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Description
Competitive market analysis of the RLG – FOG – DTG - Quartz and
MEMS based Inertial Measurement Units
Get Yole’s unique global and in-depth view of the IMU market:
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Global overview across 6 fields:
Defense, Aerospace, Naval, Industrial, Automotive, Consumer
Electronics
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Analysis of RLG, FOG, HRG, Quartz and
silicon MEMS technologies
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Market evaluation of 45 IMU applications
REPORT HIGHLIGHTS
Inertial Measurement Unit (IMU) refers to a
system with three mutually orthogonal gyros and accelerometers. The IMU
industry in the field of aerospace is very mature, but as MEMS and
quartz technologies move toward higher performance they are finding
their way into these markets. The road is long before these technologies
will enter in direct competition, but new uses and new applications are
emerging from these advances.
The decline of mechanical accelerometers
such as DTGs creates interesting business opportunities for other IMU
system technologies. FOG, HRG (or other resonant devices), and MEMS
technologies are good substitute solutions. The market opportunity comes
both from new applications as well as the replacement market for
aerospace and defense systems.
New applications are increasing in both high
performance markets and low performance consumer markets. Sensors
clusters are already integrating 4DOF to 5DOF solutions in gaming and
handheld GPS products for example.
Customers are currently requesting 6DOF for
selected applications and the demand is only starting. The challenges to
build these consumer IMUs are very high and only a handful of players
will manage to provide the appropriate solution.
The key question in this field is currently:
which partnerships will form to provide processing and appropriate
packaging solutions to the hundreds of medium to low volume customers?
Opportunities are wide open in this field in the next 3 years.
The complexity of the IMU industry requires
a complex monitoring of the market. As industry leaders are monitoring
the MEMS and other miniaturized quartz technologies advances,
challengers are evaluating the market opportunity of new applications
and potential replacement of older systems.
Yole’s market report provides a global and
in depth market overview of the IMU industry and a description of the
leading players.
Yole estimates the 2007 IMU market to
represent 1,85 B$.
The market is mainly dominated by aircraft
and missiles applications.
The overall growth rate is limited to single
digit growth but selected applications are expected to experience a
significant growth.
KEY FEATURES OF THE REPORT
This report gives an exhaustive analysis of the potential applications.
It gives a segmentation of aerospace, defense, naval industrial,
automotive and consumer electronics fields. The market analysis details
each application using the following criteria:
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Description of the application and the
benefit of Inertial Measurement Units
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Function and specification requirements
for Inertial Measurement Units
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Description of the final product market
players and trends
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Analysis of the competitive technologies
and players
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Analysis of the IMU module market
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Global market evaluation of IMU
applications: Volume in Munits, Average Single Price (ASP), and
2007-2012 value forecasts
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Description of the products and
technologies: product specifications, technological and business
trends
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Evaluation of major players market share
and potential new entrants
This report not only describes the market at the player and application
level, but it provides a global view of the IMU market allowing the
report user to build diversification strategies taking into account
technical requirements
Who should buy
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Sensor manufacturers (accelerometers and
gyroscopes):
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Evaluate market potential for your
components depending on performance and technology in the IMU market
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Get the top 20 customer profiles (IMU
manufacturers)
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Understand the system level technology
trends and requirements for each application.
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Support a strategic decision to enter,
exit, or find a partner in the IMU industry
IMU module manufacturers:
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Evaluate the accessible market for your
modules depending on performance and technology
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Define diversification strategies on new
applications
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Have an exhaustive analysis of the
competition on a broad range of IMU field
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Evaluate the market potential of your
product portfolio
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Get detailed company profiles with
description of the product technology & process
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Get the top 20 IMU manufacturers
profiles
Equipment & material manufacturers:
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Evaluate your business potential in the
IMU market
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Understand the level of activity of your
customers
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Get the top 20 IMU manufacturer’s
profiles including technology used and markets served
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Prepare new business development
strategies
Financial and strategic investors:
Table of Contents
EXECUTIVE SUMMARY
Definition of an IMU
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Status of the IMU technology
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Status of the gyroscope technologies
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Status of the accelerometer
technologies
Identification of the IMU
functions
2007-2012 IMU market forecasts
2007 market shares
IMU market evaluation per field
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Aerospace
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Civil aircraft, General
aviation, Civil UAVs
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Civil Helicopters, Space
Satellites, Skyrocket
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Defense
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Military Fighters, Military
Transport, Defense UAVs, Military Helicopters, Strategic
missiles, Tactical missiles, Combatant ship, Military
submarines, Armored vehicles, Soldiers
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Naval
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Industrial and Medical
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Automotive
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Consumer Electronics
IMU market forecast per technology
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ESG, RLG, FOG, HRG, DTG, Quartz ,
MEMS
IMU market evaluation per function
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Navigation , Flight Control, Damping
Stabilization, Cockpit instrumentation, Satcom antenna
stabilization, Flight test instrumentation, Vehicle
Stabilization, Sight Vision Stabilization, Ship Stabilization,
Antenna stabilization, Gun Stabilization, Motion measurement
IMU market evaluation per uses
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Aircraft, UAV, Helicopter, Missiles,
Ships, Submarine vehicles, Space vehicles, Land military
vehicles, Soldiers, Trains, Civilian cars, Handheld consumer
devices
IMU manufacturers company profile
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Honeywell, Northrop Grumman, Sagem,
Litef, Kearfott, Thales, Atlantic Inertial Systems,
L3Communications, IXSEA, EADS Astrium, KVH, Systron Donner
Inertial, Goodrich, iMAR, Crossbow, Gladiator Technologies,
BOSCH, Panasonic, Murata, Invensense
Synthesis and future challenges
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