1. OpenWorld 2018 5G How to Get There
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Shirin Esfandiari
Product Marketing Director
Oracle Communications October 22, 2018

2. Safe Harbor Statement
The following is intended to outline our general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment to deliver any material, code, or functionality, and should not be relied upon in making purchasing decisions. The development, release, timing, and pricing of any features or functionality described for Oracle’s products may change and remains at the sole discretion of Oracle Corporation.

3. Vice President, CGBU Products Director of Mobile Core
Devesh Agarwal
Vice President, CGBU Products
Oracle Communication
Manish Gupta
Senior Director Sales
Oracle Communication
Scott Berry
Director of Mobile Core
BT EE UK
Responsible for a global team of product engineers for the complete Oracle Communication global business of On-Premise products. This spans a portfolio across, 5G, LTE, Data, Signaling/LNP, VoLTE/SBC, Revenue Management and Orchestration and includes Telecom service providers and Enterprises. In Oracle Communication, Devesh has worked in various organizations including Global Pre-Sales Consulting, R&D, PLM, Sales Engineering and General Management.
Responsible for North America region for all core networking products including signaling, policy, and SBC/IMS. Over 25 years of experience in communications service provider industry in various roles such as product management, marketing, and systems engineering.
Responsible for all core network solutions including signaling, policy, packet core, messaging, subscriber databases, NFV and server estates. Over 20 years of experience in communications service providers, Now leading a team responsible for designing and delivering the 5G network architecture and how it integrates with existing systems.
Panelist Introduction and Bio
Each of the panelists will briefly introduce themselves

4. EE BT @ Oracle OpenWorld 5G Transformation
Scott Berry
Director of Mobility Core
October 2018

5. BT Vision - One BT Evolution Transformation
Virtualisation and Cloud: new technologies, new ways of working
Budget challenges
Maintain customer experience and #1 position
Decoupling the NFVI:
New processes, new ways of working
Change of architectures
Surging demand, ‘Content Storms’
5G: new features, services, components
UK Largest consumer fixed and mobile
2nd largest pay TV sports broadcaster
180 countries
12 million homes
32 million mobile subscriptions
Technical transformation will be required to deliver true 5G
Catalyst to triggering the application of ‘cloud native’ technology of entire domain, taking advantage of Control and User Plane splits
The entire business needs to evolve
Still deal with changing demand patterns like ‘content storms, to deliver excellent services and stay #1 in the UK
When will the remaining domains “transform” to allow true micro service
Transformation
Evolution

6. A ‘cloud native’ network architecture integrates all the layers across the network
5G NGCN
4G EPC
4G Device
Slices
5G opt. 3 Device
5G opt. ? Device
4G LTE RAN
5G New Radio (NR)
4G eLTE eNodeB
Cloud-RAN
Common control plane
Security
Scalability
Availability
Load distribution
Stability and Overload Control
Monitoring and probing
Slicing
4G EPC
MANO
Deployment Automation
Config. Automation
Service
Framework
5G SBA & HTTP2
4G Diameter
5G is the catalyst for going cloud-native……but in some cases 4G is first to benefit from ‘cloud
Devices and RAN drive introduction of 5G NGCN
Common Cloud native approach extending to the reset of the network
5G NGCN
Network
architecture
CUPS
Stateless VNFs
Combo VNFs
VNF internal
architecture
Cloud Native, uS
Containers and VMs
NFVI
NFVI Control
Zones
Legacy
NSA Option 3(x)
NSA Option 7(x)
NSA Option 4(a)/2

7. 5G Deployment Options
Q1-Unlike previous generations of core and radio access technologies, 5G makes it possible to integrate elements of different generations into different configurations. Because of that, several options become available for evolving to 5G. (e.g. NSA Option #3,#4, #7)… What steps can CSPs take today using their existing 4G networks while undergoing the evolution to a full 5G core?

8. 5G Innovations and Challenges
Service Based Architecture
Cloud Native Microservices-based Core
Network Slicing
Q2- G introduces a number of innovative and disruptive networking paradigms, many of which had not been applied to mobile networks in the past (SBA, cloud native Microservices-based core, network slicing). What do you think are the major challenges introduced in the new 5G Core and how can CSPs overcome these challenges?  Do you see any gaps in the 3GPP Rel. 15 today (interworking, security, congestion control and traffic prioritization), is Rel. 15 ready for primetime or will Operators wait for Rel. 16?

9. 5G Smart Ecosystem
Q3- We learned from Doug’s keynote this morning that in the 5G value chain connectivity services represent about 18% of the total smart system opportunity … How can CSPs play a bigger role in the 5G smart ecosystem?! What are some of the use cases EE are prioritizing?

10. The 5G and IoT opportunity for CSPs lies more in enterprise than consumer
4. We hear a lot that 5G will be Enterprise-driven, certainly with network slicing capabilities we can offer “customized” slices for specific industries. What are your thoughts on this? which industries are demanding the capabilities and why?
5G and IoT will open up new opportunities to tap diverse enterprise demands in sectors from manufacturing to power generation.
(The push to the edge raises a tension. Services could be hosted solely within the operator’s own network (private hardware) or on hardware owned and operated by third-party cloud providers (public hardware). )

11. Confidential – Oracle Internal/Restricted/Highly Restricted