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A new generation of multi-touch
technology for the mass PC market…
DIGITIMES CE Summit
COMPUTEX
5th June 2013
2 2
Dialog Semiconductor overview
Fabless provider of mixed signal integrated circuits
Highly integrated power management
Ultra low power audio
Low Energy short-range Wireless
Working with the worlds leading OEM & ODMs in
Smartphones, tablets, PC
Portable media devices, digital cordless
Wireless audio applications
At the forefront of mobile power management
Highest PMIC integration in the industry
Broad power management IP portfolio,
including high efficiency power conversion,
fast battery charging & advanced packaging
86.8
161.8 217.6
296.5
527.3
774
0
100
200
300
400
500
600
700
800
900
2007 2008 2009 2010 2011 2012
Dialog revenue (US$ million)
Dialog Semiconductor ©2013
55% CAGR
Agenda
Need for a new generation of touch technology for PC
Technology introduction
Introducing Dialog SmartwaveTM Multi-Touch IC
Benefits and conclusions
4
UltrabooksTM going Mainstream…
Multi-touch is a must-have feature
From
this…
…To this Transformation
of the
PC
Dialog Semiconductor ©2013
0
50
100
150
200
2012 2013 2014 2015 2016
1232
73
115
170
5
Target market
2014 will be the year of the UltrabookTM
*Ultraslim includes Ultrabooks & notebooks < 21mm thick. Source: Digitimes, Arete Research, Display Search, Dialog March 2013
Dialog Semiconductor ©2013
Ultraslim* PC Products Market Forecast
MU
6
Additional market
All-in-One PCs
Dialog Semiconductor ©2013
All-in-One (AiO) PC Market trend
Source: Intel Developer Forum April 2013
7
A challenging opportunity… Multi-touch in mainstream PCs
Companies like Microsoft & Intel driving PCs to multi-touch
Today’s multi-touch solutions considered too expensive for
mainstream UltrabookTM, AiO PCs and monitors
A new approach is needed…
Touch Ultrabooks at
higher-end price points
HP ENVY
TouchSmart
$999
Need to be < $600
to hit mainstream
Cost effective
Multi-touch
Dialog Semiconductor ©2013
8
Comparing today’s touch solutions Suitability for AiOs, Monitors, Tablets, Ultraslims
Dialog Semiconductor ©2013
Resistive Acoustic Camera Infrared Capacitive
Windows 8 performance
Bezel-free / edge-to-edge
Works with gloves
Robust against contamination
Robust in portables
Superior optical clarity
Cost effective above 11"
Agenda
Technology introduction
Introducing Dialog SmartwaveTM Multi-Touch IC
Benefits and conclusions
10
A new generation multi-touch technology
Targeting mainstream PCs
DA8901
Multi-Touch IC MTICTM enabling Touch
Providing premium performance, lower cost Touch for larger screens 11” and above*
Supporting edge-to-edge bezel-free industrial designs
Perfect for main stream PCs
Ultraslims, Convertibles, Tablets
All-in-Ones, Monitors
10
*compared to capacitive-based solutions
Dialog Semiconductor ©2013
Infrared light injected into cover lens travels
inside the substrate via total internal reflection
11
How does it work?
In-lens light-based multi-touch
Touching causes changes in the light received
by IR detectors (Planar Scatter Detection)
Advanced signal processing converts
detected signals into touch coordinates
TOUCH
Dialog Semiconductor ©2013
12
How does it work?
Adding a new dimension: Pressure
Pressure sensing provides a natural smooth experience
Based on unique optical events
Enabling a 3rd dimension in UI navigation
Bringing touch to life
Stroking with your fingers - feel
Holding an object – hold
Lifting an object – move
Squashing – deform
Dialog Semiconductor ©2013
13
How does it work?
DA8901 touch scanning at 100Hz
Controller
Host
IR emitter /
detector pair
IR emitters &
detectors located
around edges of
display & driven
by DA8901MTICs
Dialog Semiconductor ©2013
14
How does it work?
Flexible screen sizes ideal for PC
From Tablets & Ultraslims to AiOs and monitors
Bezel-free, edge-to-edge designs
Low profile
Sensor PCB
Ultrathin Different screen sizes
and cost/ performance
optimisation by varying
the number of emitter /
detector pairs
Dialog Semiconductor ©2013
11 to 36 inches
15
How does it work?
Simple low cost construction
Diagrams shown are for illustration purposes only
The touch module consists
of only two parts
Edge-to-edge glass or plastic
cover lens with cosmetic
paint and optical filter applied
Sensor PCB assembly with
optical and electronic
components
Dialog Semiconductor ©2013
17
Smartwave MTICTM block diagram
Highly integrated mixed signal SoC
DA8901 key features
DA8901 master controls up to
15 DA8901 slaves driving up
to 196 channels supporting
screens 11 – 36 inches
Low latency, fast touch
response
400 dpi touch resolution
Emitter Driver
EVdd
EM0 EM1 EM11
Detector Front End
DET0 DET1 DET11 DETREF
Emitter Engine
Detector Engine
ARM Microcontroller
ADC
HSSI
Power Management
LDOs
LVDS Interface
System Controller
SDIO Interface
20MHz
DA8901 Slave 2
DA8901 Slave n
DA8901 Master
DA8901 Slave 1
RAM ROM
PC mother Board
USB
Touch Controller
Dialog Semiconductor ©2013
18
MTICTM DA8901 block diagram
Highly integrated mixed signal SoC
DA8901 key features
12 fully integrated infrared
emitter driver engines
12 channel detector front
end featuring dynamic
ambient light cancelation
High dynamic range enables
a wide range of screen sizes
Full custom ALUs for
optimum signal processing
Emitter Driver
EVdd
EM0 EM1 EM11
Detector Front End
DET0 DET1 DET11 DETREF
Emitter Engine
Detector Engine
ARM Microcontroller
ADC
HSSI
Power Management
LDOs
LVDS Interface
System Controller
SDIO Interface
20MHz
DA8901 Slave 2
DA8901 Slave n
DA8901 Master
DA8901 Slave 1
RAM ROM
PC mother Board
USB
Touch Controller
Dialog Semiconductor ©2013
19
MTICTM DA8901 block diagram
Highly integrated mixed signal SoC
DA8901 key features
ARM Cortex M0 with fully
integrated memory
Integrated Power
Management
4 LDOs generate all
internal voltages from
single 3V3 power rail
Fast start up for optimal
power saving when touch
idle
Emitter Driver
EVdd
EM0 EM1 EM11
Detector Front End
DET0 DET1 DET11 DETREF
Emitter Engine
Detector Engine
ARM Microcontroller
ADC
HSSI
Power Management
LDOs
LVDS Interface
System Controller
SDIO Interface
20MHz
DA8901 Slave 2
DA8901 Slave n
DA8901 Master
DA8901 Slave 1
RAM ROM
PC mother Board
USB
Touch Controller
Dialog Semiconductor ©2013
20
MTICTM DA8901 block diagram
Highly integrated mixed signal SoC
DA8901 key features
Industry standard, noise
resilient inter-chip interfacing
Single crystal operation
reducing external BOM cost
Optimised aQFN package
Enables low cost, low profile
thin sensor PCBs for optimal
industrial designs
Emitter Driver
EVdd
EM0 EM1 EM11
Detector Front End
DET0 DET1 DET11 DETREF
Emitter Engine
Detector Engine
ARM Microcontroller
ADC
HSSI
Power Management
LDOs
LVDS Interface
System Controller
SDIO Interface
20MHz
DA8901 Slave 2
DA8901 Slave n
DA8901 Master
DA8901 Slave 1
RAM ROM
PC mother Board
USB
Touch Controller
Dialog Semiconductor ©2013
Windows 8 compatible multi-touch for mass-market PC
Highly cost effective above 11” (ideal for PCs and monitors)
Bezel-free edge-to-edge designs
No ITO layers
Superior optical clarity
Low cost process (no yield issues)
Insensitive to EMI
Works with gloves and other objects
Unique pressure sensing
22
Meeting the mass-market challenge…
Premium performance at lower cost
Dialog Semiconductor ©2013
24
Dialog announces first major customer
Less than 3 months after launch
At Computex yesterday Dialog announced
as a lead customer for the DA8901 MTIC
They are developing a 23” FlatFrog Touch module
targeting AiO and PC Monitors
Wistron anticipates
leading PC brand
customers to have
products in-store
from Jan 2014
24 Dialog Semiconductor ©2013
25
Summary
The start of mass market touch PCs…
Dialog enabling FlatFrog Touch technology in low cost, high
performance AiO PCs, monitors, Notebooks & UltrabooksTM
DA8901 Smartwave MTIC sampling now to lead customers
First touch modules (Wistron 23”) sampling this summer
PCs in-store for spring refresh 2014
25
Meeting the mass market challenge
Dialog Semiconductor ©2013