Getting from More Moore to More than Moore

Getting from More Moore to More than Moore

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Description: Moore’s Law and More, Chip Size Trends, Silicon is not only a Semiconductor, Digital Technologies, Ink jet Cartridge, Lab-on-Chip, High-density Mass Memories, MEMS, Micro actuator concept, High-density Mass Memories, Accelerometers, Products Driving MEMS Adoption, Easy Navigation in Mobile Phones, Location Based Services, ST Motion Sensors Market Share and Revenues. .

 
Author: Bruno Murari (Fellow) | Visits: 2674 | Page Views: 6117
Domain:  High Tech Category: Semiconductors Subcategory: Moore's Law 
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Contents:
From More Moore to More Than Moore

Bruno Murari Torino, 14 giugno 2010

Where are we on the long term trend ?

Next to come Main Frame C.T.V. VCR Defense Convergence Office PC Home PC Internet Portable

Source : WSTS, ST 2

Moore's law and more

EVOLUTION/ROAD MAP (*)

NO ROADMAP�CLUSTERS OF INVENTIONS(*) Room for Nobel Prize

(*) � Modified by Bruno Murari

3

Chip size trends

System-in-a-Box:
a digital brain with analog muscles and interfaces
A N W AL O O R G LD
Line, Batteries, Alternators, Solar Cells, Fuel Cells

G LO D A L N R A WO

Power Management
Bipolar, BCD, CMOS BiCMOS, VIP, �-Machining

Lamps Motors

Sensors Antennas Keyboards Line Interfaces Switches
Data Acquisition and Conversion
Bipolar, CMOS, RF-BiCMOS, �-Machining

Clock

Central Processing (�P, DSP)
Digital CMOS

Clock

Power Actuators
Bipolar, BCD, CMOS, HVCMOS, VIP, �-Machining

Displays Solenoids
CRTs

Speakers Inkjets

Clock

Information Processing (Super Integration)

Memories
CMOS, Flash, DRAM, �-Machining

Multifunction Peripheral (System Oriented Tech.)

Antennas

A N W AL O O R G LD

G LO D A L N R A WO

5

Need to bring "More Moore" and "More than Moore" at work! Digital Analog Mechanical Optical

SIP
More Moore

More than Moore

SW

Fluidics DFM Programming model Organics

Bio

Silicon is not only a semiconductor

7

Digital technologies, and much more
GSM radio RF-ID tag

passive integration

rotation

image

Xray

pressure

sensors

inkjet head

LED lamp

bio-sampler

fluidics lighting

8

Inkjet cartridge

9

It all started with an inkjet printer

Buried channels for disposable Ink-jet printers

Buried channels for PCR In a disposable lab-on-chip

10

Lab-on-Chip

High-density mass memories

MEMS

� MEMS:
Micro Electro Mechanical System � three dimensional device embedded in silicon � multifunction system consisting of sensors, actuators, electronics.

13

Microactuator concept

High-density mass memories

High-density mass memories

Probe storage

High doped silicon cantilever

Heater
Scientific American � January 2003

17

High-density mass memories

18

Accelerometers

19

Integrated movements

20

Accelerometers in cars
Vehicle control Front light inclination Assisted GPS navigation Roll over detection Collision detection (airbag) Antitheft Collision reconstruction (black box)

21

Products driving MEMS adoption
Mobile phones PMP

Game controllers Input devices Remote controllers

Notebook PCs Free fall detection

ST sells to major OEMs in all these market segments

Easy navigation in mobile phones

Portrait/landscape auto-detection

On-screen map readjustment

Location based services
� Locating current position � Finding nearby points of interest � Obtaining navigation directions � Zone based advertising

Take a better Picture

Gyroscope: image stabilization
NOT stabilized

Piezoelectric solution are power hungry and bulky Stabilized

ST motion sensors market share and revenues

26

GK10 sensor
Y P D

R

SD

The beating hearth
Drive mode Yaw mode: z

Roll mode: y

FCoriolis = - 2m v

Pitch mode: x

Silicon and biology

Microelectronics and...

Bio Systems
29

Bio systems
Bio - RED
People

Bio - GREEN
Animal Plants

Bio - WHITE Water Air

Some Common Technology Platforms

Heart Blood Insulin

Certification Food contamination Control Process Monitor

Seismology Landslides Avalanches Bio-defense

30

Today...
Samples extraction
Phy siol o diag gical s a nos tic c mples to ente r

Diagnostic center

. in specialized centers .assisted

... tomorrow
Medical center
.totally portable .easy to use

auto-monitoring

"Bio-to-Bit"
point of care at home

Bio-Sensors

. at home-in office . not assisted

automatic analysis

MEMS In, On, Around the body

"Bio-to-Bit": convergent technologies

- Lab-On-Chip - Sensors - Actuators

Connectivity

- Bio - Medicine - Pharma

RFID Ultra low power WPAN Low bit rate Bluetooth WLAN Bluetooth

GPS DVB-H

Internet

WLAN Cellular GPRS EDGE/3G WPAN network High bit rate (UWB)

Bio-to-Bit platforms
1. Bio-sensors 2. Sensor networks (body gateway) 3. Connection through low power wireless



From specialized medical center to personal environment (body, home, office, car) Individual autonomy in the sample extraction (no needs of specialized assistance) `bit' transmission instead of biological samples movement





Bio-to-Bit: a few building blocks

Thermo-reactors (PCR for DNA - qPCR for DNA) Electronic noses Ethylometer Pumps Valves Syringes Wet-ability Microfluidic (idrofilia, idrofobia) Electro-Dielectrophoresys Energy Scavenging (piezo, magnetic, electromagnetic , ...)

Bluetooth off-body sensing
Weight Glucose

Movements

Temperature

From actual ultrasound images to new concept

Conclusion

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