Download - Vegen til 5G - t u
2 © Nokia 2017
Nokia 4.5G Pro10x faster than initial LTE, foundation for further evolution in LTE and 5G
4.5G4GBroadband+ IoT+ Public
Safety
10X faster
5G4.9G 5GContinuity
4.5GPro
1Gbps
Coexistence
Innovation
Evolution
+ LTE-Advanced
LTE
+ LTE-Advanced Pro
3GPP Rel.8-9
3GPP Rel.10-12
3GPP Rel.13,14,…
3 © Nokia 2017
Distributed Centralized
Edge
Network slicingMulti-radio
Core
5G will introduce huge technological advantages10 Gbps data rate, 1ms latency and ultra-reliability – when and where needed
Capacity
Connectivity
Latency
Reliability10 yearson battery
100 Mbpswhenever needed
>10 Gbpspeak data rates
<1 mslatency
1,000,000devices per km2
5G
4 © Nokia 20164 © Nokia 2016
4G networks evolve to 5G
Massivemachine
communication
ExtremeMobile
Broadband
Critical machine
communication
4G evolution
IoTPeak ratesCloudLatency Radio PlatformsDensification
1990 2020
The path to 5Gmind the gap
2000
GSM 200kbs
3G 42 Mbps
4G 150 Mbps
2010
5G > 10 Gbps
Mind the gap!
4.5G 600 Mbps
© 2017 Nokia6
Proven with commercial user equipment chipsetNokia 4.9G enables 1.2Gbps with just 60MHz of spectrum
customer confidential
1.2Gbps
4x4MIMO, 256QAMCarrier 1
Carrier 2
Carrier 3
12 data
streams4x4MIMO, 256QAM
4x4MIMO, 256QAM
Nokia 4.9G DL Cat.18 UE
August 2017
• 1.175Gbps reached with T-Mobile US and Qualcomm X20 (DL Cat.18) on Nokia 4.9G Radio
• Matches the theoretically expecteddata rate and is about 100Mbps fasterthan claims of competition
© 2017 Nokia7 © 2017 Nokia7
Low latency on 4.9G
• Leverage existing LTE deployments
• 75% population coverage by 2020
• Concurrent use of legacy LTE devices and new low-latency LTE devices
• >4bn LTE subscriptions by 2020
• New low-latency LTE devices based on 3GPP Rel.15
• Maximized utilization of low frequency bands by serving all users, those with legacy and those with new devices
• Flexible migration timeline for operators to migrate subscriber base to new devices
Latency: 4.9G low latency value proposition
4G 5G : URLLC4.9G
Low latency is a key enabler of new use cases
• Phenomenal experience• e.g. for virtual reality
• High safety• e.g. to reduce road accidents*
• Better healthcare• e.g. remote surgery*
• High productivity• e.g. in smart factories*
Low latency communications expand the possibilities of connectivity
*Note: selected applications require ultra-high reliability and low latency communications(URLLC), which require 5G. Other applicationsrequire just low latency, as possible with 4.9G.
1990 2020
The path to 5GClose the gap
2000
GSM 200kbs
3G 42 Mbps
4G 150 Mbps
2010
5G > 10 Gbps
Mind the gap!
4.5G 600 Mbps
4.9G > 1 Gbps