This report is a detailed and comprehensive analysis of the world market for MEMS oscillators. Both quantitative and qualitative analyses are presented by product type. As the market for MEMS oscillators grows, this report explores demand trends and competition, as well as details the characteristics of MEMS oscillators that contribute to its increasing demand across many markets. A detailed Market Overview provides valuable information on product types, as well as recent advancements in frequency control technology trends and competitive analogs.
The core database dates back to 1994, and the publisher's history of covering this market has seen technological surges and disruptions, major globalization changes, and drastic changes in supply-side economics. The report builds on that extensive knowledgebase and compiles the best available data on the frequency control and timing industry.
This report is a detailed and comprehensive analysis of the world market for MEMS oscillators. Both quantitative and qualitative analyses are presented by product type. As the market for MEMS oscillators grows, this report explores demand trends and competition, as well as details the characteristics of MEMS oscillators that contribute to its increasing demand across many markets. A detailed Market Overview provides valuable information on product types, as well as recent advancements in frequency control technology trends and competitive analogs.
Our core database dates back to 1994, and our history of covering this market has seen technological surges and disruptions, major globalization changes, and drastic changes in supply-side economics. The report builds on that extensive knowledgebase and compiles the best available data on the frequency control and timing industry.
Summary of Report Contents
Each section is broken down according to market criteria. The report contains detailed market data including market by value (US$Millions), volume (UnitsMillions) and average selling price (US$/Unit). Specific quantitative analysis tables include product markets by region, application, end-user industry, and competitive supplier sales/market share. Data and analysis include: size of total market opportunity; market forecasts in regional and end-use markets; competition by product type.
Research Objectives
The primary objectives in this analysis are:
- To provide clients with the tools they need to accurately assess their market opportunities and potential;
- To determine the size of the total market opportunity by frequency control component product types, end-user industry, application, packaging, and connector;
- To forecast future growth in each product by geographic and end-use market; and
- To assess the competitive environment within the market including supplier sales, market share, and producer profiles.
Scope of Coverage
Each section contains quantitative market data including market by value (US$Millions), volume (UnitsMillions) and average selling price (US$/Unit) by country, supplier sales & market share, applications & end-user, packaging type and connector. Data is given for the years 2019-2025 by year with 2019 as the base year, 2020 as the estimate year, and 2025 as the forecast year.
Product Types and Subtypes Covered
- MEMS Oscillators
Packaging Covered
- Ceramic
- Metal
- Plastic
- Specialty (e.g., glass and other)
Connectors Covered
- Leaded
- SMD
- DIP/SIP
Precision Covered
- Non-Precision
- Low Precision
- Semi-Precision
- Precision
- High Precision
- Very High Precision
Frequencies Covered
- <.999KHZ
- 100KHZ to .999MHZ
- 1MHZ to 33.999MHZ
- 34MHZ to 99.999MHZ
- 100MHZ to 199.999MHZ
- 200MHZ to .999GHZ
- 1GHz to 2.999Ghz
- >3GHz
Markets Covered
- Merchant
- Captive
Distribution Channels Covered
- Direct
- Distributor
- International
- Regional
- Local
- Private Labeling/EMS
- Integrators
- Online
Geographic Scope
- Argentina
- Australia
- Brazil
- Canada
- China
- France
- Germany
- Hong Kong
- India
- Ireland
- Israel
- Italy
- Japan
- Korea (South)
- Mexico
- Netherlands
- Russia
- South Africa
- Spain
- Switzerland
- Taiwan
- United Kingdom
- United States
- Other Americas
- Other Asia/Pacific
- Other Europe
- Other Mid East
- Rest of World
End-User Industries & Applications
Internet of Things (IoT)
Applications connected by the Internet of Things (IoT) stand to dominate the timing industry. Within the forecast period, most electronic devices will be connected to the IoT, and frequency control components become critical. This report breaks out individual devices and sub-systems by market category, and each category also incorporates a line item for the IoT.
Consumer Devices
- Video Games
- Set Top Boxes
- DSLRs
- Digital TVs
- LCDs/Displays
- DVD/Blu-Ray Players
- Audio/Visual Equipment
- Appliances
- Toys
- Internet of Things Devices
- Other
Mobile Infrastructure
- BTSs
- Antennas
- Amplifiers
- 4G Hotspots
- Internet of Things Devices
- Other
Mobile Devices
- Smart Phones
- Wearables
- Tablets
- Audio (MP3 players, etc.)
- Internet of Things Devices
- Other
Wired Communications
- Fiber Channels
- Switching
- Data Transfer Devices
- Modems
- LAN Nodes
- Protection
- Internet of Things Devices
- Other
Computers/Peripherals
- Desktop
- Laptop
- Keyboards
- Mice
- Modems
- Video Cards
- Printers
- Internal Hard Drives
- External Hard Drives
- Internet of Things Devices
- Other
Industrial
- Machine Control
- Inspection
- Internet of Things Devices
- Other
Military/Defense
- Guidance/Telemetry
- Electronic Warfare
- Communications
- Internet of Things Devices
- Other
Aerospace
- Communications
- Guidance
- Sensing
- Control
- Entertainment
- Internet of Things Devices
- Other
Automotive
- Dashboard
- Ignition
- Timing
- Entertainment
- Communications
- Internet of Things Devices
- Other
Sensing
- Security
- Entertainment
- RFID
- Internet of Things Devices
- Other
SATCOM
- Communications
- Optics/Video
- Navigation
- Mobile GPS Devices
- Internet of Things Devices
- Other
Research/Medical
- Diagnostic Equipment
- Observation Equipment
- Other Scientific
- Internet of Things Devices
- Other
Instrumentation & Timing
- Telecom Test Equipment
- Internet of Things Devices
- Other
Table of Contents
Section One: Technology Overview
Introduction
- Piezoelectric Effect
- Discovery & History
- Technological Definitions
- Aging, Frequency, Fundamental Mode, Jitter, Noise, Stability, Tolerance & more...
- Frequency Control Technologies
- Quartz-based
- Other Piezoelectric Materials
- Digitally-based
- Silicon-based
- Ceramic-based
- Other Technologies
- Outputs
- Compensation Techniques
- Packaging
Technological Advances
- Silicon-based (MEMS) vs. Piezoelectric Devices
- Stability and Precision Advances in MEMS Resonators
- Ultra-stable Quartz Crystal Resonators
- New Methods in Increasing Stability
- High-Frequency SAW and BAW Devices
- Digital Pulse Compression Technology
Frequency Control Products Defined
- Quartz Crystal Resonator
- Tuning Fork Crystal
- KHz Range, MHz Range
- XO (Uncompensated Crystal Oscillator)
- TCXO (Temperature Compensated Crystal Oscillator)
- VCXO (Voltage-Controlled Crystal Oscillator)
- OCXO (Oven-Controlled Crystal Oscillator)
- Hybrid Devices (TCVCXO, VCTCXO, Digitally Compensated)
- MEMS-based Oscillators
- SAW & BAW Devices
- RbXO (Rubidium Clock Oscillator) & Atomic Clocks
- Ceramic Resonator
Precision
- Non-Precision
- Low Precision
- Semi-Precision
- Precision
- High Precision
- Very High Precision
Connector
- Surface-Mount Devices (SMD)
- Through-hole
- DIP/SIP
Packaging
- Metal
- Ceramic
- Plastic
- Specialty Packaging
- Packaging Issues
Output Type
- Transistor-Transistor Logic (TTL)
- Emitter-Coupled Logic (EML)
- Complimentary Metal Oxide Semiconductor (CMOS)
- Sinewave
- Other
Technological Differences
- Competing Technologies
- Quartz-based Limitations
- Surface Acoustic Wave (SAW) vs. Bulk Acoustic Wave (BAW)
- MEMS Advances
Frequency Control and Timing Devices Manufacturing Processes
- Improvements in Manufacturing Impact Performance and Stability
- Raw Materials
- Synthetic Quartz Production
- Other Materials for Frequency Control
- Crystal Cuts
- Single-Rotated AT-cut/Double-Rotated SC-cut
- Crystal Sealing Methods
- MEMS-Based Oscillator Manufacturing
Section Two: Market Overview
General Market Trends
Total Market Value
- World Market for Frequency Control Components by Product Type ($MM, UnitsMM, ASP)
- World Market for Frequency Control Components by Country ($MM, UnitsMM, ASP)
- Percentage Totals
- Average Annual Growth Rate (CAGR) 2019-2025
- Pricing Trends by Product Type
Factors Affecting Demand
- Organic Growth within Existing Markets
- New Application Areas
- Niche Markets
- Product Sophistication & Technological Innovation
Merchant vs. Captive Production & Consumption Analysis
- World Market for Frequency Control Components by Merchant vs. Captive Production
- Major Captive Producers
- End-User Markets for Captive Production
Distribution Channel Analysis
- World Market for SAW Resonators/Oscillators by Distribution Channel ($MM, UnitsMM, ASP)
- Pricing Trends and Discounting
- Private Labeling & EMS Supply Channels
- Distributor Margins
End-User Market Demand
- World Market for Frequency Control Components by End-User & Application ($MM, UnitsMM, ASP)
- What are End-User Looking for: End-User Criteria for Product Selection
- High-Growth Markets
- Internet of Things (IoT)
- Defining the IoT Market
- Impact on Frequency Control & Timing Devices
- Products Applied
- New Applications in Connectivity
Competitive Environment
- Historical Structure of the Industry
- What has changed over the last 20 years?
- Barriers of Market Entry
- Capital Investment
- Supply Chain
- Customer Loyalty
- Global Trade
- Factors of Competition
- Performance versus Price
- Manufacturing Processes
Producer Sales & Market Share
- Total Producer Sales and Market Shares ($MM): 2019-2020
- Percentage Share
- Average Growth Rate by Producer 2019-2020
- Company Strategies
- Competitive Strengths & Weaknesses
- Pricing Trends and Marketing Strategies
Future Outlook
- Technological Factors
- Precision versus Performance
- Higher Frequency Applications
- Disruptive Technologies
Shifting International Environment
- Policy Changes Globally
- United States, North & Latin America
- NAFTA Impacts
- Trans Pacific Partnership (TPP)
- Shifting Manufacturing Landscape in Mexico & Latin America
- European Union
- Asia/Pacific
- Chinese Response to Shifting Trade
- Changing Southeast Asia Manufacturing Landscape
- Rest of World
- Leapfrogs in African Infrastructure
- Wireless & Telecom
- Renewable Energy
- Military & Defense in the Middle East
Section Three: MEMS Oscillators
Introduction
Major World Market Trends
Total Market Value
- World Market for MEMS Oscillators: 2019-2025
- World Market Value for MEMS Oscillators by Country ($MM)
- Percentage Totals by Country
- Demand for MEMS Oscillators by Volume & Country (UnitsMM)
- Pricing Trends & Analysis by Country
- Market for MEMS Oscillators by Average Selling Price ($/Unit)
- Average Annual Growth 2019-2025
Distribution Channel Analysis
- World Market for MEMS Oscillators by Distribution Channel ($MM, UnitsMM, ASP)
- Pricing Trends and Discounting
- Distributor Margins
Market for MEMS Oscillators by Frequency
- World Value by Frequency ($MM)
- Percentage Totals
- World Volume by Frequency (UnitsMM)
- Pricing Trends
- World Market by Average Selling Price ($/Unit)
- Average Annual Growth 2019-2025
Market for MEMS Oscillators by Connector Type
- World Value by Connector Type ($MM)
- Percentage Totals
- World Volume by Connector Type (UnitsMM)
- Pricing Trends
- World Market by Average Selling Price ($/Unit)
- Average Annual Growth 2019-2025
Market for MEMS Oscillators by Packaging Type
- World Value by Packaging Type ($MM)
- Percentage Totals
- World Volume by Packaging Type (UnitsMM)
- Pricing Trends
- World Market by Average Selling Price ($/Unit)
- Average Annual Growth 2019-2025
Market for MEMS Oscillators by Precision
- World Value by Precision ($MM)
- Percentage Totals
- World Volume by Precision (UnitsMM)
- Pricing Trends
- World Market by Average Selling Price ($/Unit)
- Average Annual Growth 2019-2025
Market for MEMS Oscillators by End-User Industry & Application
- Market Value by Application ($MM)
- Percentage Totals
- Average Annual Growth Rate 2019-2025
- Market Trends by Application
- Forecast by Application: 2019-2025
Competitive Environment
- Producer Sales and Market Shares for MEMS Oscillators ($MM, Units MM, ASP): 2019-2020
- Cumulative Average Growth Rate 2019-2020
- Average Growth Rate by Producer 2019-2020
- Pricing Trends and Marketing Strategies
Future Outlook
- High-Growth Markets
- Technological Innovations
Companies Mentioned (Partial List)
A selection of companies mentioned in this report includes, but is not limited to:
- Abracon
- Abundance Enterprise Co. (AEC)
- AccuBeat
- Advanced Crystal Technology
- AEL Crystals
- Aker Technology
- Amplitronix
- Anderson Electronics
- Andhra Electronics
- Argo Technology
- Avago
- AVX/Kyocera
- Baknor Electronic Industries
- Bliley Technologies
- Bomar Crystals
- Bubang Techron
- Cal Crystals Lab
- Caliber Electronics
- Cardinal Components
- CEIEC
- CETC Deqing Huaying Electronics
- Champion Technologies (Mtron PTI)
- Chequers Electronic
- China Nat'l Scientific Inst ∓ Materials
- ChungHo Elcom
- Citizen Finetech Miyota
- Connor-Winfield
- Crescent Frequency Products
- Croven Crystals Wenzel International
- Crystek
- CTS Electronic Comp/CTS Valpey/Fordahl
- Cymatics
- Discera/Microchips
- Ecliptek
- ECM Electronics
- ECS International
- eoSemi
- EPCOS AG
- Epson
- Euroquartz
- Exodus Dynamics
- Filtronetics
- FOQ Piezo Technik
- Fox Electronics
- Frequency Electronics
- Fronter Electronics
- GEMMA Quartz
- Geyer Electronic
- Golledge Electronics
- GreenRay Industries
- Harmony Electronics
- Hong Kong X'tals
- Hooray Electronics
- Hope Microelectronics
- Hosonic Electronics
- Huilong Electronic (Jinhua)
- Hy-Q International Pty
- ILSI America
- Inficon EDC
- InnoChips Technology
- Intergrated Device Technology (IDT)
- International Crystal Manufacturing
- Interquip Electronics
- IQD Frequency Products
- ISOTEMP Research
- ITTI
- Jauch Quartz
- KDS Daishinku
- KVG Quartz Crystal Technology
- KYOCERA Crystal Device
- Kyocera Kinseki
- Kyushu Dentsu (KDK)
- LapTech Precision
- Lihom-Cuchen
- Magic Crystal
- Maxim Integrated Products
- Megachips
- Mercury Electronics Ind
- Micro Crystal
- Microsaw
- Morion
- MTI-Milliren Technologies
- MtronPTI
- Murata Manufacturing/Tokyo Denpa
- Nakagawa Electronics (NKG)
- NEL Frequency Control
- New Japan Radio Company
- Nihon Dempa Kogyo (NDK)
- Nova Technology
- NXP Semicondutors NV
- One Light Electronics
- OnSpec Oscillators
- Oscilent
- Oscilloquartz SA (Swatch)
- Pericom Semiconductors
- Phonon
- Pletronics
- Precision Devices
- Q-Crystal
- Q-Tech
- Qorvo
- Quartz Pro AB
- QuartzlocK
- QVS Tech
- Rakon/CMAC/Temex
- Raltron Electronics
- RF Monolithics
- River Eletec
- Saint-Gobain Quartz PLC
- Samsung Electro-Mechanics (SEM)
- Sand9/Analog Devices
- Seiko Epson
- Shenzhen Crystal Technology
- Shenzhen Khanate Electronics
- Shenzhen TKD Crystal Industrial
- Shoulder Electronics
- Silicon Laboratories
- SiTime
- Siward Cyrstal Technology
- Solectron/Centum
- Spectratime SA
- SPK Electronics
- Stanford Research Systems
- Statek
- Sunny Electronics
- Swatch Group Ltd.
- Symmetricom (Microsemi)
- Tai-Saw Technology
- Taitien Electronics
- Tellurian Technology
- Texas Instruments
- Thales Microelectronics SA
- Tokyo Denpa
- Tongfang Guoxin Electronics
- Total Frequency Control (TFC)
- Transko Electronics
- TXC
- Vectron International
- Vishay Intertechnology
- Vremya-CH
- Wenzel Associate
- Wuhan TGS Crystals
- Yoketan
- Z-Communications
- ZheJiang East Crystal Electronic
Methodology
Research Methodology
All current market and competitive intelligence techniques are employed in order to ensure comprehensive research and analysis. The research methodology outlined here applies generally to all database services, published and custom research. Of course, it is regularly modified to suit a project and the client’s greater objectives.
Identification of Report & Client Objectives
Typically, a face-to-face interview with individual clients or based on industry need, this stage is intended to coordinate and develop specific goals, what the objectives are and how best to activate the anticipated research.
Research Program Development
This includes the outlining of a research program employing a multi-pronged approach, including data collection and analysis. Also, established in this phase are time-frame of report completion & delivery and matters of budget.
Preparatory Research & Program Planning
Upon initiation of any data program, an exhaustive search is conducted to locate and obtain any background information pertinent to the project.
Secondary Data Collection
Our first step is the collection and analysis of information contained within the existing databases which cover 20 years of global technological and market development. Thus we are well-positioned to examine historical trends as well as future forecasts.
Our next step is the gathering of current information through sources such as subscription-based trade magazines, newspapers, scientific journals, governement manufacturing data, patent databases, end-user industry data such as manufacturing output, and company financial data. Relevant company information includes product literature, financial history, R&D trends and end-use market strategies. We perform both a top-down and a bottom-up approach, meaning we conduct analyses of demand-based factors such as product end-use by value and volume, as well as supply-side factors such as producer sales by product.
Primary Data Collection/Interviews
This step is crucial in having a true understanding of market factors. It involves the performance of person-to-person interviews with important figures that have influence and experience in the subject market. Interview candidates typically include senior executives, marketing executives, product managers, technical operators, as well as financial personnel and policy makers active in the market.
Further, a large roster of knowledgeable contacts across many sectors has been built up. We have fostered relationships through our proprietary approach which is based on integrity, mutual respect, and confidentiality. As mentioned, this step is the foundation of good research.
Quantitative and Qualitative Analysis
Upon completion of the previous research stages, the data and information will be tabulated and analyzed according to standard market intelligence principles and methods such as Porter's Five Forces, SWOT, weighted averaging, competitive analysis, modeling practices, and forecasting.
Each step of analysis is carefully done in order to achieve the most accurate results. Sometimes it becomes necessary to revise assumptions and conclusions. In that case, we do not hesitate to go back to the research stage to clarify results. Further, we always allow for these contingencies in our program planning so as to not waste valuable time.
Data Presentation
Data presentation includes tabular and graphical representations. Any accompanying analysis is clearly written in both narrative and bullet form for ease of understanding and clarity. Final delivery is normally through digital means, such as Excel tables and PDF files, but can be done in hard copy upon request.
In the case of the online data subscription service, data is presented in tabular form, easily searchable and customizable using boolean search functions. Clients also have the ability to generate custom charts and graphs based on their search criteria and output them in convenient formats.
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