This market report is a part of: Embedded COTS Systems in Military, Aerospace and Defense and Defense Applications.

The coming 3-5 years will present more challenges and opportunities to suppliers of embedded COTS computing and communications platforms than any other time since the first Reagan administration. Traditional leaders will be tested on a number of dimensions. Smaller companies will assertively respond to customer demand for a broader scope of solutions and support. Enterprise IT vendors will be creeping into more rear-echelon programs – and some front-line ones as well. Why all this talk of suppliers pursuing COTS market expansion strategies? A number of reasons, and they begin with the following: Under virtually ANY geopolitical, economic or US administration scenario, the COTS market in military, aerospace and defense will be one of the healthiest embedded market opportunities in the world.

The following might be considered incontrovertible and key drivers of demand:

• Network-centric warfare will be a core, guiding principle at the Pentagon, NATO and other alliance members

• UAV penetration will explode across a number of mission profiles in air, land, surface and underwater applications

• Enhancing situational – especially battlefield – awareness will be a primary directive for all branches of the military

These will all drive increasing demand for a wide range of technologies and related services, including: processing platforms, communications platforms, sensing and instrumentation platforms.

And this demand will show up in all three core COTS businesses:

1. Procurement – including replenishment for at least 3-5 years

2. RDT&E – which VDC expects will see some uplift trailing combat zone draw-downs

3. Integrated Sustainment Maintenance (ISM) – a top three DOD priority continues

And so, traditional suppliers of the embedded computing, control and communications platforms that serve as core building blocks for the solutions described above, enabling the strategies cited above, will drive any number of opportunities for agile, well-funded embedded COTS suppliers. They will also attract the attention of a number of new – or newer – competitors. In order to win and defend contracts, suppliers will need better market intelligence than ever before. This market intelligence service provides the data, information and decision support tools your teams need.

SHARPENING YOUR FOCUS

This report provides in-depth market intelligence program will help suppliers and other stakeholders understand the key trends that can sharpen their value propositions and solution development efforts in the embedded COTS market. Embedded COTS Systems in Military, Aerospace and Defense Applications will define the competitive landscape, customer requirements and preferences, and industry trends of the embedded COTS market. This report provides the tools to help you define target markets with requirements that map to your capabilities, identify how other vendors are approaching the embedded COTS market, and take advantage of your capabilities and differentiation to maximize share and margin.

COTS DEFINED: COTS products as those that have been designed and manufactured according to normal, commercial business practices, versus those designed or developed by a government agency or branch of the Armed Services. COTS products may be purchased as, or adapted from, products offered by commercial entities in their standard, publicly available offering suite.

The Embedded COTS program will provide:

-In-depth analysis of global market opportunity for Embedded COTS Systems in Military, Aerospace & Defense Applications;
-Market penetration scenarios, estimates and forecasts for Embedded COTS Systems in Military, Aerospace & Defense Applications;
-Customers' technical and commercial requirements and preferences, including end-user investment drivers and applications, system integrator/OEM selection criteria, and distribution channel capabilities;
-Analysis of the structure of the Embedded COTS Systems supplier community, including leading and emerging supplier market share, position, direction and profiles; and
-Discussion of key issues, forces and trends driving and restraining market growth and development, including opportunities and requirements for suppliers to grow share and profit.

The 2009 Embedded COTS program will provide the following coverage:

ACQUISITION & PROCUREMENT PROCESSES AND INDUSTRY ECOSYSTEMS IDENTIFICATION OF SOURCES OF ACQUISITION AND USE

• Acquisition initiators and users DoD U.S. Command Centers
Examples include: ESC, CECOM, NAVSEA
  Other U.S. functional commands
Examples include: SOCOM, STRATCOM, JFCOM, TRANSCOM and special agencies DARPA, NSA, and DISA
  Other North American & Western European sources
Examples include: UK Ministry of Defence and other Defence departments

• C4ISR   The overarching framework

COTS PROCESS AND RELATED PARTICIPANTS
• COTS model for the acquisition and procurement stages
• Industry participants
  Primes and sub primes
  Program offices
  Infrastructure suppliers
  Reviewers of critical needs including MITRE, the Aerospace Corporation and others

TECHNOLOGY PRODUCT COVERAGE MERCHANT COMPUTER BOARDS
• Platform types and architectures
  Traditional passive backplanes
Examples include: VME, CompactPCI, PCI
  Emerging passive backplanes
Examples include: ATCA, MicroTCA,
VPX/VXS
  Traditional mezzanine cards
Examples include: PMC
  Emerging mezzanine cards
Examples include: AMC, XMC
  Other platforms
Examples include: Embedded
Motherboards, PC/104

• Functional types
  SBC
  DSP
  Graphics/display video
  Analog/digital I/O
  Networking/switching
  Mass storage control
  Memory
  Others

MERCHANT INTEGRATED COMPUTER SYSTEMS
• Platform types and architectures
  Passive backplanes
Examples include: VME, CompactPCI, ATCA, MicroTCA
  Active backplanes (motherboard-based)
  Other platforms
• Application environments
  Avionics
  Land-based
  Ship board
• Major applications

CRITICAL ISSUES MERCHANT COMPUTER BOARDS

• Commercial considerations
  Product support policies
  Vendor selection requirements
  Product selection criteria
• Technology driven considerations
  Ruggedization methods
  Cooling methods
  Power considerations
  Reliability
• Joint commercial/technology
  Product life cycles
  EOL policies

MERCHANT INTEGRATED COMPUTER SYSTEMS

• Commercial considerations
  Product support policies
  Vendor selection requirements
  Product selection criteria
• Technology driven considerations
  Reliability enhancements
  Power supply types
  Peripherals supplied
  Ruggedization methods
  Cooling methods
  Power considerations
• Joint commercial/technology
  Product life cycles
  EOL policies

ALL VOLUMES
• Trends in defense policies
• Acquisition and Procurement processes
• Evolution and trends in the COTS process
• Critical Issues

REGIONAL COVERAGE
• North America
• Western Europe

TABLE OF CONTENTS 

Total Global COTS Boards Market

Slide 2 Growth is driven by conversion of captive military electronics systems to COTS computer platforms

Total North American COTS Boards Market

Slide 3 The United States remains by far the most important market for COTS boards

North American COTS Boards Market

Slide 4 The Realignment of DoD Spending Priorities
Slide 5 What does the realignment mean for the embedded COTS market? – We do NOT believe it will be a detractor
Slide 6 What does the realignment mean for the embedded COTS market? – We do NOT believe it will be a detractor
Slide 7 How the realignment could actually accelerate the conversion to COTS
Slide 8 Change is inevitable, but the embedded COTS market should press onwards and upwards
Slide 9 Rugged and high in performance passive backplane architectures still dominate – VME stays strong
Slide 10 Although VME still dominates important technical requirements are altering the landscape
Slide 11 Although VME still dominates important technical requirements are altering the landscape
Slide 12 COTS Boards are now used widely across all branches of the military
Slide 13 Unmanned vehicles of all sorts (air, ground, water) are growing in important and consumption of COTS
Slide 14 Applications supporting troops will grow in importance – military communications and ISR
Slide 15 A competitive landscape dominated by three suppliers
Slide 16 Competitive Assessment

Market Definitions

Slide 18
Slide 19

The COTS Process

Slide 20

Market Definition & Segmentation

Slide 21

VME Growth Rates Remain Healthy: Above 5%

Slide 23 VPX has injected new life into VME, giving it legs for the future

Electronic Platform Classifications Using VME

Slide 24 VME is a versatile architecture for mil/aero platforms, so it is used in a diverse set of platforms

Mission Classifications Consuming VME

Slide 25 Once again we see a diverse set of classes using VME; VPX enables growth for high bandwidth applications

VME Architectures

Slide 26 VPX is the high growth architecture; VXS will live on, but as a niche architecture

VME Boards Segmented by Board Size

Slide 27 VPX is driving adoption of 3U in space constrained applications, but 6U remains predominant

VME Board Supplier Market Share

Slide 28 Curtiss-Wright Controls is the leader followed closely by GE Fanuc and Mercury

CompactPCI in the Mil/Aero Market

Slide 30 There is still a place for CompactPCI in the COTS market

Electronic Platform Classifications Using cPCI

Slide 31 Conduction cooled and 3U cPCI boards have enabled usage of the architecture in a diverse set of platforms

Mission Classifications Consuming CompactPCI

Slide 32 CompactPCI remains very communications-centric

CompactPCI Architectures

Slide 33 Fabric-enabled PICMG 2.16 has steadily built a position in the military COTS market

CompactPCI Board Sizes

Slide 34 3U CompactPCI is still growing its share

CompactPCI Board Supplier Market Share

Slide 35 GE Fanuc holds a dominant position followed by the more commercially-focused Emerson, Kontron, and Sun

ATCA in the Military COTS Market

Slide 37 As network centricity has increased and higher bandwidths are required, ATCA has found a niche

Electronic Platform Classifications Using ATCA

Slide 38 Most ATCA platforms are deployed in military communications applications

Mezzanine Card Market

Slide 40 Double digit growth on the back of new technology and new standards

Mezzanine Card Architecture Market Projections

Slide 41 The growth is concentrated in a few key architectures – XMC & AMC

Mezzanine Card Supplier Market Shares

Slide 42 GE Fanuc is the leader by dollar volume share, followed closely by Curtiss-Wright Controls

PMC Market Projections

Slide 43 The tried and true COTS mezzanine standard will still have a place alongside XMCs

XMC Market Projections

Slide 44 The next generation of the PMC will build on its predecessor's success in the COTS market

AMC Market Projections

Slide 45 Strong growth spurred by adoption on ATCA boards in communications-centric applications

PC/104 Family Market Projections

Slide 47 The market will receive an infusion after 2009 as PCI Express enabled architectures gain traction

PC/104 Architecture Market Projections

Slide 48 PC/104-Plus is the industry standard; PCI Express enabled architectures will grow in next generation apps

PC/104 Supplier Market Shares

Slide 49 Diamond Systems is the market leader followed by ADLink’s Ampro division

Summary Observations & Recommendations

Slide 51 SWaP reduction is a must – suppliers must find a way to provide it
Slide 52 Navigate the realignment of spending priorities at DoD
Slide 53 Target the major increase in network-centricity of military/aerospace platforms and equipment
Slide 54 If you sell passive backplane slot board computers you better be supporting VPX

LIST OF EXHIBITS

COTS Boards

Exhibit I-1 Total Global Market, Merchant COTS Boards, 2008-2013
Exhibit I-2 Global Merchant COTS Boards Market, Normalized Growth Curve, 2008-2013
Exhibit I-3 North American Market, COTS Boards, 2008-2013
Exhibit I-4 North American COTS Boards Market, Normalized Growth Curve, 2008-2013
Exhibit I-5 North American COTS Boards segmented by End User Service, 2008 & 2011
Exhibit I-6 North American COTS Boards segmented by Electronics Platform Classification, 2008 & 2011
Exhibit I-7 North American COTS Boards segmented by Electronics Mission Classification, 2008 & 2011
Exhibit I-8 North American COTS Military Communications Board Shipments segmented by Application, 2008 & 2011
Exhibit I-9 North American COTS Boards, Number of Years Offered
Exhibit I-10 North American COTS Boards, Notice of EOL (months)
Exhibit I-11 North American COTS Boards, Support after Discontinuation (years)
Exhibit I-12 North American COTS Boards segmented by Architecture / Form Factor, 2008-2013
Exhibit I-13 North American COTS Boards by Architecture / Form Factor, Normalized Growth Curves, 2008-2013
Exhibit I-14 North American COTS Boards by Architecture / Form Factor, 2008-2013 CAGRs
Exhibit I-15 North American COTS Boards segmented by Architecture / Form Factor, 2008 & 2011
Exhibit I-16 North American COTS Boards segmented by Channel of Distribution, 2008 & 2011
Exhibit I-17 North American COTS Boards segmented by Customer Class, 2008 & 2011
Exhibit I-18 Leading Vendors, North American COTS Boards, 2008

VME Boards

Exhibit II-1 North American Market, COTS VME Boards, 2008-2013
Exhibit II-2 North American COTS VME Board Market, Normalized Growth Curve, 2008-2013
Exhibit II-3 North American COTS VME Boards segmented by End User Service, 2008 & 2011
Exhibit II-4 North American COTS VME Boards segmented by Electronics Platform Classification, 2008 & 2011
Exhibit II-5 North American COTS VME Boards segmented by Electronics Mission Classification, 2008 & 2011
Exhibit II-6 North American COTS VME Military Communications Board Shipments segmented by Application, 2008 & 2011
Exhibit II-7 North American COTS VME Board Shipments segmented by VME Architecture, 2008 & 2011
Exhibit II-8 North American COTS VME Board Shipments segmented by Degree of Customization, 2008 & 2011
Exhibit II-9 North American COTS VME Board Shipments segmented by Board Size
Exhibit II-10 North American COTS VME Board Shipments segmented by Cooling Type, 2008 & 2011
Exhibit II-11 North American Convection Cooled COTS VME Board Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit II-12 North American Conduction Cooled COTS VME Board Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit II-13 North American COTS VME Board Shipments segmented by Functional Class, 2008 & 2011
Exhibit II-14 North American COTS VME SBC Shipments segmented by CPU Type, 2008 & 2011
Exhibit II-15 North American COTS VME SBC Board Shipments segmented by Number of CPU Cores, 2008 & 2011
Exhibit II-16 North American COTS VME SBC Board Shipments segmented by Number of Discrete Processors, 2008 & 2011
Exhibit II-17 North American COTS VME SBC Board Shipments segmented by Operating System Use, 2008 & 2011
Exhibit II-18 North American COTS VME SBC Board Shipments segmented by Mezzanine Site Configuration, 2008 & 2011
Exhibit II-19 North American COTS VME SBC Board Shipments with XMC Sites, Card-to-Carrier Protocol, 2008 & 2011
Exhibit II-20 North American COTS VME DSP Board Shipments segmented by DSP Processor Type, 2008 & 2011
Exhibit II-21 North American COTS VXS & VPX Board Shipments segmented by Backplane Switch Fabric, 2008 & 2013
Exhibit II-22 Leading Vendors, North American COTS VME Boards, 2008

Compact PCI Boards

Exhibit III-1 North American Market, COTS CompactPCI Boards, 2008-2013
Exhibit III-2 North American COTS CompactPCI Board Market, Normalized Growth Curve, 2008-2013
Exhibit III-3 North American COTS CompactPCI Boards segmented by End User Service, 2008 & 2011
Exhibit III-4 North American COTS CompactPCI Boards segmented by Electronics Platform Classification, 2008 & 2011
Exhibit III-5 North American COTS CompactPCI Boards segmented by Electronics Mission Classification, 2008 & 2011
Exhibit III-6 North American COTS CompactPCI Military Communications Board Shipments segmented by Application, 2008 & 2011
Exhibit III-7 North American COTS CompactPCI Board Shipments segmented by CompactPCI Architecture, 2008 & 2011
Exhibit III-8 North American COTS CompactPCI Board Shipments segmented by Degree of Customization, 2008 & 2011
Exhibit III-9 North American COTS CompactPCI Board Shipments segmented by Board Size
Exhibit III-10 North American COTS CompactPCI Board Shipments segmented by Cooling Type, 2008 & 2011
Exhibit III-11 North American Convection Cooled COTS CompactPCI Board Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit III-12 North American Conduction Cooled COTS CompactPCI Board Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit III-13 North American COTS CompactPCI Board Shipments segmented by Functional Class, 2008 & 2011
Exhibit III-14 North American COTS CompactPCI SBC Shipments segmented by CPU Type, 2008 & 2011
Exhibit III-15 North American COTS CompactPCI SBC Board Shipments segmented by Number of CPU Cores, 2008 & 2011
Exhibit III-16 North American COTS CompactPCI SBC Board Shipments segmented by Number of Discrete Processors, 2008 & 2011
Exhibit III-17 North American COTS CompactPCI SBC Board Shipments segmented by Operating System Use, 2008 & 2011
Exhibit III-18 North American COTS CompactPCI SBC Board Shipments segmented by Mezzanine Site Configuration, 2008 & 2011
Exhibit III-19 North American COTS CompactPCI SBC Board Shipments with XMC Sites, Card-to-Carrier Protocol, 2008 & 2011
Exhibit III-20 North American COTS CompactPCI DSP Board Shipments segmented by DSP Processor Type, 2008 & 2011
Exhibit III-21 Leading Vendors, North American COTS CompactPCI Boards, 2008

ATCA Blades

Exhibit IV-1 North American Market, COTS ATCA Blades, 2008-2013
Exhibit IV-2 North American COTS ATCA Blade Market, Normalized Growth Curve, 2008-2013
Exhibit IV-3 North American COTS ATCA Blades segmented by End User Service, 2008 & 2011
Exhibit IV-4 North American COTS ATCA Blades segmented by Electronics Platform Classification, 2008 & 2011
Exhibit IV-5 North American COTS ATCA Blades segmented by Electronics Mission Classification, 2008 & 2011
Exhibit IV-6 North American COTS ATCA Military Communications Blade Shipments segmented by Application, 2008 & 2011
Exhibit IV-7 North American COTS CompactPCI Board Shipments segmented by Degree of Customization, 2008 & 2011
Exhibit IV-8 North American COTS ATCA Blade Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit IV-9 North American COTS ATCA Blade Shipments segmented by Functional Class, 2008 & 2011
Exhibit IV-10 North American COTS ATCA CPU Blade (integrated and discrete) Shipments segmented by CPU Type, 2008 & 2011
Exhibit IV-11 North American COTS ATCA CPU Blade (integrated and discrete) Shipments segmented by Number of CPU Cores, 2008 & 2011
Exhibit IV-12 North American COTS ATCA CPU (integrated and discrete) Blade Shipments segmented by Number of Discrete Processors, 2008 & 2011
Exhibit IV-13 North American COTS ATCA CPU (integrated and discrete) Blade Shipments segmented by Operating System Use, 2008 & 2011
Exhibit IV-14 North American COTS ATCA CPU (integrated and discrete) Blade Shipments segmented by Mezzanine Site Configuration, 2008 & 2011

Mezzanine Cards

Exhibit V-1 North American Market, Mezzanine Cards, 2008-2013
Exhibit V-2 North American COTS Mezzanine Card Market, Normalized Growth Curve, 2008-2013
Exhibit V-3 North American COTS Mezzanine Cards segmented by Mezzanine Architecture, 2008-2013
Exhibit V-4 North American COTS Mezzanine Cards by Mezzanine Architecture, Normalized Growth Curves, 2008-2013
Exhibit V-5 North American COTS Mezzanine Cards by Mezzanine Architecture, 2008-2013 CAGRs
Exhibit V-6 North American COTS Mezzanine Cards segmented by Architecture / Form Factor, 2008 & 2011
Exhibit V-7 Leading Vendors, North American COTS Mezzanine Cards, 2008

PMC Cards

Exhibit VI-1 North American Market, COTS PMC Cards, 2008-2013
Exhibit VI-2 North American COTS PMC Card Market, Normalized Growth Curve, 2008-2013
Exhibit VI-3 North American COTS PMC Cards segmented by End User Service, 2008 & 2011
Exhibit VI-4 North American COTS PMC Cards segmented by Electronics Platform Classification, 2008 & 2011
Exhibit VI-5 North American COTS PMC Cards segmented by Electronics Mission Classification, 2008 & 2011
Exhibit VI-6 North American COTS PMC Card Shipments segmented by Degree of Customization, 2008 & 2011
Exhibit VI-7 North American COTS PMC Card Shipments segmented by Cooling Type, 2008 & 2011
Exhibit VI-8 North American Convection Cooled COTS PMC Card Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit VI-9 North American Conduction Cooled COTS PMC Card Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit VI-10 North American COTS PMC Card Shipments segmented by Functional Class, 2008 & 2011
Exhibit VI-11 North American COTS PMC CPU Card Shipments segmented by CPU Type, 2008 & 2011
Exhibit VI-12 North American COTS PMC CPU Card Shipments segmented by Number of CPU Cores, 2008 & 2011
Exhibit VI-13 North American COTS PMC CPU Card Shipments segmented by Number of Discrete Processors, 2008 & 2011
Exhibit VI-14 North American COTS PMC CPU Card Shipments segmented by Host Operating System Use, 2008 & 2011
Exhibit VI-15 North American COTS PMC DSP Card Shipments segmented by DSP Processor Type, 2008 & 2011

XMC Cards

Exhibit VII-1 North American Market, COTS XMC Cards, 2008-2013
Exhibit VII-2 North American COTS XMC Card Market, Normalized Growth Curve, 2008-2013
Exhibit VII-3 North American COTS XMC Cards segmented by End User Service, 2008 & 2011
Exhibit VII-4 North American COTS XMC Cards segmented by Electronics Platform Classification, 2008 & 2011
Exhibit VII-5 North American COTS XMC Cards segmented by Electronics Mission Classification, 2008 & 2011
Exhibit VII-6 North American COTS XMC Card Shipments segmented by Degree of Customization, 2008 & 2011
Exhibit VII-7 North American COTS XMC Card Shipments segmented by Cooling Type, 2008 & 2011
Exhibit VII-8 North American Convection Cooled COTS XMC Card Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit VII-9 North American Conduction Cooled COTS XMC Card Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit VII-10 North American COTS XMC Card Shipments segmented by Functional Class, 2008 & 2011
Exhibit VII-11 North American COTS XMC CPU Card Shipments segmented by CPU Type, 2008 & 2011
Exhibit VII-12 North American COTS XMC CPU Card Shipments segmented by Number of CPU Cores, 2008 & 2011
Exhibit VII-13 North American COTS XMC CPU Card Shipments segmented by Number of Discrete Processors, 2008 & 2011
Exhibit VII-14 North American COTS XMC CPU Card Shipments segmented by Host Operating System Use, 2008 & 2011
Exhibit VII-15 North American COTS XMC DSP Card Shipments segmented by DSP Processor Type, 2008 & 2011
Exhibit VII-16 North American COTS XMC Card Shipments segmented by Switch Fabric Protocol Layer, 2008 & 2011

AMC Cards

Exhibit VIII-1 North American Market, COTS AMC Cards, 2008-2013
Exhibit VIII-2 North American COTS AMC Card Market, Normalized Growth Curve, 2008-2013
Exhibit VIII-3 North American COTS AMC Cards segmented by End User Service, 2008 & 2011
Exhibit VIII-4 North American COTS AMC Cards segmented by Electronics Platform Classification, 2008 & 2011
Exhibit VIII-5 North American COTS AMC Cards segmented by Electronics Mission Classification, 2008 & 2011
Exhibit VIII-6 North American COTS AMC Card Shipments segmented by Degree of Customization, 2008 & 2011
Exhibit VIII-7 North American COTS AMC Card Shipments segmented by Ruggedization Class, 2008 & 2011
Exhibit VIII-8 North American COTS AMC Card Shipments segmented by Functional Class, 2008 & 2011
Exhibit VIII-9 North American COTS AMC CPU Card Shipments segmented by CPU Type, 2008 & 2011
Exhibit VIII-10 North American COTS AMC CPU Card Shipments segmented by Number of CPU Cores, 2008 & 2011
Exhibit VIII-11 North American COTS AMC CPU Card Shipments segmented by Number of Discrete Processors, 2008 & 2011
Exhibit VIII-12 North American COTS AMC CPU Card Shipments segmented by Host Operating System Use, 2008 & 2011
Exhibit VIII-13 North American COTS AMC Card Shipments segmented by Host System, 2008 & 2011

PC-104 Family Modules

Exhibit IX-1 North American Market, COTS PC/104 Family Modules, 2008-2013
Exhibit IX-2 North American COTS PC/104 Family Module Market, Normalized Growth Curve, 2008-2013
Exhibit IX-3 North American COTS PC/104 Family Modules segmented by End User Service, 2008 & 2011
Exhibit IX-4 North American COTS PC/104 Family Modules segmented by Electronics Platform Classification, 2008 & 2011
Exhibit IX-5 North American COTS PC/104 Family Modules segmented by Electronics Mission Classification, 2008 & 2011
Exhibit IX-6 North American COTS PC/104 Family Military Communications Module Shipments segmented by Application, 2008 & 2011
Exhibit IX-7 North American COTS PC/104 Family Modules segmented by PC/104 Architecture, 2008-2013
Exhibit IX-8 North American COTS PC/104 Family Modules by PC/104 Architecture, Normalized Growth Curves, 2008-2013*
Exhibit IX-9 North American COTS PC/104 Family Modules by PC/104 Architecture, 2008-2013 CAGRs
Exhibit IX-10 North American COTS PC/104 Family Modules segmented by PC/104 Architecture, 2008 & 2011
Exhibit IX-11 North American COTS PC/104 Module Shipments segmented by Functional Class, 2008 & 2011
Exhibit IX-12 Leading Vendors, North American COTS PC/104 Family Modules, 2008

Vendor Profiles

Aitech
Ampro
Curtiss-Wright Controls Embedded Computing
Diamond Systems
DRS SS
Emerson Network Power
Extreme Engineering
GD Canada
GE Intelligent Platforms
General Micro Systems
Kontron
Mercury Computer Systems
Parvus
Themis Computer