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Mobile Edge
Computing
(MEC) powers:
Internet of Things,
Tactile Internet,
Augmented/ virtual
reality, and more
MEC
IoT
Mobile
Security
AR/VR
5G
Connected
cars
HetNet
C-RAN
V-RAN Cloud
The MEC Advantage
Data center in the Radio Access Network
Virtualized cloud computing environment
ETSI MEC standard-based
Monetize
Differentiate
Be agile
Smart Scalable Future-proof
Mobile Network MEC
Transforming MNO Business Mobile Edge Computing
cloud-computing
capabilities and IT service
environment at the edge of
the mobile network
MEC Characteristics
› Proximity
› Ultra-low latency
› High bandwidth
› Real-time access to radio
network information
› Location awareness
Requirements: preserve
mobile network functions
MEC Why
On the road to 5G 5G goals
› Faster data with speeds up to 10Gbps peaks, 100Mbs
steady
› Ultra-low latency
› Billions of connected devices
Timeline
› Initial trials in 2017
› Large scale deployments beyond 2020
MEC can help MNOs can achieve 5G goals today with seamless
integration into green/brown field deployments
On the road to 5G – video
Source: Bell Labs Consulting
Video applications will contribute 56% of total demand
IoT, IIoT, M2M Business case
› Sell more SIMs
› Sell more traffic
› Run analytics closer to the things
› Extend battery life (10 years for sensors’ batteries)
Fog computing
Distributes resources and services of computing,
storage, control and networking anywhere along
the continuum from Cloud to Things
MEC is fog computing inside mobile networks
Source: Bell Labs Consulting
Ingest
Analyze
Decide
Export
IoT data handling
Huge amount of
connections to a
centralized Location. Or…
Fog computing. MEC.
Aggregated & filtered data
Smart Distributed Network
Big Data & Analytics
Tell me more, tell me more Like does he have a car? (uhm aha, uhm aha, uhm aha, uhm aha)
IoT use case: connected cars
Business (AT&T use case)
› By 2017 – AT&T predicts 12M new
car-SIMs
› 10$/month for an additional SIM
for users with existing mobile plan
› Additional revenue from analytics
IoT use case: connected cars
MEC supports connected car services
› Rich-media infotainment and
targeted advertising
› Over-the-air smooth SW updates
› Diagnostics Solutions that rely on
real-time sensor dataV2E
› Voice activated geo-location and
navigation services
MEC delivers low latency and fast
broadband experience
Cyber security with MEC frightening hacker with a hood
Core Network
Radio Access Network
SGi
S1
MEC Server
MEC Server
MEC Server
MEC distributes defenses and moves
the risk away from the core
MEC How
Carrier Grade MEC Hardware
MEC System, MEC Services and API to MEC applications
COTS/NFV
Saguna Open-RAN MEC System
ME APP
VM
ME APP
VM
ME APP
VM
ME APP
VM
ME APP
VM
Built-in ME APPs
ME APP
VM
Built-in ME Services
One platform support many VNF
Low maintenance
Gain highly granular visibility per stream
Effective
Deploy new service (e.g. VoLTE) fast
Agile
MEC solution building blocks
Pre-Agg Network IP-Agg Network Core Network Access Network
Hub Site
Enterprise Site
MTSO Core Network
Internet/
Roaming
Partner
CRAN Site
MEC edge applications MEC Server (RAN)
MEC Gateway (Core)
IP-Agg Site
Pre-Agg Site
MEC flexible deployment options
MEC
TP Guidance EPC Content Cloud
Throughput Guidance over TCP Options (RFC)
Radio Access Vendor1
MEC in a multi-vendor multi-radio RAN environment
MEC
TP Guidance
Radio Access Vendor2
Small Cells
Wi-Fi
MEC
TP Guidance
Built-in application/service
Additional reading
› Connected cars & MEC blog post
› Cyber Defense: bringing the front line to the radio edge
› Saguna Open-RAN product
› White paper: MEC improves mobile networks
About Saguna
MEC brief
ADLINK POC
Augmented e-commerce demo
AMD POC
Content acceleration demo
MEC Use Cases
Bandwidth guidance (RNIS)
Enterprise mobile-LAN
DNS Caching
IoT Gateway
vProbe
Flexible architecture
We make mobile broadband faster, simpler and
more economical with smart software MEC solutions
www.saguna.net
@SagunaNet
www