6 de May de 2019

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  1. Die Zukunft der Industrie mit 5G CTO Frühjahrsforum 11.-12. April, 2019 München
  2. 4th Industrial Revolution: Technological Advances Driving Global Development 1st Industrial Revolution 2nd Industrial Revolution 3rd Industrial Revolution 4th Industrial Revolution Steam engine Electricity Information technology Intelligent technology Sustainability New growth of digital economy Upgrade to smart city Digital transformation of industries Better consumer experience Scenario-specific solutions Global macro trends
  3. Industries & Digitization, New Opportunities • Industries are entering the cycle of digitization. All enterprises face the same problem: How can they adapt and flourish as their industry goes digital? As technology continues to advance, technological changes may become more frequent and industry lifecycles shorter 1780 1845 1896 1945 1985 2040?2007-11 1. Steam engines/ Textiles 2. Internal combustion engines/Railways 3. Electrification/ Automobiles 4. Oil/Airplanes 5. Digitization/ICT Watt's engine, spinning jenny Next 30 years Digital opportunities 2025 Source: Huawei GIV 2025 1.7trillion 5.0trillion ICT 1.5 trillion Retail Finance 0.5 trillion Utilities 2.9 trillion Social&Personal Services 6.4trillion Manufacturing 1.1trillion Others 3.0 trillion ProfessionalServices 0.9 trillion Transportation
  4. From Consumer Internet to Industrial Internet to Internet of Everything Internet Industry Integrated development 1970s 1990s 2007 2015 PC era PC Internet Mobile Internet Industrial Internet Everything connected 2025 Connections: 100bnUsers: 1bn+ Users: 3bn+ Users: 4bn+ Connections: 16bn Data trafficScale Data From individuals to households, companies, cities, field, space…
  5. 5G Deployment Is Picking Up Pace towards Next Wave of Smart Connectivity LTE 5G Faster adoption, longer industry cycle Faster adoption of 5G UMTS Different services in different phases: Mainly bandwidth- hungry eMBB services before 2020 2002 2008 2014 2020 2028 2035 Early phase: eMBB Demand for bandwidth: Up 10x Mid phase: mMTC/uRLLC Different slices for different services & differentiated experiences Mature phase: Verticals fully covered End-to-end slicing: RAN + bearer + NGC Cycle from R&D to commercial use: 5G was approximately 2 years faster than 3G/4G. The industry cycle of 5G is twice longer than that of 3G/4G, and 4G & 5G will coexist long-term.
  6. VR and AR Are Reshaping User Experience, and Promoting All-Around Upgrades in Computing, Display, and Networks VR 2017 AR 2016 AR 2017 Source: Gartner, HUAWE IMI Popular, 4K for both eyes, 100M bandwidth, 20ms 2023 Comfortable, 8K for both eyes, 300M bandwidth, 15ms 2019 2021 VR and AR have entered a period of development Ideal, 1G bandwidth, 10ms Giant screen cinema VR live video VR music VR video on-demand VR game VR fitness VR KTV VR education VR electric competition VR social Development and extension of ultra HD video + evolving interaction Revolution in interaction + integrating industry applications VR + Vertical industries (medicine, tourism, shopping, real estate, engineering, etc.) Source: Cloud VR Scenario White Paper, February 2018 Development of cloud VR by phase for 17 valued scenarios Era of immersive interaction: VR-based applications will drive traffic to increase by more than 30- fold, while graph processing capabilities are set to increase 1 million-fold.
  7. Future of Transport: Smart Car + Smart Road From A to B Safer, easier, more efficient Future travel Intelligent, connected cars Digital/smart road infrastructure Intelligent transport: Car + road • Senses traffic conditions • Predicts traffic changes • Automatically adapts and guides • Intelligent mobile space • Smart computing platforms • Smart devices • Smart traffic lights • Roadside radar/cameras • Digital road signs …
  8. Moore's Law Requires Restructuring: New Age of Computing 102 103 104 105 106 107 1980 1990 2000 2010 2020 1.5x per year 1.1x per year CPU ARM PowerMIPSx86 NPU NPGPU DSP Moore's Law Best solutions: Multiple computing architectures combined • How can we get nearer to the physical limits of Moore's Law? • Heterogeneous/integrated/modular computing resources Other computing units RISC (reduced instruction set computing) CISC (complex instruction set computing)
  9. Computing Beyond the Data Center Data volume CPU evolution Beyond the CPU Beyond the server Beyond the data center General CPUs Servers Data centers Data sources Beyond the CPU Beyond the server Beyond the data center Data volume CPU evolution Better applications need intelligent servers Restructuring cloud hardware platforms to build intelligent cloud facilities From central intelligence to edge intelligence
  10. AI Will Transform Every Industry Computing power Data center and cloud investment Labeled Data IoT installed base and analytics data creation Algorithms Software developers and AI investment AI readiness "AI + Industry" will generate new ecosystems and new business models. More established industries will benefit the most from AI. Public utilities Education Healthcare Media Pharma Logistics Finance Insurance Retail Manufacturing Telecom Oil & gas Agriculture
  11. Manufacturing will see the largest share of 5G-enabled economic activity in 2035 - IHS IHS – 5G economic impact analysis • Manufacturing will see the largest share of 5G-enabled economic activity in 2035 – almost $3.4 trillion or 28% of the 12.3 trillion total • 5G use cases will stimulate digitization based on advanced connectivity
  12. Next Generation Manufacturing: Flexibility with Wireless Ethernet SCADA wired Unknown positions fixed locations hierarchical monolitithc 2025 Intelligent Manufacturing 2030 All Industrial Machines are integrated 2020 Wireless – A key enabler for the Flexible Manufacturing Flexible manufacturing : Modular、distributed、customized Introduction in 2020,Wide Deployment in 2025 10 Billion Connections
  13. As Simple As it Is: Wireless Reduces  Material: 30%-40%  Installation: 80%-90%  Engineering: 45%-55%  Administration: 55%-70% Source: HMS Industrial Market 2015 $0 $50,000 $100,000 $150,000 $200,000 $250,000 $300,000 $350,000 Wired Wireless Material Installation Engineering Administration 50%-70%Reduction
  14. “Industrie 4.0” a German Brand Driving the Digital Transformation Increase flexibility, versatility, productivity, resource efficiency and usability of industrial production – Smart Factory, aka Industrial Manufacturing (Industrial IoT) Industrie 4.0 – German Brand Germany’s national government has embraced the topic of digitization as one of the key issues shaping the agenda of its G20 presidency. Industrie 4.0 – Plattform The Plattform Industrie 4.0, is a central hub of a digital ecosystem for the „digitalisation of industry“. It is tasked with drawing up relevant recommendations for action and demonstrating with example applications how industrial manufacturing can be digitised successfully in practice. Small to medium-sized enterprises’ (SMEs’) needs are at the core of this work. Industrie 4.0 – Shaping Digital Transformation Companies are facing challenges … Economic potential from Industrie 4.0 In Germany Source © BITKOM/Fraunhofer 78 Billion Euro until 2025! Economic Potential Handelsblatt – March 8th 2018 MCKINSEY, BAIN, Co - Consultants kick the 30 billion Euro mark Use Case selection Criteria: • Connectivity as a key enabler for cyber-physical production systems – IEEE 802.1 (TSN), 2G/3G/4G/IoT/WiFi/MulteFire ... -> 5G • Ultra Reliabililty, Low Latency –> 5G • 5G Alliance for Connected Industries & Automation (5G ACIA)
  15. Manufacturing Top Use Cases Unified 5G networks to fulfill manufacturing requirements, i.e. low, medium, high Top 5 Use Cases (2020) Value • Pattern recognition control • Optimal operation path control • Defect picture comparison • Cloud-based • Sensors • Big Data / Analytics Predictive Maintenance AR • Object/Pattern recognition • Cloud-based • On-side Guide • Production efficiency 5-25% • Maintenance Cost10-30% • TTM 1-3 times • Maintenance effi. 5-30% • Human Resources 5-20% • Quality Loss 10-30% 1 3 4 5 Machine Vision Machine Robot Detection Sensors Logistics AGV Factory control I/O ControlAGV Control SCADA APS MES ERP Ethernet+Wireless FactoryHallFloor • Flexible Production • Video Operation Guide • AGV mobility / RFID • Production scheduling algorithm • Delivery Speed 1-2 times • Inventory 10-50% Modularization 2 Wireless PLC/Robot • Operation Control • Mobile Robot Collab. • Human-Machine Collab. • Machine Utilization 5-25% • Human Resources 1-10%
  16. Some Examples* Higher bandwidth and lower latency network (5G uRLLC, eMBB…) Cloud-based Machine Vision (Storage, computing…) Low latency, high density, anti-interference, & seamless handover Mobile cloud (Storage, dispatching platform…) Low latency access (4G, 5G…) Mobile cloud (Storage, Soft PLC…) *cooperation projects
  17. Huawei: Leading Global Provider of ICT Infrastructure and Smart Devices Bring digital to every person, home and organization for a fully connected, intelligent world Huawei's end-to-end portfolio of products, solutions and services are both competitive and secure. Through open collaboration with ecosystem partners, we create lasting value for our customers, working to empower people, enrich home life, and inspire innovation in organizations of all shapes and sizes. At Huawei, innovation focuses on customer needs. We invest heavily in basic research, concentrating on technological breakthroughs that drive the world forward. 180,000 Employees 80,000 R&D employees 72 in Fortune Global 500 170+ Countries and regions 68 in Interbrand's Top 100 Best Global Brands
  18. Huawei End-to-End (4G/)5G Products & Solutions Available 5G E2E Products Self-developed chipsets Meets customer needs; continuous innovation Self-developed antennas Benefits future evolution 8 Global R&D Centers, Biggest Team 1st SG178 Antenna Test Lab No.1 Market Share The Strongest Antenna Team World’s 1st 5G CPEWorld’s 1st 5G Chipset Balong 5G01 5G Smartphone 2019 H1 Kirin 980 5G Ready Self-developed 5G devices Speeds Up 5G Launch BBU CPECore Transport C-Band mmWave Indoor
  19. X Labs: Huawei's Real-world Laboratory for New Opportunities Connected automotive Wireless roboticsCloud VR/AR Wireless eHealth •50+ top carrier partners with 9 joint/mobile innovation centers •289+ industry partners •51+ innovation projects Fostering a 5G ecosystem through special interest groups (SIGs) Building 5G ecosystem around 5 use cases Shenzhen Telecom UAV industry demonstration base Joint lab with the China Unicom Fujian Joint lab with the China Mobile Hangzhou Promotional video about remote B-mode ultrasound for Mother's Day First Cloud AR/VR Forum launched by GSMA Connected drones • X Labs explores the demands and challenges of new use cases, and explores new opportunities. • X Labs has a reputation for deep market insights and innovative communications solutions that address carriers' problems. • Today, X Labs is researching future use cases to help accelerate industry adoption of wireless technologies. Cloud VR/AR SIG AMD | HTC | IBM | IMR | Microsoft | Noitom | NGCODEC | Sennheiser | TEXEL | TPCAST | TSUNAMI VR | Unity Cloud AR/VR Forum, Cloud PC, Cloud Game Wireless Connected factory SIG Bosch | ABB | KUKA | Geely | Hikvision | EFORT | Beckhoff Cooperative robotics, logistics robots, industrial control system Wireless eHealth SIG Henan Telemedicine Center | Huashan Hospital | BGI Mfg | FOSUN International | YITU Technology | Medex Remote B-mode ultrasound, remote robotic surgery, wireless ambulances Digital Sky SIG | EHANG | TopXGun Robotics | EWATT | UVS Intelligence System | U-Cloud | Oxai Aircraft | RongQe Intelligence Supermarket logistics, building inspection, transportation
  20. Michael Lemke, Dr. Senior Technology Principal (ICT) Huawei Technologies Deutschland GmbH

Notas do Editor

  1. Human beings are embracing the fourth industrial revolution represented by intelligent technologies. New technologies such as artificial intelligence, Internet of Things (IoT), 5G, and bioengineering are integrated into all aspects of human society, affecting global macro trends. The intelligent technology will promote sustainable social development and become a new momentum of economic growth. It will help build smart cities, drive digital transformation of the industry, and improve consumer experience. As the key engine of the fourth industrial revolution, intelligence will promote the progress and development of the world. ********************************** Slide Owner: Xiao Weichun (00206204), Marketing Insights) Latest update: Jan, 2019 Recommended target audience: all **********************************
  2. After entering the industrial society, mankind has experienced five major industrial cycles. Each cycle is roughly 50-60 years, the first 30 years are the invention phase of basic technologies, and the last 30 years is the technology acceleration application phase. At present, we are in the last 30 years of the information industry cycle. In the last 30 years of information technology inventions, a group of global technology companies (IBM, Microsoft, Intel, etc.) have emerged, and the last 30 years, the industry cycle enters the next wave of industry digitalization cycle. ICT technologies accelerate the digitization of various industries, which will lead to booming digital opportunities, manufacturing ($ 6.4 trillion), information technology ($ 5 trillion), consulting services ($ 3 trillion), and finance ($ 1.7 trillion), the common problem facing enterprises is how to enter the digital industry cycle and how to grasp the opportunities of new digitalization. ********************************** Slide Owner: Xiao Weichun (00206204), Marketing Insights) Latest update: Jan, 2019 Recommended target audience: al l**********************************
  3. ndustry Internet (Industrial Internet) is a concept derived from the consumer Internet. It refers to the traditional industry that leverages big data, cloud computing, smart terminals, and network advantages to improve internal efficiency and external service capabilities. It is an important path for traditional industries to achieve transformation and upgrade through Internet +. ##In the PC era, the number of users reaches 1 billion in 30 years. With the advent of the Internet, the number of users reaches 3 billion in 20 years. With the rise of the mobile Internet, the number of users reached 4 billion in just 10 years. With the development of IoT, the number of connections is increasing exponentially. By 2015, the number of connections reached 16 billion, which is expected to reach 100 billion by 2025, we believe that in the near future, Internet of Everything will become a reality.From personal connectivity to physical connectivity, the Internet also develops from the consumer Internet to the industry Internet. If the consumer Internet enriches people's communication and life, the industry Internet is not only able to connect enterprises and enterprises, but also connect upstream and downstream of the industry, it is more important to connect the internal individuals and data of the two sides to reconstruct the service chain and industry chain of the traditional industry.From the economic perspective, in the PC era, a large number of hardware can be sold to make profits (scale monetization). In the consumer Internet era, traffic monetization is mainly implemented. A large number of OTT vendors start to seize Internet entrances (such as computers, mobile phones, and PADs) to make profits, in the industry Internet era, enterprises can monetize technologies through large amounts of data, such as improving work processes and improving efficiency through big data. ********************************** Slide Owner: Luo Cai (00231878), Corporate MKT) Latest update: Jan, 2019 Recommended target audience: all **********************************
  4. Compared with 3G/4G, the commercialization of 5G industry has been shortened to two years. From standard to pre-commercial use, 3G and 4G have been in commercial use for one to two years, while 5G has been almost synchronized from standard to pre-commercial use.Because of the "minimalism", the development speed of 5G will exceed the imagination: The global 3G network has reached 500 million users for 10 years, and 4G has been used for five years. It is estimated that 5G will take only three years.Compared with 3G and 4G, the 5G industry period is prolonged by 2. 4G VoLTE, network coverage, and uplink rate will coexist with 5G for a long time.5G applications are divided into three phases: Initial stage: 3GPP R15 and eMBB require high bandwidth and low latency, which increases the bandwidth by 10 times. Mid-term: In 2020-2022, 3GPP R16 added mMTC/uRLLC service fragmentation requirements, service isolation and differentiation, and user experience assurance. Maturity period: Vertical industries cover end-to-end fragmentation requirements, such as – RAN, bearer, and NGC one-stop service. ********************************** Slide Owner: Luo Cai (00231878), Corporate MKT) Latest update: Jan, 2019 Recommended target audience: all **********************************
  5. VR/AR has entered a low valley during the past few years, but according to Gartner's report, VR/AR has begun to emerge from the bottom and enter the development phase. It is estimated that by 2019, the universal VR/AR will be widely used and will further promote the display and network upgrade. The dual-eye 4K is configured, and the network requires 100 Mbit/s bandwidth, indicates the delay of 20 ms. In 2021, the VR/AR of the comfort level and ideal level will be further popularized in 2021, and the bandwidth requirement of the network will be increased from 300 Mbit/s to 1 Gbit/s. According to the shipment volume, the number of VR/AR terminals in 2017 is 8.36 million, the market scale is 14 billion USD, and the number of applications is 3000+. By 2022, the terminal shipment will reach 6890, and the market scale will exceed US$ 200 billion, the number of applications exceeds 50,000. Cloud VR will be deployed in stages, from the development extension of UHD video to the interaction evolution, to the interactive revolution + aggregation industry application, including 17 valuable scenarios. From the Theatre Theatre, we will see the + vertical industry. The immersive interaction experience of VR and AR will increase the traffic by 30+ times. Compared with the current situation, it will improve the graphics processing capability by 1 million times. The new traffic mode will bring about the revolution of communication and the revolution of computing. ********************************** Slide Owner: Luo Cai (00231878), Corporate MKT) Latest update: Jan, 2019 Recommended target audience: all **********************************
  6. travel is in the industry transformation period. In the future, travel is based on intelligent vehicles and smart roads. ICT will enable this transformation. The intelligent vehicle is a smart mobile space that seamlessly integrates people, vehicles, and home. Based on the intelligent computing platform and various intelligent terminals, the intelligent vehicle brings people a smart driving experience. Smart roads refer to the digitalization and intelligence of road facilities, including intelligent traffic lights, roadside radar, cameras, and road identification digitalization. Vehicle-path intelligent transportation is the only way to achieve unmanned driving. The ICT technology will realize real-time interaction and perception of vehicle information, enabling proactive two-way interaction as a standard configuration. ********************************** Slide Owner: Luo Cai (00231878), Corporate MKT Latest update: Jan, 2019 Recommended target audience: all **********************************
  7. In the atomic era, how to break through the physical limit of Moore's Law, facing the growth of 18 times of massive data in the future, and the increase of 10 times a year, the computing will enter the diversity era, which will bring a large number of heterogeneous computing requirements, no single computing architecture can meet the requirements of all scenarios and data types. We can see the optimal solution for heterogeneous computing with various computing architectures, such as CPU, DSP, GPU, AI chip, and FPGA, in this way, diversified services (such as smart phones, smart home, IoT, and smart driving) and diversified data requirements (digital, text, picture, video, image, structured data, and unstructured data) are met. ********************************** Slide Owner: Xiao Weichun (00206204), Marketing Insights Latest update: Jan, 2019 Recommended target audience: all **********************************
  8. computing gradually breaks the data center boundary:   Break the CPU boundary and evolve to intelligent servers: Heterogeneous and acceleration components are used to accelerate the entire system for various applications. In addition, server intelligence is used to facilitate the use, maintenance, and management of server resources. Break server boundaries and evolve to smart cloud facilities: Future computing will reconstruct the cloud hardware platform and gradually build data center intelligence from server intelligence, such as: Heterogeneous resource pooling, flexible scheduling, and usage. Break the data center boundary: That is, from the center intelligence to the edge intelligence, the edge has stronger computing capability to achieve synergy between the cloud and the edge. ********************************** Slide Owner: Xiao Weichun (00206204), Marketing Insights Latest update: Jan, 2019 Recommended target audience: all **********************************
  9. In terms of technologies, we need to embrace AI from the perspective of technology. "Artificial intelligence + industry" contributes to new industry and business models. The more traditional industries are, the more they will be beneficiaries of AI technology. The country, industry, and AI readiness must be considered from the perspective of calculation, algorithm, and data. These capabilities can be built by using the third-party platform. In 2025, 97% enterprises will use AI, and the density of industrial robots will reach 103 units per 10,000 people. ********************************** Slide Owner: Luo Cai (00231878), Corporate MKT) Latest update: Jan, 2019 Recommended target audience: all **********************************
  10. Huawei is a world-leading ICT (information and communications) infrastructure and smart device provider. Our vision is to focus on Bring digital to every person, home and organization for a fully connected, intelligent world. We provide customers with competitive, secure, reliable products, solutions, and services in the fields of communications networks, IT, smart devices, and cloud services, open cooperation with ecosystem partners, and continuously create value for customers, unleash personal potential, enrich family life, and stimulate organization innovation. Huawei adheres to continuous innovation based on customer needs, increases investment in basic research, and promotes the progress of the world. Founded in 1987, Huawei is a private enterprise owned by employees. Currently, Huawei has 180,000 employees, among which 80,000 R&D employees are engaged in more than 170 countries and regions. We have gained a lot of recognition in our continuous progress. In 2018, we won 68 achievements in the INTERBRAND global best brand ranking and No. 72 in the Fortune Global 500. ********************************** Slide Owner: Wang Jie (00286887), Corporate Marketing Dept Latest update: Jan, 2019 Recommended target audience: all **********************************