Edge computing and 5G will enable one compute platform from edge to cloud. This will provide virtual, software-defined, and cloud-ready capabilities to support the 5G future. Key applications that will benefit include gaming/VR with high bandwidth and low latency requirements, as well as industrial and public safety uses involving real-time video analytics, surveillance, and facial recognition. Edge computing deployments will optimize performance for applications with strict latency constraints by placing computing resources closer to endpoints and users.

1. Network Platforms Group
EDGECOMPUTINGAND5G
Julian Ramos - Intel

2. Network Platforms Group
LegalNotices/disclaimer
Intel technologies’ features and benefits depend on system configuration and may require enabled hardware, software or service activation. Learn more at
intel.com, or from the OEM or retailer.
No computer system can be absolutely secure.
Software and workloads used in performance tests may have been optimized for performance only on Intel microprocessors.
Performance tests, such as SYSmark and MobileMark, are measured using specific computer systems, components, software, operations and functions. Any
change to any of those factors may cause the results to vary. You should consult other information and performance tests to assist you in fully evaluating your
contemplated purchases, including the performance of that product when combined with other products. For more complete information visit
http://www.intel.com/performance.
Tests document performance of components on a particular test, in specific systems. Differences in hardware, software, or configuration will affect actual
performance. Consult other sources of information to evaluate performance as you consider your purchase. For more complete information about performance
and benchmark results, visit http://www.intel.com/performance.
Cost reduction scenarios described are intended as examples of how a given Intel- based product, in the specified circumstances and configurations, may affect
future costs and provide cost savings. Circumstances will vary. Intel does not guarantee any costs or cost reduction.
Results have been estimated or simulated using internal Intel analysis or architecture simulation or modeling, and provided to you for informational purposes.
Any differences in your system hardware, software or configuration may affect your actual performance.
Intel does not control or audit third-party benchmark data or the web sites referenced in this document. You should visit the referenced web site and confirm
whether referenced data are accurate.
Intel, the Intel logo and others are trademarks of Intel Corporation in the U.S. and/or other countries. *Other names and brands may be claimed as the property
of others.
© 2016 Intel Corporation.
2

3. 3
Networkplatformsgroup
TransformingtheNetworkEnd-to-endENABLING ONE COMPUTE PLATFORM FROM EDGE TO CLOUD
Smart
devices
access
technology
AccessANDedge
network
Core
network cloud
Virtual,software-defined,cloud-ready:enablingthe5gfuture

4. DATACENTERATTHETELCOEDGE
Mapping workloads for edge computing
Round trip communication only (sub) use-cases – automated driving, IoT, gaming interactionsLatency = <5 ms
Latency = <10ms Round trip computation for use cases – AR, IoT (Smart grids), Medical apps, FaaS
Latency = <40ms Round trip computation + storage for use cases – AR (relaxed), IoT (non-stringent), Video
analytics, FaaS (latency non-bound), caching and accelerated browsing
Clients Cloud / OTT
+ Flexibility / +Capacity / + Latency / - Locality
Base Station
Local CO Regional CO
- Flexibility / -Capacity / - Latency / + Locality
CORE
Latency
Fiber
Cable Last mile/
access

5. DATACENTERGROUP
WHATISEDGECOMPUTING?
DATACENTER-GRADENETWORK,
COMPUTE&STORAGE
EDGECOMPUTINGISTHEPLACEMENTOF ENDPOINT
DEVICES
TOIMPROVESERVICE
CAPABILITIES
OPTIMIZE
TCO
CLOSERTO
COMPLYWITHDATA
LOCALITY
ANDREDUCE
APPLICATION
LATENCY
THEEDGE
ISTHE
OUTERMOST
LAYERSOF
PROCESSING
ORNETWORK
BEFORETRANSITION
TOTHEENDPOINT
ANOTHERNETWORK
OR
11© 2018 Intel Corporation

6. Core Cloud/DATACENTER
CENTRAL
OFFICES REGIONAL
CENTRAL
OFFICES &
DATA
CENTERS
MACRO CELLS
WIRELINE
CARRIER WIFI
SMALL CELLS
LICENSED &
UNLICENSED
Network EdgeFog
ACCESS/EDGE
WhereistheEdge(s)oftheFuture? CSP’s view of
Edge
CoSP’s view
of Edge
Enterprises
view of Edge
Devices/thing
s
HOME
ENTERPRISE/FACTORIES
Edge Computing
ON-PREMISE
EQUIPMENT
WIRELESS
Intel Confidential – Internal Use Only

7. 7BMG | INTEL CONFIDENTIAL, FOR INTERNAL USE ONLY
Key Drivers for Edge Compute
 Low latency that can not be achieved by using centralized cloud
 Reduction of movement of the massive amount data generated by IOT
devices to reduce cost and enable efficient use of resource
 Data Privacy and Data Sovereignty
 Context Awareness
 Scenarios where connectivity is unreliable or limited
 Better experience, faster transactions
BMG | INTEL CONFIDENTIAL, FOR INTERNAL USE ONLY

8. DATACENTERGROUP 8
Inteloffersaportfolioof
productsFORadvanced
datacenterintelligence
TOBUILDAND
ACCELERATE
DATA-DRIVEN
SERVICESANDSOLUTIONS
INTEGRATEDWITH
ENDPOINTSDEVICES
BESTPERFORMANCE,MOSTSCALABLE
Intel®Xeon®SCALABLEPROCESSOR
DESIGNED FOR EDGE ENVIRONMENTS
WITH FLEXIBLE OPERATING SPACE
AND POWER
Intel®Xeon®DPROCESSOR
OPTIMIZEDFORDENSITY,LOWERPOWER
DESIGNED FOR EDGE ENVIRONMENTS
CONSTRAINED BY OPERATING SPACE
AND POWER
INTELATOM®C3000PROCESSOR
PURPOSE-BUILTFORVERYLOWPOWER
DESIGNED FOR EDGE ENVIRONMENTS
CONSTRAINED BY PHYSICAL SIZE AND
EXTREME TEMPERATURES
BYEXPANDINGTHECAPABILITIESOFTHEDATACENTEROUTWARD,
SERVICEANDNETWORKPROVIDERSCANDELIVERMOREPOWERFULSERVICES
© 2018 Intel Corporation

9. Network Platforms Group
EDGESiliconROADmaP
Edge Cloud HW Portfolio
Roadmap
2017 2018
Performance
(Xeon -SP)
Location: Remote CO/Regional POP
16c-28c Skylake-SP (TDP 105W-250W) 16c-28c Cascade-SP (TDP xx)
Mid Range
(Xeon-D)
Location: Access CO/Remote CO
8c -16c BDW-D (TDP 45W-65W)
4c-8c BDW-NS (TDP 35W-65W)
8c-12c BDW-D (eTemp) (TDP 35W-45W)
4c-16c Skylake-D (TDP 65W-110W)
Entry level
(Xeon-D, Atom)
Location: On Premise/Access CO
2c-16c DNV (TDP 9.5W-31W)
4c-8c BDW-D (TDP 35W - 45W)
2c-12c DNV (eTemp) (TDP 9.5W-24W)
FPGA Arria10 Stratix 10
Intel Ethernet Integrated: BDW-D, DNV, BDW-NS Integrated: SkyLake-D
Intel QAT Integrated: DNV, BDW-NS, Skylake-SP Integrated: SkyLake-D, Cascade-SP
Media Kaby Lake -G /Xeon E3
AI FPGAs/Xeon/Movidius
9

10. Network Platforms Group
INTEL’s5GINFRASTRUCTUREBUILDINGBLOCKS
ACCESS Edge&CORE NFV/SDN
Cloud Ready Networks
Scalability&flexibilityfornetworkingworkloads
CapabilityENABLERS
VNFs
NFVi
MANO
IA
Linux
KVM
Optimized
Ingredients
Network Slicing
• 5GNR RAT @ 28GHz,
39Ghz and 3.5 GHz
• MIMO
• Custom Si for Baseband
and Radio
• FlexRAN Reference
Software
• vCCAP (Cable) Reference
Software
Intel® Xeon®
Processor
Intel® Ethernet
Controller
Altera®
FPGA
Intel®
3D XPoint
Intel® QuickAssist
Intel® Quick Sync
Video
Intel® AtomTM
Processor
Intel® Resource
Director
• FlexCore Reference
Software
• MEC Source Libraries
• Network Edge
Virtualization SDK for
developers
• Next Generation CO
Reference Architecture
• RSD
• Ciphering libraries
• CPRI over Ethernet FPGA
Reference
• Transport Interworking
software
• Visual Cloud (VCD)
Libraries
Intel® CORE®
Processor

11. 2 0 1 8 D A T A C E N T E R L E A D E R S S U M M I T 11
EdgeComputingReferenceArchitecture
Intel® Network Edge
Virtualization SDK
Runs on Intel’s BKCs
(Best Known
Configurations)
Xeon-Server(s),KabyLakeG,Core*
OctaneMemory*MovidIusNetworking StorageFPGAPlugIns*
MULTI-RADIO
LTE/5G/WiFi
Virtualizationenvironment(Hypervisor,VIM)
VirtualNetworkFunctions
Multi-accessedgecompute(MEC)Libraries
SECURITY, API/ROUTING, TELEMETRICS & CONTROLLER
ORCHESTRATION
CLOUD
vL1-3BTS
V2X
360Video
SmartCity
AR
VR
vEPC

12. Network Edge Services (NES)
REST API
Services Registry
Platform services
Network Traffic
Services (NTS)
12
NEV SDK Platform Architecture
Virtualization
Management
Accelerated
vSwitch/
OVS
VM
NES API
MEC Apps
VM
NES API
MEC Apps
Mobile Edge Host
Windriver OVP(TIS)/CentOS 7.2 – RT Kernel
Data Plane Development Kit (DPDK)
Hardware abstraction – Logical ports
ETSI MEC Mp1
Network Interfaces:
IP Traffic
S1 Traffic S1 Traffic
vENB vEPC Internet
IP TrafficSGi Traffic
vENB Internet
Distributed
vSGW/vPGW
vEPC
vMME, vHSSS1
Traffic
IP Traffic IP Traffic
InternetWiFi Gateway Local Breakout
IP Traffic/ S1 Traffic
Control Node
Windriver
Openstack
Mobile Edge platform
Manager
ETSI MEC
Mm5
L2
(vlan)
IP
UDP
GTP-U
L2
(vlan)
IP
L2
(vlan)
IP
Access Point
S1 Traffic
SGi Traffic
Local IP Traffic

13. NetworkplatformsGroup Intel Confidential – Internal Only
R1.0 (2015)
• Intel® Atom Processor kit
• Ease of use virtualization
environment
• Intel® System Studio (ISS)
Tool Suite
R2.0, 2.1 (2016)
•Intel® Xeon Processor kit
•ETSI MEC Like RESTFUL
API
•Radio Network
Information Service (RNIS)
•DNS Caching
•NFV Tool Kit with Control
and Compute node
•3rd party UE/eNB/EPC
emulators
2017
•Multi-Access
•LTE, WiFi, Wired & etc
•Scalable OS options
•CentOS*
•WindRiver Titanium Edge
•GG Design
•S1 interface
•SGI LAN Interface
IntelEdgeComponents
Intel®NEVSDK
+ ML/DL, CV & AI SDKs
Hybrid Container & VM
Network Slicing
Orchestration
Core & FPGA Plug Ins
MEC LIBS
2018
Plug Ins: In
Planning
WindRiver, CentOS
Content/Application
Ecosystem
(Gaming, AR/VR, Retail
Apps, Facilities

14. Intel Confidential – Do Not Forward Network Platforms Group
vFixed
Edge
Intel® Architecture Ingredients
Xeon-Server, Core (Graphics) QATNetworking FPGA/accelerators
VIM
OpenStack
vRAN
L2
L1
L3
vEdge
Core
vSGW
/PGW
vSeG
W
WiFi
VNF Managers
(Service Orchestration)
VNFMs
Orchestrators
3rd party
Domain
Orchestrators
Wireline
vCCA
P
vOLT
Edge Cloud Node Big Picture
vCPE
vBNG
Hosted
Services
MNO1
Edge
Azure
Stack
Green
Grass
Non-
MEC
Apps
APPS
1
APPS
2
Edge
Controller
Interface through
Local Breakout(LBP)
Interface through LBP/Internet
Interface through EPC Port
ETSI MEC
mm5
MEC Compute Node(s) MEC Connected Cloud and Network Nodes Telco Edge Cloud Orchestration
and Management
Traffic
Source
Intel
SDK/Reference
(Roadmap)
MEC/EDGE SDK

15. Intel Confidential – INTERNAL USE ONLY
Solution:EdgeBKC(BestKnownConfiguration)
Category Edge BKC Compute Node – WolfPass Edge BKC Control Node - Wildcat Pass
Hardware
Board WolfPass S2600WFQ server board(symmetrical QAT) Wildcat Pass - S2600WT2R
CPU 2 x Skylake Server H-0 27.5MB 20c 2.4GHz 150W 768GB XCC INTEL®
XEON® GOLD 6148
2 x Intel(R) Xeon(R) CPU E5-2680 v4 @ 2.40GHz
2 x associated Heatsink 2 x associated Heatsink
Memory 12x Micron 16GB DDR4 2667MHz DIMMS 12x Kingston 16GB DDR4 2133MHz DIMMS
Chassis 2U Rackmount Server Enclosure 2U Rackmount Server Enclosure
Storage One 2.5” 2TB SATA HDD (Seagate) 2 x One 2.5” 2TB SATA HDD (Seagate)
NIC 1x Intel Fortville NIC X710DA4 SFP+ ( PCIe Add-in-card direct to CPU-0) 1x Intel Fortville NIC X710DA4 SFP+ ( PCIe Add-in-
card direct to CPU-0)
NIC 1x Intel Dual Port 25GbE FVL XXV710-DA2 (Harbor Channel) SFP28 (PCIe
Add-in-card direct to CPU-1)
1x Intel Dual Port 25GbE FVL XXV710-DA2 (Harbor Channel)
SFP28 (PCIe Add-in-card direct to CPU-1)
QAT Intel Quick Assist Adapter Device 37c8 N/A
(Symmetrical design)
other add-in
card
Intel Ethernet Network Connection OCP X557-T2 N/A
3x PCIe Riser cards N/A
Firmware
BIOS/BMC/FRUSDR BIOS/BMC/FRUSDR
FVL25G_FW N/A
Switch 8 to 16 port Copper Switch from Netgear
SW FlexRAN 1.4.0
Edge Cloud NEV-SDK R 3.0
EPC 3rd Party
Orchestration ONAP R1
VIM Titanium Cloud R4
15

16. EDGEismovingfromhypetodeployments!
TRANSPORTATION
Hospitality & Casinos
Warehouse & manufacturing
Smart CityRETAIL
Smart Stadiums
Factories & Infrastructure
InspectionEdge Cloud Gaming
ADAS
Security, Recognition,
Surveillance
VR/AR with location

17. Smart Lightning
Proximity
Marketing Digital Signage
SmartVenuestechnologies
Operation
efficiency
FanExperience
Smart Parking HVAC
In-Motion Facial
Recognition
Smart Suites &
Hologram
VR, Live Chat
Instant Replay
Multi-angle
Wayfinding
In-Seat
ordering
Restroom
Availability Victory Cheer
Revenue
Maximization
Central Dashboard
Retail
Solutions
Cloud
Gaming

18. Client Computing Group
Intel Confidential
KeyGaming/VR/MRusagesthatrequirehighbandwidth&ultralowlatency
DRAFT
eSport / adaptive streaming
6K stereo video @60fps is 20x larger than full HD
video with an average bit rate of 245Mbps
Edge Gaming Wireless VR/MR
~20- 30ms
20-50Mb/s
>250Mb/s
<1 sec
15-20ms
~50Mb/s->1Gb/s
Volumetric 360, 3D video
or point cloud
Mobile Gaming
360 video 8k, 90+ fps, HDR, stereosc. 50-200Mb/s
Plus 6DoF video or point cloud: 200Mb/s-1Gb/s
50Mb/s
–> 1Gb/s
VR/MR Telepresence
• Tethered to PC
• aaS via GW / MEC /Cloud
• AIO (compute in HMD)
2D streaming – 16Mb/s
3D streaming -> 50-200Mb/s
16->200Mb/s
Yellow numbers possible via 5G
50Mb/s
–> 1Gb/s

19. Network Platforms Group
5G+FacialRecognition+VideoAnalytics+Surveillance
LivePoCatOlympicswithAlibaBa
Badge Access Control
Athletes
Emergency
Response
Intel® Real Sense Camera
MEC Server (Network in a Box)
running edge services
5G Drone
Accreditation
Facial ID
Access Control
Human
Traffic
Control
Security
Surveillance
Intel Confidential

20. Intel Confidential Network Platforms Group
Intel5GE2EApplications
Industrial Control (Real Life use case from CoSP)
• Remote Construction System
• Can also be extended for
Industrial Control and
Warehouses Indoor Use case
with Autonomous Mobile
Robots and/or AGVs with
different E2E latency/
throughput objectives.
• Site: ?
Edge
Compute
Live Video Traffic via Cellular
connected cameras or direct
connect into EC Server with on
prem deployment

21. AutomatedDrivingUseCasesfor5G
5G
*
EDGE CLOUD
5G
ENTERTAINMENT
& VR
CAMERAS/
PARKING/ PRESENCE
ROUTERS/
CORE NETWORK
EDGE CLOUD
*
* PARKING
MANAGEMENT
X
REMOTE
CONTROL
MOBILE PLATOONING
TRAFFIC
MANAGEMENT
HD MAPS
OVER THE AIR
(OTA) UPDATE –
INTEL CARSYNC
CLOUD/DATA CENTER
ON-PREMISE
DATA CENTER
HIGH VOLUME
DATA OFFLOAD
5G
MMWAVE
SiliconValleyInnovation Center

22. THANKYOU