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![Copyright © 2019
Interference mitigation – QOS improvements
[Min, -13]
[-13, -10]
[-10, -7]
[-7, -4]
[-4, Max]
RSRQ (dB)
RSRP (dBm)
[Min, -121]
[-121, -118]
[-118, -116]
[-116, -113]
[-113, -110]
[-110, -105]
[-105, -95]
[-95, -80]
[-80, -65]
[-65, Max]
10
• Crowd sourced mobile performance data available
from all mobile operators
• Currently only 4G – 5G will be available in 2020
• Coverage and quality levels establish service
improvement areas for targeting Small Cells
• Coverage good – QoS is poor – impact on user experience
14](https://image.slidesharecdn.com/iwirelesssolutions5ghyperconnectedcities-1009191006-ligthversion-190911154905/85/iWireless-solutions-5G-hyperconnected-cities-100919-Ligth-version-10-320.jpg)
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iWireless solutions 5G hyperconnected cities 100919 - Ligth version
- 1. Copyright © 20191 Smart IOT Connect - London 5G hyperconnected cities and how to achieve them Ravi Mondair CEO Wireless Solutions 10th September 2019 The following slides are an extract of the original presentation we had on the 10th sept 2019. Specific IPR protected information has been removed or modified. Please contact us directly if you are interested in further information.
- 2. Copyright © 2019 iWirelessSolutions 2
- 3. Copyright © 2019 Whatis 5G? 3 Enhanced mobile broadband eMBB “unlimited experience” Extreme peak data rates with <4ms latency Ultra-reliable and low latency communication URLLC “instant action” <1ms radio latency and <106 outage / always available Massive machine type communication mMTC “for everything” Up to 1,000,000 connected devices per km2 5G Connected vehicles Mission critical broadband Virtual / augmented reality Automation Smart grid Remote operation Smart lighting Environment sensors Smart homes Waste management Virtual meetings Fixed wireless access Broadband everywhere Wireless health Personal AI assistant Media everywhere
- 4. Copyright © 2019 Wi-Fi Hyperconnectedcities International Media HQ London Cycle SchemeAirports Canary Wharf Fibre Wi-Fi Smart Lighting RF Planning City of London Public Wi-Fi City of London Small Cells London Underground Smart Metering UK Stadia Rail Stations Temporary Events 4
- 5. Copyright © 2019 5Ginfrastructure for hyperconnected cities 5 5G Indoor smart venue service Controlled environment Managed airspace Ease of deployment InBuilding Cells 5G Outdoor street level service TowersSmall Cells Limited assets Planning controls Lack of fibre (SC’s) Ultra-wideband spectrum use – inc private 5G 10x sites required to support 5G Antenna units closer to end users to improve QoS Capacity hotspots drive eMBB – URLLC mMTC require contiguous service Full fibre connectivity
- 6. Copyright © 2019 Thechallenges 6 InBuilding Cells Towers Mature network Sharing of infrastructure is widespread High growth area for new systems Controlled environment Fibre connectivity is readily available or present Limited scope for capacity increase Small Cells Asset rights, suitability & concealment requirements Equipment space provisions for sharing with multiple operators Identifying capacity hotspots Obtaining cost effective fibre and duct access Future- proofing & scalability 20 year life cycle Interference mitigation – for better QoS
- 7. Copyright © 2019 Assets– collaborating with city councils Started designs for the first 3 UK cities – deployment in Q4 2019 • Close collaboration with local councils • Open access model embraced • No exclusivity requirements 8
- 8. Copyright © 2019 •Unique UK wide fibre and duct database • Based on infrastructure from the top UK fibre providers and our partners • Combined resource provides a major development for deploying 5G ready infrastructure • Critical tool for creating a viable business case for outdoor small cells Minimise new civil works Establish duct use across multiple fibre providers Determine diverse cable routing to data centres Identify viable street assets Reduce cost for city-wide full fibre roll out Speed up full fibre deployment Fibre & duct access - database 12 Images converted to grayscale
- 9. Copyright © 2019 Identifyingcapacity hotspots – demand driven service 9
- 10. Copyright © 2019 Interferencemitigation – QOS improvements [Min, -13] [-13, -10] [-10, -7] [-7, -4] [-4, Max] RSRQ (dB) RSRP (dBm) [Min, -121] [-121, -118] [-118, -116] [-116, -113] [-113, -110] [-110, -105] [-105, -95] [-95, -80] [-80, -65] [-65, Max] 10 • Crowd sourced mobile performance data available from all mobile operators • Currently only 4G – 5G will be available in 2020 • Coverage and quality levels establish service improvement areas for targeting Small Cells • Coverage good – QoS is poor – impact on user experience 14
- 11. Copyright © 2019 5GHyperconnected city – future proof architecture MNO MCN Security Gateway MME EPG SRVC FW MNOs 1-4 MCN MPLS NNI MCN MPLS NNI Primary, fully resilient fibre ring between Data Centres Cluster based fibre ring circuits Fibre connectivity to multiple node assets Interoperability SecureFully managed Remote monitoring Scalable eMBB Virtual meetings Fixed wireless access Broadband everywhere Personal AI assistant Media everywhereDiverse routing No single point of failure Resilient Hardware redundancy Ultra low latency URLLC Connected vehicles Mission critical broadband Virtual / augmented reality Automation Smart grid Remote operation Smart lighting Environment sensors Smart homes Waste management Wireless health mMTC Fibre Rings / Mesh Network 15
- 12. Copyright © 2019 Howto achieve hyperconnected cities 12 Data CentresFibreTowers Small Cells InBuilding End to End Digital Infrastructure Hyperconnected Cities Need a full mix of assets to provide a truly pervasive solution High deployment cost demands sharing of infrastructure Understanding the locations of high data use areas ensure QoS is maintained Collaboration and partnerships are key for securing assets Systems need to consider future proof requirements and scaling for mMTC and URLLC Interference mitigation – for better QoS 5G is key But pervasive WiFi 6 and 4G are still required Private 5G and mmWave spectrum will transform wireless – high focus for InBuilding Fibre is critical – innovation is required to secure assets with lower civil connection costs Need to conceal systems and place equipment sympathetically and lower to the ground
- 13. Website: www.iwireless-solutions.com Email: enquiries@iwireless-solutions.com Tel:+44 (0)1342 305038 Twitter: https://twitter.com/iwirelessltd LinkedIn: https://www.linkedin.com/company/iwireless-solutions
Editor's Notes
- #2 Hi Ravi Mondair CEO iWireless Solutions Thank you Smart IOT Connect for opportunity to present today on 5G Hyperconnected cities and how to achieve them Intro to iWS and Freshwave What is 5G + infra for infrastructure for hyper cities - particularly outdoor small cells The key challenges and how we overcome them What does the infra for a hyper city look like
- #3 April 2019 - part of a global digital connectivity family Acquired by infrastructure specialists Digital Colony / Bridge with $6Bn funding Colony Capital with $43Bn backing and NYSE listed <TOWERS <SMALL CELLS <INBUILDING <FIBRE <DATA CENTRES Until Q3 2018, America's Europe opening with Digita Finland The Freshwave Group platform
- #4 Remarkable time with opportunities being driven from 5G 3G gave us mobile broadband 4G - true mobile broadband 5G - extremely fast broadband - feature rich services 5G brings about 2 key new aspects Massive machine URLLC CLICK Hyperconnected cities bring - multitude of use cases
- #5 Hyperconnected cities. This is what The Freshwave Group is all about Network of infrastructure based on Towers, Small Cells, InBuilding, Fibre & Data Centres 4G, WiFi6, IOT and 5G + MORE SHARED digital infrastructure We are building these systems now CLICK iWireless / StrattoOpencell track record 5G Stadia and The O2 Arena Outdoor small cells London UG......
- #6 Hyper infrastructure = DAS and Small Cells and Towers Indoor - controlled env, easy to deploy, spectrum use - clean Outdoor Small Cells - lack of fibre, assets and restrictions on planning CLICK BLUE TXT
- #7 THE CHALLENGES InBuilding Cells - v high growth + controlled environment Macrocells - mature, capacity - driven by Massive MIMO Both have good fibre connectivity and sharing is widespread CLICK We're going to focus on outdoor small cells The CHALLNGES TXT
- #8 20 months drive for changing the mold from concession norm to open access Engagement with LA's PR / Marketing drives, round tables, presentations, lobbying government COLLABORATE OPEN ACCESS NO EXCLUSIVITY Design and deploy 5G ready digital infrastructure Deliver on HYPERCONNECTED CITY REQUIREMENTS
- #10 Data demand - (all wireless)
- #11 A quick look at 4G today - to see what we will encounter for 5G and how we need to manage for building high quality networks in Cities Crowd sourced mobile performance Trillions of data results collected - automatically, throughout the day Review each mobile operators service to 1m accuracy Good coverage but v poor service - CLICK Macrocells producing good coverage - but saturated and now high levels of interference - SMALL CELLS