Während 4G vorrangig den Datenfluss beschleunigte, ermöglicht 5G leistungsfähigere Netzwerke, die im Internet of Things alles miteinander vernetzen. Der neue Mobilfunkstandard 5G schafft mit seiner geringen Latenz und schnellen Datenübertragung die optimale Basis für rechenintensive Services und komplexe Cloud-Applikationen. Er ist die Grundlage für eine intelligente, vernetzte Gesellschaft und wird unser Leben in Zukunft grundlegend beeinflussen – von smarten Städten über autonome Fahrzeuge bis hin zu einer verbesserten Industrie, deren Abläufe effizienter denn je gestaltet werden können. Voraussetzung hierfür sind schnellere und flexiblere Netzwerke. Nur so können sowohl die riesigen Datenmengen als auch die Komplexität des Datenverkehrs bewältigt werden, die aufgrund der steigenden Anzahl vernetzter Geräte und digitaler Services entstehen. Intel ist mit seinen Produkten und Technologien Teil dieser Mobilfunkrevolution und treibt die Entwicklung von 5G maßgeblich voran.
“Der neue Mobilfunkstandard 5G zählt derzeit zu den wichtigsten Fortschritten in der Technologiebranche. Er gilt als Triebwerk für die weltweite Digitalisierung und bildet die Basis für die zunehmende Vernetzung durch das Internet der Dinge. Denn Prognosen zufolge werden 2020 bereits rund 50 Milliarden Geräte miteinander verbunden sein. War es vor wenigen Jahren noch eine abenteuerliche Vision, so sind mittlerweile die meisten Menschen schon persönlich mit vernetzten Dingen in Berührung gekommen, vom intelligenten Staubsaugerroboter über Smart TVs bis hin zu Einparkautomatiken. So gibt 5G den Startschuss für eine neue, vernetzte Welt, die das Leben jedes Einzelnen nachhaltig erleichtern wird. Autonome Fahrzeuge oder Rettungsdrohnen werden das Straßenbild verändern. Hinzu kommen smarte Fabriken, Landwirtschaftsbetriebe, Krankenhäuser und sogar ganze Städte.
Mit der fortschreitenden Vernetzung steigen gleichzeitig die Datenmengen exponentiell an. Um das Potenzial von 5G umfassend zu nutzen, müssen die riesigen Datenfluten nicht nur gesammelt, sondern vor allem analysiert werden. Nur so lässt sich ein sinnvoller Nutzen daraus ziehen und beispielsweise die Geschwindigkeit des Autos auf den Verkehrsfluss anpassen. Dies bringt gleichzeitig enorme Herausforderungen für die Serverlandschaft mit sich. Als führendes Unternehmen innerhalb der „Mobilfunkrevolution 5G“ fördern wir diese Entwicklung gezielt mit neuen Produkten und Technologien, unserer Expertise sowie einer umfangreichen Unterstützung der Rechenzentren.”
Statementgeber
Christian Lamprechter
Country Manager Germany und Managing Director Intel Deutschland GmbH
Christian Lamprechter verantwortet seit 2011 als Country Manager bei Intel alle Marketing- und Vertriebsaktivitäten in Deutschland und Österreich. Zudem hält er die Position des Geschäftsführers und Managing Directors der Intel Deutschland GmbH inne. Neben seiner Tätigkeit bei Intel ist Lamprechter seit 2013 Teil des BITKOM Hauptvorstandes.
Scenes from Mobile World Congress 2017 on Feb. 27, 2017, including the Intel Corporation demostration booth. Intel Corporation is presenting much of its communications technology at Mobile World Congress 2017. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
The Intel Atom Processor C3000 product family enables network edge device vendors to reach a wide range of power-performance points and integrates Intel QuickAssist technology for up to 20 Gbps crypto and compression acceleration. (Credit: Intel Corporation)
Intel Ethernet Network Adapter XXV710 supports 25 GbE to provide a natural upgrade migration path from 10 GbE for those who need more bandwidth at a lower cost point than 40 GbE. (Credit: Intel Corporation)
Intel Ethernet Network Adapter XXV710 supports 25 GbE to provide a natural upgrade migration path from 10 GbE for those who need more bandwidth at a lower cost point than 40 GbE. (Credit: Intel Corporation)
Intel and Ericsson achieve first pre-5G over-the-air wireless interoperability between the 5G Intel Mobile Trial Platform UE and the Ericsson 5G Radio Prototype system. At MWC 2017, this industry milestone is demonstrated Feb. 27, 2017, in a live over-the-air in a virtual reality experience. Intel Corporation is showcasing how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
Intel and Ericsson achieve first pre-5G over-the-air wireless interoperability between the 5G Intel Mobile Trial Platform UE and the Ericsson 5G Radio Prototype system. At MWC 2017, this industry milestone is demonstrated Feb. 27, 2017, in a live over-the-air autonomous driving experience. Intel Corporation is showcasing how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. The event, which runs Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
At MWC 2017 on Feb. 27, 2017, Intel demonstrates how it is ushering in the age of autonomous driving in an immersive virtual reality experience featuring the Intel® GO™ Automotive 5G platform and the benefits of using LTE 4G for critical environment notifications. Intel Corporation is showcasing how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
The Intel XMM 7560 Modem enables the next generation of LTE advanced devices, bringing blazing fast gigabit speeds to global customers with a single powerful SKU. Intel Corporation on Feb. 27, 2017, showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 27, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. This includes smart cities that will efficiently deliver services to improve the quality of life. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
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On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
On Feb. 28, 2017, Intel Corporation showcases how the pieces of the 5G puzzle -- network, cloud and client -- will come together through amazing experiences at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
Asha Keddy, vice president of the Communication and Devices Group at Intel Corporation, speaks Feb. 28, 2017, at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
Asha Keddy, vice president of the Communication and Devices Group at Intel Corporation, speaks Feb. 28, 2017, at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
Asha Keddy, vice president of the Communication and Devices Group at Intel Corporation, speaks Feb. 28, 2017, at Mobile World Congress 2017. Intel is delivering new technologies and working with industry leaders on platforms now to realize the full promise of 5G. The event, which runs from Feb. 27 to March 2 in Barcelona, Spain, focuses on the mobile communications industry. (Credit: Intel Corporation)
The next-generation Intel QuickAssist Adapter family can process even larger amounts of data coming from IoT and network edge devices, delivering up to 100 Gbps of crypto, compression and public key acceleration. (Credit: Intel Corporation)
New Networking SKUs for the Intel Xeon processor D-1500 product family allows CoSPs to scale up performance beyond the Intel Atom C3000 product family and securely process and compress traffic at the network edge at rates up to 40 Gbps with Intel QuickAssist technology. (Credit: Intel Corporation)
New Networking SKUs for the Intel Xeon processor D-1500 product family allows CoSPs to scale up performance beyond the Intel Atom C3000 product family and securely process and compress traffic at the network edge at rates up to 40 Gbps with Intel QuickAssist technology. (Credit: Intel Corporation)
On Feb. 21, 2017, Intel Corporation introduced its fifth-generation LTE modem: the Intel XMM 7560. The modem builds on a tradition of fast speeds, low latency and radio innovation – delivering gigabit speeds in a single, global SKU. (Credit: Intel Corporation)
Building a Cloud-Ready Network: Digital devices and services are growing rapidly. (Credit: Intel Corporation)
The XPi by Sonim Technologies Inc., a provider of ultra-rugged communications equipment used in extreme environments, is the first product launched as a part of the Intel LIQD Program. (Credit: Sonim Technologies Inc.)
5G at the Olympics
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Fans at the Bokwang Snow Park follow the action of Cross-country event live via 5G Omni-View powered by Intel technology. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Fans at the Bokwang Snow Park follow the action of Cross-country event live via 5G Omni-View powered by Intel technology. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Fans at the Bokwang Snow Park follow the action of Cross-country event live via 5G Omni-View powered by Intel technology. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Root for your favorite cross-country skier, tracked individually in real-time with 5G Omni-View powered by Intel technology. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Root for your favorite cross-country skier, tracked individually in real-time with 5G Omni-View powered by Intel technology. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Root for your favorite cross-country skier, tracked individually in real-time with 5G Omni-View powered by Intel technology. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Inside the PyeongChang2018 Olympic park, Intel and its partners are bringing the unlimited potential of 5G connectivity to Olympic fans. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Inside the PyeongChang2018 Olympic park, Intel and its partners are bringing the unlimited potential of 5G connectivity to Olympic fans. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Inside the PyeongChang2018 Olympic park, Intel and its partners are bringing the unlimited potential of 5G connectivity to Olympic fans. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Inside the PyeongChang2018 Olympic park, Intel and its partners are bringing the unlimited potential of 5G connectivity to Olympic fans. (Credit: Getty Images)
Intel 5G technology at the Gangneung Ice Arena at the Olympic Winter Games PyeongChang 2018 will help capture and stream line sliced views of athletes in motion. Spectators in the arena have an amazing view of the action supported by Intel 5G technology – no matter where they sit. Time Slice technology powered by 5G gives fans the power to choose how, and from where, they view action of the Ice Arena. (Credit: Getty Images)
Intel 5G technology at the Gangneung Ice Arena at the Olympic Winter Games PyeongChang 2018 will help capture and stream line sliced views of athletes in motion. Spectators in the arena have an amazing view of the action supported by Intel 5G technology – no matter where they sit. Time Slice technology powered by 5G gives fans the power to choose how, and from where, they view action of the Ice Arena. (Credit: Getty Images)
Intel 5G technology at the Gangneung Ice Arena at the Olympic Winter Games PyeongChang 2018 will help capture and stream line sliced views of athletes in motion. Spectators in the arena have an amazing view of the action supported by Intel 5G technology – no matter where they sit. Time Slice technology powered by 5G gives fans the power to choose how, and from where, they view action of the Ice Arena. (Credit: Getty Images)
Intel 5G technology at the Gangneung Ice Arena at the Olympic Winter Games PyeongChang 2018 will help capture and stream line sliced views of athletes in motion. Spectators in the arena have an amazing view of the action supported by Intel 5G technology – no matter where they sit. Time Slice technology powered by 5G gives fans the power to choose how, and from where, they view action of the Ice Arena. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Intel expert breaks down five important facts about 5G at the Olympic Winter Games. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Intel expert breaks down five important facts about 5G at the Olympic Winter Games. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Intel expert breaks down five important facts about 5G at the Olympic Winter Games. (Credit: Getty Images)
For the first time, the unlimited potential of 5G connectivity will be on full display at the Olympic Winter Games PyeongChang 2018, bringing attendees new ways to watch the world’s best athletes. Intel expert breaks down five important facts about 5G at the Olympic Winter Games. (Credit: Getty Images)
Intel and AT&T
Collaborating with Intel and Ericsson on its first 5Gtrials in 2016 that will provide 5G wireless connectivity to homes and small businesses in Austin, Texas, and set the stage for widespread commercial availability
Intel and Nokia
Collaborating on pre-standard 5G radio technologies and network solutions to enable early implementation of both 5G mobile client and wireless infrastructure, and working on interoperability of 5G radio technologies to meet the device connectivity requirements for future wireless networks.
Intel and China Mobile
Developing a mini Cloud-RAN concept with Intel, Wind River and Artesyn that showcases how operators can implement a more cost-effective infrastructure to better handle increases in data and video traffic.
NTT Docomo
Conducting experimental trials of 5G handset chipsets to enable current mobile use cases and new applications.
Cisco
Collaborating with Ericsson and Intel to develop and trial a 5G router.
SK Telekom
Working on various 5G mobile device and network technology efforts, including a modem that supports 5G, concepts for anchor-booster cell and massive MIMO to improve wireless network capacity and joint solutions for Licensed Assisted Access (LAA) in unlicensed spectrum bands.
Intel and Deutsche Telekom AG
Developing use cases for 5G mobile devices and network architectures and integrating those into future trials.
Intel and Telefonica
Utilizing Telefonica’s NFV Reference lab as well as 5TONIC, an open research laboratory of 5G excellence, to test 5G client devices and network technologies for mobile and IoT use cases across various vertical.
Intel and Ericsson
Collaborating with mobile operators on 5G solutions and engaging in joint trials as an extension of the current partnership in network transformation, cloud and IoT.
Intel and Verizon
Conducting field trials for 5G wireless solutions through the Verizon 5G Technology Forum* that demonstrate how millimeter wave spectrum is a viable way to deliver high-quality and fast wireless connectivity to homes and businesses.
Huawei
Collaborating with Intel to deliver cloud/NFV solutions that will enable telecommunications service providers to transform their data centers as they lay the foundation to 5G.
Intel and Vodafone
Evaluating a wide range of 5G technologies and will test hardware and software services in Vodafone Group’s UK Innovation Labs, as well as conduct trials on Vodafone’s radio and core networks in selected global markets.
Intel and Korea Telecom
Conducting 5G trials in 2018 that focus on the development and verification of 5G wireless technology and associated devices, virtual network platforms and joint standardization efforts.
Intel and ZTE
Developing a 5G network slicing prototype with China Mobile that utilizes Intel® Xeon® processors and enables a more efficient and flexible network.
Intel and LG Electronics
Developing and piloting 5G telematics technology for next-generation cars.
Christian Lamprechter
