1. Internal Automotive Use Cases
May 2018
doc.: IEEE /0940r0
May 2018
Internal Automotive Use Cases
Date:
Author:
Name
Affiliation
Address
Phone
Stephen McCann
BlackBerry
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry

2. May 2018
doc.: IEEE /0940r0
May 2018
Inter ECU (1)
Connect various Electronic Control Units (ECU) within a vehicle communicate using LC communications.
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry

3. May 2018
doc.: IEEE /0940r0
May 2018
Inter ECU (2)
From <
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry

4. Inter ECU (3) Currently use robust cables and connector sockets.
May 2018
doc.: IEEE /0940r0
May 2018
Inter ECU (3)
Currently use robust cables and connector sockets.
Complex network in trucks and trailers
Replace with wireless:
Remove wiring loom
Introduce redundancy into the overall system
Introduce wireless security
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry

5. Inter ECU (4) Why LC and not traditional Wi-Fi ?
May 2018
doc.: IEEE /0940r0
May 2018
Inter ECU (4)
Why LC and not traditional Wi-Fi ?
Avoid noisy RF environment
Require very low latency, high speed communication
Enables synchronous data transmission and time sensitive networking.
Millimetres to 10 metres, 200 Mbps to 1Gbps+
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry

6. May 2018
doc.: IEEE /0940r0
May 2018
Reversing Camera (1)
Connect a rear view camera to the internal vehicle network
From <
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry

7. Reversing Camera (2) Tight timing requirements
May 2018
doc.: IEEE /0940r0
May 2018
Reversing Camera (2)
Tight timing requirements
From engine start, reversing camera video link needs to be operational within 2 seconds
Currently uses robust cabling and video camera with no compression.
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry

8. Reversing Camera (3) Why LC and not traditional Wi-Fi ?
May 2018
doc.: IEEE /0940r0
May 2018
Reversing Camera (3)
Why LC and not traditional Wi-Fi ?
Avoid noisy RF environment
Require very low latency, high speed communication
Difficult to achieve with current digital communication solutions.
Enables synchronous data transmission and time sensitive networking.
Millimetres to 10 metres, 200 Mbps to 1Gbps+
Stephen McCann, BlackBerry
Stephen McCann, BlackBerry