1. The future of
PROFIBUS &
PROFINET
technology
UK Conference, June 23rd 2015
Xaver Schmidt

2. Where are we today?
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3. New buzz words in our industry?
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Industrie 4.0
Industrial Internet
Industrial Ethernet
IoT
IIoT
vs.
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4. Big Data
Cloud
Industrial Internet of Things – Typical Use Cases
Quelle: Siemens AG
Remote Access
…
Typical Use Cases
Do they sound familiar?
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5. IoT vs. IIoT
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IoT IIoT
Revolution Evolution
New
• Devices
• Standards
Existing
• Devices
• Standards
Things Data
Lots of data Tons of data
Ad hoc connectivity Structured connectivity
User serviced User + OEM + Vendor serviced
Important –but not critical Mission critical
• Analytics
• Security
• Data integrity
• Response times

6. The road to IIoT
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PROFIBUS PA
PROFIBUS DP
Evolution
Existing devices
Legacy data access

7. Non-Ethernet devices
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Machine Machine MachineMachine
Proxy
Factory
Legacy fieldbus
network (PROFIBUS)
Industrial Ethernet
network (PROFINET)
Data from Ethernet
and legacy networks

8. Ethernet is Key
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9. There will be more than one protocol!
InformationCloud
TM
Domain specific data transfer (Realtime, Safety, …)
Internet Communication
Data
Internet Communication
The
of Things!

10. App Story: TempuTech
Grain Management
Temp & moisture sensors
collect data from stored grain
Hazard Monitoring
Temp & motion sensors
monitor grain elevators
Why PROFINET?
Uptime!
Real-Time!
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11. Communication Networks
Corporate
IT
Central data backbones
Production Network Production Network
Production Network
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12. Communication Networks
Corporate
IT
Central Data Backbones
Production Network Production Network
Production Network
Field
Corporate
Production
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13. Powerful Networks
Field
Production
Corporate
Produktionsnetz
Condition
Monitoring
Energy-
management
Cloud
New RequirementsBandwidth Realtime Usability
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14. Example: Central Maintenance
Requires bi-directional
communication
Maintenance-Hub
Production Network Production Network Production NetworkProduction Network
Requires access down to the field level
Secure access needs to be ensured
Transparent connection between networks
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15. Self-configuring / Dynamic Networks
Machine Builder Plant Operator
Delivers machine
with automation
solution and network
configuration
Integrates machine
in plant  requires
changes in network
configuration
Automation and network configuration
intrinsically tied together today
Production Network
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16. Separation of Automation and Network
Test independent of
network configuration
No IT-Services
Commissioning with
temporary configuration
Doesn’t
want to deal
with IP-
Addresses
Simply
wants to
connect the
machines
Automation and Network Configuration must be separate in the future
Automation
Machine Builder
Operation
Plant Operator
Integration in existing
network
Individual requirements
of local IT
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17. Future Requirements
New Applications demand higher
Bandwidth
PROFINET is scalable to higher
bandwidth
IP-based communication will push
more in the field level
Multiple protocols in parallel to
deterministic, cyclic I/O
OPC UA as a standard on higher
levels
But Industrial Communication should
not become more complex!
Cloud
Energy-
management
Condition
Monitoring
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18. PROFINET is the right basis for Industry 4.0
Energy Management
Security
DiagnosticsCondition Monitoring
Safety
 Real time communication
 Performan
ce
Industrial
Wireless LAN
Flexible topologies
Expandability
Web tools
Open standard
One cable for all purposes
Fast device replacement
Ruggedness/stability
Easy cabling
Media redundancyLarge quantity structures
High transmission rate
Speed
High precision
Fast start-up
PROFINET addresses each of these imperatives
efficiency
performance
flexibility
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19. Thank You!
UK Conference, June 23rd 2015