Today, 5G is changing the way we experience the world and businesses that require devices that address the growing need for computing and connectivity, and Intel is delivering leading 5G technology and platforms that together with a broad range of telecom operators, device manufacturers, and more Industry partners to define, prototype, test and deliver early 5G products, solutions, and scenarios redefining the marketplace to create exciting new experiences and business applications that transform the way people live, work and play.
The cornerstone
Provide leading technology and products to build the 5G road
5G full Internet PC prototype design
A detachable 2-in-1 device powered by an earlier 5G modem and powered by the Eighth Generation Intel® Core ™ i5 processor, the 5G All-Connected PC opens the door to beyond imagination for new user experiences and is about to achieve high rates , High-capacity connection, allowing users to truly experience the ubiquitous network connection status.
5G is not only important for mobile phones, but also represents an important development opportunity for the PC industry.Nowadays Intel is working with Dell, Hewlett-Packard, Lenovo and Microsoft on the Intel XMM ™ 8000 Series Commercial 5G Modem to deliver 5G Introducing Windows PCs Intel expects a 5G all-IP PC to be available in 2019. Intel All-Connected PCs have strong ecosystem continuity, perfect application support, and high performance, security and manageability assurances, all of which PC market is the focus of attention.
5G NR Interoperability Testing
Intel demonstrated a ready 5G NR connection in January of this year, Intel together with Deutsche Telekom (DT) and Huawei successfully completed the world's first 5G interoperability and development based on the 3GPP Release 15 non-independent (NSA) new air interface (NR) specification Test Based on Huawei's 5G commercial base station and Intel's third generation 5G new air interface mobile test platform, this test is a key step in the commercial scale of Intel's 5G solution. These solutions will support massive intelligent interconnection devices by 2019.
5G network layout system
Intel demonstrated how ONAP (Open Network Automation Platform) orchestrates and manages NFV (Network Function Virtualization) services on a cloud based on multiple Intel Xeon processors.
5G Distributed Cloud - Internet of Things
The solution demonstrates distributed cloud computing for 5G and the Internet of Things (IoT), an Ericsson EDS platform used to host third-party OEM edge and HDS platforms for RSD (cabinet design) communications networks, The open source community, co-sponsored by Mobile, AT & T and Intel, is the de facto standard for NFV MANO and the foundation for automating network capabilities and operations.
Touchstone
To join hands with the Olympic Games to build the highest standard of 5G demo stage
Steep ™ leads the Olympic Games interactive experience game
Experience the PyeongChang Winter Olympics 2018 by exploring an open world with 12 Olympic events, such as Aerial Skill, Downhill, Big Swing, Skiing and Snowboarding, Handicap Techniques, etc. The game presents the actual Olympics Venues allow players to play in environments that simulate real mountains and slopes.
Intel True VR live on 5G
Intel brings the most immersive viewing experience in the history of the Olympics with 30 live games and virtual reality broadcasts provided by Intel True VR technology.On the Olympic venue audience area, Intel True on 5G networks using Intel 5G technology and connectivity VR Live Get the front row to watch the visual experience.
Shooting Star drones
At the opening of the 2018 Winter Olympics, 1,218 Intel Shooting Star drone airplanes built the first ever UAV light show in the history of the Olympics and created the Guinness Book of Records, which "released the largest number of unmanned aerial vehicles at the same time." Such a cool demonstration of the Olympic Games, are inseparable from behind the strong support for 5G technology.In the closing ceremony of the Olympic Games, 300 Intel Shooting Star UAVs come to an air these unmanned aerial vehicles to form a brilliant Pose, the Olympic mascot Sohoeng White Tiger vividly appeared above the gymnasium, and then spell out the three-dimensional love pattern to express gratitude and love to the Olympic athletes.
5G future application scenarios 1
Connected car
5G networking car
Intel unveiled a self-driving car that, unlike other vehicles, is no longer a 'lab' car, and in November 2017, the car, powered by Intel technology connectivity, was already on Tokyo city road in Japan, and real-time 5G connection while driving to create a 5G history.The car is connected to multiple Ericsson base stations 'Intel GO smart driving 5G vehicle communication platform' to provide connectivity Support and networking via DOCOMO's 5G network.
5G / LTE dual connectivity between Intel UEs and Ericsson eNode B, both LTE and 5G can be used when both networks are in range Due to the limited deployment of 5G in the early stages, dual connectivity can take full advantage of LTE existing The basic coverage of the network, the rapid introduction of 5G NR new air interface.
Dual card dual pass (DSDA)
DSDA differentiates between vehicle and driver data, giving OEMs the option of choosing the best operator coverage signal, giving pilots access to existing cellular services and improved external antenna systems.
V2X for Traffic Management
This is a real-time usage scenario presentation of traffic and congestion management with V2X technology demonstrating how to leverage Intel architecture for maximum performance, lower latency, and higher capacity.
Mobileye webcam
It shows how to sense the world around your car with Mobileye cameras and Intel's Road Network Harvesting Management (REM) products, and provide crowdsourcing maps with real-time, up-to-date, accurate maps for autonomous driving.
5G future application scenarios 2
Media and entertainment
5G and Smart Gym in collaboration with Nokia
Take advantage of the next-gen Arena experience with 5G and Edge Video to stream live events through live streaming video, giving viewers the ability to view games on any device from any angle.
It shows how 5G's ultra-high speed and ultra-low latency enable high-performance gaming anytime, anywhere and near-real-time game responsiveness.
It shows how Telco Connected Home Gateway, based on Intel technology, can deliver simultaneous multi-4K, HD live video over millimeter-wave fixed wireless networks. In May 2017, Intel, Verizon and Ericsson started a 5G at Speedway, Indiana, USA The most prominent example of residential access testing is a 5G connected home that demonstrates to participating users how best to take advantage of future low latency and high-capacity GB-class 5G speeds. One of these 5G residential access trials is the use of Virtual reality and 4K 360-degree wireless video streaming live 360-degree live show of the track using a home gateway based on the Intel 5G Mobile Test Platform and Intel Connected Technology to provide a 5G connection for head-mounted displays in the home .
Intel introduced its latest 802.11ax Wi-Fi chip in January 2018. In 2018, the new chip will provide 'faster, smarter Wi-Fi' environments for consumer devices including mainstream wired, xDSL and fiber optics 2X2 and 4X4 home routers, gateway devices, etc. 802.11ax is designed to meet the ever-increasing demand for Wi-Fi and is expected to deliver 40% higher peak data rates and improve network efficiency by up to four for a single client device Times more.
Experience the car
In partnership with Ferrari North America, Intel's AI and data center technologies provide a better racing experience for the audience. Intel will work with Ferrari North America for a three-year partnership to introduce artificial intelligence to the Ferrari North American Series Challenge One of the top three regional championships in the world This year, the event will feature Intel Artificial Intelligence, the Intel Xeon Extensible Processor Platform and the NeonFramework, to enhance the audience's viewing experience and demonstrate that artificial intelligence will change the future of motorsport The great potential.
Smart City
Volteo Smart City Manager
It shows a near-real-time, integrated view of city operations powered by 5G, analyzing environment, traffic, parking, video and more sensor data across the city's 5G network, all of which are providing city managers with detailed information to enhance Public safety and livability.
It shows how Citybeacon leverages 5G to provide local communities with local information, alerts, products and services and build an integrated, self-financing, smart infrastructure that allows cities to deliver value-added services to citizens, businesses and tourists alike.
In this demonstration, a real-time, end-to-end solution provides intelligent data that helps cities manage air quality by measuring critical air pollutants and environmental parameters, providing reliable data and analysis without additional infrastructure investment.
5G face recognition
This is a demo that is relevant to our life and shows the edge video analysis for smart city applications using the Intel FlexRAN / MEC solution and the pilot deployment in China by ZTE and China Unicom. From a network perspective, Face recognition has two difficulties: First, the delay, the second is bandwidth.Face recognition front is a high-definition camera, the uplink bandwidth back to at least 2MB.If the traditional way, the camera to collect the data back to the data center Therefore, Intel adopts the MEC way to let these data be processed at the edge of the network. FlexRAN uses the x86 architecture to replace the traditional base station BBU dedicated hardware , Also reduces the cost of building base stations and improves scalability.
