Huawei today said it will focus on ROADS — Real-time, On-demand, All-online, DIY, and Social – as part of its ICT vision at the Mobile World Congress (MWC 2015) in Barcelona.
The Chinese telecom network vendor will discuss Open ROADS to a Better Connected World through various platforms including conferences, exhibitions and dialogues at MWC 2015. Huawei’s ROADS vision promises an open industry ecosystem.
Catch the live action at Mobile World Congress (MWC 2015)
At MWC 2015, Huawei will also showcase SoftCOM, its telecom network architecture designed to reshape the telecom industry in terms of architecture, network, operation and service to help operators achieve business transformation.
“At MWC, Huawei will introduce innovative products and solutions around the themes of embracing an open digital ecosystem, enabling ICT transformation, and evolving ultra-mobile broadband,” said Ryan Ding, president of Products & Solutions, Huawei.
This apart, Ken Hu, deputy chairman and rotating CEO of Huawei, will deliver a keynote address on The Road to 5G on Tuesday, March 3.
Huawei’s SoftCOM strategy will reveal the potential of software-defined networking (SDN), network functions virtualization (NFV), cloud computing, and Internet-based operations to assist telecom carriers to achieve network evolution and business transformation.
Huawei will share its strategies and solutions for mobile broadband (MBB) industry including the LTE-Advanced solutions, 4.5G prototype, 5G development and FMC2.0.
In addition, Huawei will showcase its integrated small-sized macro stations, crowd-sourcing small cell, experience-centric mobile backhaul, NFV/SDN solutions, SD-DC 2 (Service Driven-Distributed Cloud Data Center) architecture, and FusionCloud solution.
Huawei is also introducing a new concept called full field communication at Mobile World Congress (MWC) 2015, revealing a prototype called MirrorSys to meet the extreme limits of human visual and auditory perception in a full-size, high definition, real-time sharing and communication system. The initial MirrorSys prototype has a seamless 220 inch diagonal display with a resolution that matches human visual acuity at a distance of 2.4 meters.
