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A New Era of Computing: Intel is advancing the connection of car, device, and cloud
1. 19B+ connected devices by 2016*
Automotive Solutions Division
Intel is advancing the connection of car, device, and cloud
Paul Goossens
*Source: Cisco® Visual Networking Index (VNI) Forecast (2011-2016)
A New Era of
Computing
2. New Automotive Paradigms impact the 2020 car
infrastructure
2
Copyright – 2014 ABI Research (used with permission from ABI)
These trends are driving
the need for increased
compute at lower power
ranges
3. The Car Infrastructure in 2020
3
Consumer
Electronics, BYOD &
wearables
Assisted &
autonomous
driving
Explosive growth
of SW complexity,
Short life cycles
Image/sensor
processing needing
greater GPU & CPU
performance
CO2 emission
limitations &
Thermal
Constraints
(evolutionary)
repartitioning of
car infrastructure
Focus on
Performance /
Watt
Hi-speed
connectivity for
video streaming
Adoption of
Ethernet in the car
Connectivity &
Software Re-
use from CE
Industry
ASIL-D compliant ASIC
do not meet
performance
requirements
ASIL-D
compliant
ECU’s based on
COTS silicon
Security focus
Unsustainable
ECU Growth &
Virtualization
technology
Maturity
4. Leading Edge Process Technology
* Forecast
Transistor Performance/ Generation
32nm45nm
1x
0.1x
0.01x
0.001x
65nm 22nm
LowerTransistorLeakage
Higher Transistor Performance (Switching Speed)
14nm*
Mobile Always-on Circuits
Client Computing
Mobile Computing
Server Computing
4
New Era of ComputingIntel is advancing the connection of car, device, and cloud.
Intel is leading the industry in silicon process technologySetting the pace for Moore’s Law- first to begin shipping products using 32nm technology and first to ship products using 22nm technologyDeveloped the best transistor technology, with higher performance at lower energyThese characteristics greatly improve from one generation to the next: dramatically lower leakage current at the same performance point or better performance and the same leakage current pointCutting edge process technology has enabled Intel to reach a large dynamic range of devices that span high performance PCs and servers to low powered smartphonesIntel’s lead continues with 14nm, whichextends the boundary of energy efficient performance using revolutionary 2nd generation 3D Tri-Gate transistors