond specific display sizes, encompassing the Gen 5 range, which spans from 1.1 to 1.3 meters. This versatility sets Morphotonics apart, as they offer a solution that caters to displays of any size.

But what are the real-world applications of such sophisticated display capabilities? Morphotonics addresses three primary areas of focus. First and foremost, they excel in the creation of anti-glare textures for electronic devices. These structures enhance sunlight readability and ambient light visibility, particularly beneficial for outdoor scenarios such as beach trips. By implementing these anti-glare features, Morphotonics aims to enhance the user experience and reduce eye strain in a variety of settings.

Beyond anti-glare textures, Morphotonics delves into the realm of 3D displays. However, they go beyond traditional Glasses-free 3D technology and envision more advanced solutions, such as light field displays and the future prospect of holographic displays. To achieve these groundbreaking forms of visual immersion, Morphotonics emphasizes the necessity of sophisticated optics. They assert that their Nano imprinting technology, operating at a display level and beyond wafer scale, holds the key to manufacturing optics capable of supporting revolutionary 3D display technologies.

While their expertise lies in manufacturing equipment rather than designing lenses, Morphotonics collaborates closely with customers who provide the optical designs. With these designs as a foundation, Morphotonics utilizes their Nano imprinting technology to replicate and imprint the desired structures, ensuring the production of high-quality, custom-made optics for a variety of applications.

Augmented reality (AR) emerges as the third area of focus for Morphotonics. Although they acknowledge that widespread adoption of AR glasses may still be a while away, they foresee the need for advanced optics in this field. AR glasses rely on intricate optics to provide immersive experiences, and Morphotonics envisions their Nano imprinting technology as the answer to manufacturing optics beyond wafer scale. By scaling up to larger substrate sizes, they can accommodate a greater number of eyepieces, making mass production of AR glasses a reality.

During the interview, a comparison to ASML, a prominent semiconductor lithography machine manufacturer located nearby, is brought up. Morphotonics clarifies that their focus diverges significantly from ASML’s operations. While ASML specializes in lithography machines for semiconductor chip manufacturing, Morphotonics is solely dedicated to Nano imprinting for Optics and photonics. Their unique expertise caters to a wide array of industries, extending beyond displays to encompass non-display applications like biosensors and smart windows.

As the interview progresses, Morphotonics highlights their excitement for participating in Display Week, an event that brings together industry experts and enthusiasts from all around the world.

Watch all my Display Week videos here https://www.youtube.com/playlist?list=PL7xXqJFxvYvj7kktyVSqyE6QNlK35Hw6D

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Check out my Display Week 2023 sponsors https://www.youtube.com/playlist?list=PL7xXqJFxvYvjCrPLmMguxH5aIl4y75Lr- and https://www.youtube.com/playlist?list=PL7xXqJFxvYvhNinXlfK22GotQv-7gjT4H both of whom I will soon be filming new videos with, so check back!