Nokia, along with du, demonstrated how 5G technology will transform people’s lives at an event held in Dubai, U.A.E. GITEX 2017 is a week long technology event showcasing products and services from a number of brands in the country. Nokia showed their new robot which connects to an automated parts and material handling platform via 5G. They also showcased their new Nokia OZO+ camera that can live stream in virtual reality.
5G’s near-zero latency can visibly transform industrial operations with fully flexible, automated production. It will support a super-efficient infrastructure that reduces resource use. Read more about the possibilities of 5G here. And with the OZO+ camera, live video broadcasting will never be the same again. You can read more about both these tech in the official press release below.
Here is the official press release from Nokia:
Dubai, United Arab Emirates – Nokia and du demonstrate how 5G will transform people’s lives with a showcase of 5G robot control and live streaming at GITEX Technology Week 2017 in Dubai. The live streaming uses the Nokia OZO+ virtual reality camera and OZO Live, a real-time 3D 360 stitching software that delivers live virtual reality broadcasting.
The robot demonstrates how the ultra-low latency and high-reliability of 5G technology will usher in automation in industrial processes, promising substantial improvements in efficient production. With extreme reliability, ultra-low latency, and high speeds, 5G will be a key enabler of the ‘Fourth Industrial Revolution’ by opening up new possibilities for applications, such as automated responsive robots in industrial production. Nokia and du’s demonstration of a dual-arm collaborative robot (also known as ‘cobot’) – which is connected via 5G to an automated parts and material handling platform – shows visitors to GITEX how 5G’s near-zero latency can visibly transform industrial operations with fully flexible, automated production.
Nokia and du also showcase at GITEX the capabilities of OZO+, the first professional virtual reality camera from Nokia Technologies. Visitors will be able to experience the 3D 360-degree live streaming experience, both at GITEX and on video-sharing websites with a virtual reality headset. Use of Nokia‘s OZO+ virtual reality camera, along with OZO Live, present a unique experience of live streaming using eight cameras and microphones that come together to reproduce 360-degree video and spatial audio.
Saleem AlBlooshi, Executive Vice President – Infrastructure & Technology, du, said: “The speed with which our networks are evolving is astounding, and it will only grow with the growing demand. In the UAE, for example, we are in the process of building a smart city – a networked society of individuals, corporations, government services and things – and 5G use cases that will drive the future solution. If there is one thing that is certain about 5G today, is that there will be no 5G big bang. 5G comprises of many components that will be evolved on our 5G journey. In our pursuit of this 5G journey, du is actively looking at the potential 5G use cases from now. Our demonstration of the dual-arm collaborative robot at GITEX is one of these futuristic use cases that show how the 5G’s near-zero latency can potentially transform industrial operations with fully flexible, automated production.”
Rima Manna, head of du customer team at Nokia, said: “In recent months Nokia has been presenting its concept of the ‘Fourth Industrial Revolution’, and we are now delighted to work with du at GITEX to showcase these innovations in this region, and drive further thought leadership on what these technologies can do. We look forward to exploring more 5G use cases with du.”
Did you know?
Nokia is at the forefront of 5G research and industry collaboration. The company contributes to joint industry work, standardization, regulatory discussions and participates in collaborative research such as Europe’s 5G PPP (5G Infrastructure Public Private Partnership). It leads the 5G Mobile Network Architecture consortium in the European Union which defines the 5G architecture.