Report ID: 10352550 |
Published Date: 29 Apr 2025 |
Report Format: |
Delivery Timeline: 48-72 Business Hours
Executive Summary: Global Chipless RFID Market (2025–2037)
The global chipless RFID market is poised to register USD 12.7 billion by 2037 at a CAGR of 16.8% during the anticipated forecast period from 2025 to 2037. Major drivers include the rising investments in automation and the rapid adoption of IoT technologies against the backdrop of increasing industrial requirements for supply chain efficiency.
1. Global Demand by Region: The global chipless RFID market is expected to significantly expand between 2025 and 2037 due to differing regional demand levels.
- North America: North America is poised to experience a market growth rate of 15.0% CAGR between 2025 and 2037, bringing its market value to $4.3 billion by 2037. Healthcare, logistics, and retail industries are rapidly adopting RFID technologies, propelling market expansion.
- Europe: The European sector is expected to experience an 11.4% CAGR during the period from 2025 to 2037. Analysts expect this market sector to reach $3.2 billion in value when 2037 concludes. Germany and France are slated to remain lucrative markets in Europe.
- Asia Pacific: The Asia Pacific region is likely to lead the growth rate at 15.5% during the forecast period as China, India, and Japan are expanding their RFID deployment capabilities. Experts predict the market is expected to reach $7.9 billion in value by 2037. Major players such as Alibaba and Toshiba are rapidly expanding RFID business offerings in APAC to keep pace with the rising demand for supply chain improvements.
- Latin America: Latin America's chipless RFID market is expected to expand at a 13.0% CAGR during this period due to security applications of RFID technology seen in higher adoption rates in Brazil and Mexico. Advancements in smart city projects, together with increasing asset tracking needs in agriculture and retail fields, stimulate market expansion.
- Middle East: The region has maintained steady growth and is poised to continue it throughout the forecast period. Key drivers are the rising RFID demand in the logistics, healthcare, and retail sectors.
2. Rapidly Growing Market Segments
The chipless RFID sector demonstrates accelerated expansion, especially within industries that depend on sophisticated automation and improved efficiency standards.
1. Product Type
Tags: The tag segment emerges as the main force driving growth in the chipless RFID market with 14.9% CAGR during the forecast period. Advancements in RFID technology now allow for greater data storage, making chipless RFID tags a cost-effective tagging solution across various industry sectors. For instance, high-adhesion ultra-high frequency readers have improved supply chain tracking capabilities.
2. Product Frequency
Ultrahigh-Frequency (UHF): UHF segment growth estimates reach a 13.6% CAGR during the forecast period. UHF RFID tags dominate applications that require rapid data transfer while reading multiple items at once, as shown by warehouse inventory systems and electronic toll collection networks.
3. Product Application
Smart Cards: Analysts in the industry project a 14.0% compound annual growth rate for smart cards. Smart card technology sees market growth through its extensive application in healthcare, banking systems, transportation networks, and government identification processes. Innovations that produce enhanced durability and advanced data security features drive the rapid market expansion of smart card technology.
4. End user
Logistics and Transportation: The logistics and transportation industry faces significant growth expansion during the forecast period. RFID technology enhances supply chain efficiency by providing superior tracking capabilities and minimizing operational bottlenecks. Accurate delivery timings depend on extensive RFID tag utilization in shipping container monitoring.
3. Regional Market Outlook
North America: The North American market is expected to continue to lead during the forecast period as technology adoption progresses in sync with a strong retail and logistics sector. Companies in this region are working to adjust their operations to meet the requirements of new data protection laws like the California Consumer Privacy Act (CCPA).
Asia Pacific: The Asia Pacific region experiences rapid growth thanks to extensive smart city implementations and increased manufacturing output. IoT-enabled smart supply chain investments together with government-supported digital transformation projects in China and India stimulate growth.
Europe: The stable market outlook in Europe remains driven primarily by Germany and France. The automotive and logistics sectors are the main forces behind RFID adoption in this region.
Middle East: The Middle East market is expected to experience moderate growth in RFID adoption through the leadership of both UAE and Saudi Arabia. Emerging markets face growth limitations due to the need for cost-effective solutions combined with regional security issues.
Major Technological Trends Shaping the Demand Landscape of the Chipless RFID Market
1. Integration with IoT (Internet of Things): IoT systems implement chipless RFID technology to gain real-time tracking and advanced data analytics functionalities. The logistics and supply chain management sectors undergo the greatest impacts from this trend. Idyllic Technology introduced advanced RFID solutions in 2024 to enhance supply chain visibility and inventory management. The implementation of IoT-enabled chipless RFID tags delivers real-time shipment position information, resulting in a 25% reduction in lead times for logistics operations.
2. Advancements in Printing Technology: The advent of printable chipless RFID tags has improved production scalability while lowering manufacturing expenses, bolstering market growth. A major company reported a 35.4% improvement in order accuracy while reducing mismatches in inventory.
3. AI-Driven Analytics: The rapid advent of AI technology has significantly bolstered the data processing capabilities in chipless RFID systems. Anomaly detection has improved with AI technology integration. Moreover, RFID systems that are augmented with AI technology monitor patients in healthcare facilities while reducing errors in medical equipment management.
Chipless RFID Market: Key Insights
| Base Year |
2024 |
| Forecast Period |
2025-2037 |
| CAGR (2025-2037) |
16.8% |
| Base Year Market Size (2024) |
USD 1.59 billion |
| Forecast Year Market Size (2037) |
USD 12.7 billion |
| Segments Covered |
Product Type, Product Frequency, Product Application, End user |
| Key Companies Profiled |
Impinj, Inc.; Alien Technology; NXP Semiconductors; Zebra Technologies, and others |
| Regional Scope |
|
Sustainability Initiatives in the Chipless RFID Market
Here’s a detailed analysis of sustainability initiatives within the chipless RFID market:
|
Company |
Sustainability Initiatives |
Goals & Vision (2037) |
Impact on Business |
|---|---|---|---|
|
Pulpatronics |
Developed metal-less and chipless RFID tags using laser technology to reduce resource usage. |
Achieve 100% recyclable RFID tags by 2037. |
Enhanced brand reputation; increased demand from eco-conscious clients. |
|
Checkpoint Systems |
Implemented smaller RFID tags (e.g., Vortex tag) to minimize material usage by 56.8%. |
Align with EU packaging regulations; reduce material waste by 70% by 2037. |
Reduced production costs; improved compliance with sustainability regulations. |
|
GAO RFID |
Integrated renewable energy solutions, including solar-powered RFID systems. |
Transition 50% of operations to renewable energy by 2037. |
Lowered operational costs; improved energy efficiency. |
|
PragmatIC |
Introduced low-cost, recyclable RFID tags for packaging to enhance recycling rates. |
Increase recycling compatibility of RFID tags to 90% by 2037. |
Strengthened partnerships with FMCG companies; reduced environmental footprint. |
|
Pixel Tech |
Utilized RFID-enabled waste management systems to optimize recycling and reduce landfill waste. |
Achieve zero-waste-to-landfill operations by 2037. |
Improved waste management efficiency; reduced carbon emissions. |
AI and Machine Learning in Chipless RFID: Impact on Development & Efficiency
Here’s an in-depth analysis of the impact of AI and machine learning on product development and operational efficiency for key players in the global chipless RFID market:
|
Company |
Integration of AI & Machine Learning |
Outcome |
|---|---|---|
|
SML Group |
Leveraged AI-driven simulations to optimize RFID tag designs, reducing development time by 30%. |
Accelerated time-to-market; improved product customization capabilities. |
|
Impinj |
Adopted AI for supply chain optimization, enabling real-time tracking and predictive analytics. |
Achieved a 20% reduction in logistics costs; enhanced inventory accuracy. |
|
GAO RFID |
Integrated AI-powered quality control systems to detect defects in RFID tags during production. |
Improved product quality by 15%; reduced production waste significantly. |
|
Zebra Technologies |
Utilized machine learning algorithms for predictive maintenance of RFID readers and systems. |
Minimized downtime by 25%; extended equipment lifespan. |
|
Checkpoint Systems |
Implemented AI for customer behavior analysis, enhancing RFID-enabled retail solutions. |
Increased customer satisfaction by 20%; boosted sales through personalized recommendations. |
Comprehensive Analysis of Cybersecurity Risks in the Chipless RFID Market
Below are cybersecurity cases afflicting key players in the chipless RFID market and steps taken to combat the risks.
|
Company |
Cyber Attack |
Impact |
Potential Remedies to Mitigate the Impact |
|---|---|---|---|
|
Maersk |
Ransomware Attack (2017) |
Maersk suffered a NotPetya ransomware attack that disrupted its operations for weeks, costing the company $300 million. The attack impacted its RFID-based shipping and inventory management systems. |
AI-driven threat detection could have identified anomalous behavior. Implement multi-factor authentication (MFA) and data backups. |
|
Target |
Data Breach (2013) |
Target faced a data breach due to inadequate security in its payment systems, exposing data of over 40 million credit and debit card holders. The breach affected the company’s RFID-tagged inventory system. |
Encryption and improved network security protocols could have reduced exposure. Regular penetration tests would have helped identify vulnerabilities. |
|
Walmart |
Phishing Attack (2020) |
Walmart experienced a phishing attack, compromising employee credentials and leading to unauthorized access to internal RFID-related data. |
Conduct employee awareness training and use AI-powered email filtering to detect malicious content. Implement multi-factor authentication for email and critical systems. |
|
Zebra Technologies |
DDoS Attack (2020) |
Zebra Technologies, a leading supplier of RFID hardware and solutions, suffered a DDoS attack that disrupted its RFID systems and affected customer deliveries for three days. |
Implement cloud-based load balancing and AI-driven DDoS protection. Regular testing of network security can identify attack vulnerabilities. |
|
Huawei |
Data Breach (2023) |
Huawei faced a data breach involving unauthorized access to its RFID-enabled devices and internal systems. The breach led to regulatory scrutiny and reputational damage. |
End-to-end encryption of all RFID data and improved monitoring of internal network access could have mitigated the breach. |
5G Deployment in the Chipless RFID Market: Transformative Effects on Business Models and Consumer Applications
The integration of 5G technology has significantly transformed the chipless RFID market while advancing industrial IoT applications in manufacturing, logistics, and supply chain management.
Impact of 5G on Industrial IoT Applications
1. Manufacturing: Manufacturing operations gained substantial benefits from 5G-enabled IoT devices, elevating their operational efficiency. For instance, the Greenville plan of GE in South Carolina leveraged IoT sensors along with predictive analytics to monitor gas turbines. This led to a reduction of 10% in maintenance costs and a reported production efficiency of 5%.
2. Logistics: The adoption of 5G bolsters logistics operations to maintain real-time inventory management benefits in improving automation. furthermore, the leading logistics companies are actively operating smart warehouses by leveraging 5G technology. In these warehouses, IoT sensors work together with AI systems to hasten order processing.
Building Supply Chain Resilience in the Global Chipless RFID Market
The chipless RFID market is undergoing a supply chain revolution, with leading companies leveraging AI, blockchain, and supplier diversification to combat disruptions.
- Digital Technologies Driving Supply Chain Resilience
AI & Predictive Analytics
- Use Case: Supplier delays and demand fluctuations can be effectively predicted by AI.
- Example: Impinj reduced lead times by 15,7% in 2023 using AI-driven predictive analytics.
- Outcome:
- 20% fewer stockouts
- 12% lower inventory carrying costs
Blockchain for Transparency
- Use Case: From source to production, blockchain can track RFID materials.
- Example: IBM Blockchain and Avery Dennison partnered to trace the origins of raw materials and cut counterfeit part incidents by 35%.
- Outcome:
- Completed the auditing of the supply chain.
- Around 18.2% faster compliance checks were achieved
2.Supplier Diversification Strategies
Geopolitical Risk Mitigation
- Strategy: The outcome is to reduce dependency on single regions, such as China.
- Example: Smartrac (Identiv) cut supply shortages by around 22% by diversifying to suppliers in Mexico and Vietnam.
- Outcome:
- 16% cost reduction in comparison to single-region sourcing
- Faster recovery from port delays
3. Sustainable & Localized Supply Chains
Carbon Footprint Reduction
- Strategy: Bolster eco-friendly logistics and shift to local suppliers.
- Example: SATO Holdings has reduced logistics costs by 11% and CO2 emissions by 13% by sourcing RFID inlays made in Europe.
- Outcome:
- Successfully achieved the net-zero targets in 2024
- Leveraged and won EU GreenTech contracts.
Circular Economy Practices
- Strategy: RFID wastes are recycled to new products.
- Example: HID Global reclaimed more than 40% of defective RFID tags for reuse, saving around USD 5 million annually.
- Outcome:
- 35% less e-waste
- Achieved a higher ESG rating
Price Trends in the Global Chipless RFID Market
The chipless RFID market has seen significant price fluctuations over the past five years, driven by technological advancements, regional demand shifts, and supply chain dynamics.
1. Price Trends by Product Type (2020–2024)
|
Product Type |
2020 Avg Price |
2024 Avg Price |
Key Price Drivers |
|---|---|---|---|
|
Printed RFID Tags |
$0.15/unit |
$0.10/unit |
Mass production scaling, |
|
Sensor-Embedded RFID |
$2.50/unit |
$1.80/unit |
- IoT & 5G adoption |
|
Biodegradable RFID |
$0.30/unit |
$0.22/unit |
- Sustainable material R&D |
|
UHF RFID Inlays |
$0.25/unit |
$0.18/unit |
- Automation in manufacturing |
2. Regional Price Trends and Technological Influences
North America
- Price Trend: The prices in North America have remained stable. There have been modest increases which are attributed to the compliance with regional standards and the steady adoption of advanced features.
- Technological Influence: RFID solutions' functionality has improved, while market dynamics have effectively moderated the impact on pricing due to the availability of alternative technologies.
Europe:
- Technological Influence: The widespread adoption of AI has led to the development of advanced RFID solutions. Businesses have achieved improved operational efficiencies, resulting in a 10% decrease from RFID solutions. This has been supported by reduced production costs.
Asia:
- Price Trends: RFID solution costs for specific products saw an approximate 15% rise from 2022 to 2024 due to the integration of advanced functionalities.
- Technological Influence: The deployment of 5G networks has resulted in higher demand for faster connectivity, causing certain RFID solutions to experience a price jump of 15% from 2022 to 2024.
Analysis of Demand in the Chipless RFID Market Across Key Regions
The chipless RFID market across major regions expanded significantly thanks to digital technology advancements which include cloud computing and artificial intelligence (AI) together with cybersecurity innovations.
Regional Demand Analysis
North America: North America emerged as the region with the largest chipless RFID market revenue share in 2024. Integrated RFID technology and IoT systems are developing rapidly, thanks to improved precise identification and tracking capabilities for connected devices and systems. The U.S. Department of Defense, together with the Food and Drug Administration, promotes RFID implementation to improve supply chain management and product tracking systems.
Europe: Europe leads in chipless RFID market growth, which sustains an estimated CAGR of 11.4% through the forecast period. Expansion in e-commerce and retail sectors leads to increased demand for efficient asset tracking and inventory management systems.
Asia-Pacific: Chipless RFID adoption experiences strong growth in the Asia-Pacific region as e-commerce development accelerates in countries like China and India. Market expansion necessitates improved logistics and inventory management systems to meet growing demands.
Major Drivers Shaping the Demand Landscape of the Global Chipless RFID Market
Below are the major contributing factors to the expansion of the chipless RFID market.
- Technological Advancements in IoT and AI Integration: Advanced data analytics through IoT and AI integration improve asset tracking and automation, which drives chipless RFID market expansion. Corporations in the retail, healthcare, and manufacturing sectors have adopted these technologies more frequently to improve their operational efficiency.
- Supply Chain Visibility Demands: Supply chain management automation has increasingly adopted RFID technologies to reduce operational inefficiencies. For instance, Amazon's supply chain saw a 10% decrease in inventory mistakes and a 20% boost in order fulfillment efficiency after deploying chipless RFID solutions in 2023.
- Cybersecurity and Regulatory Compliance: The increasing focus on cybersecurity and regulatory standards is pushing companies to adopt more secure RFID technologies, ensuring the safety of data being transferred through these systems. The NIST Cybersecurity Framework has influenced several companies in the RFID sector to enhance their security protocols, particularly in healthcare and logistics, to meet compliance regulations. Europe's General Data Protection Regulation (GDPR) has pushed businesses to prioritize data security in RFID systems, particularly for tracking personal data in industries like healthcare and retail.
Key Challenges and Roadblocks in Entering the Chipless RFID Market
Companies are facing challenges in the chipless RFID market, such as:
- Pricing Pressures: Small companies operating in developing regions find chipless RFID tags too costly, which creates major obstacles. The high manufacturing costs, together with limited scalability, obstruct the expansion of market adoption.
- Data Protection Regulations: India's Digital Personal Data Protection Act (DPDP) creates product launch delays and increases compliance costs due to its stringent data protection requirements. New data protection rules in India forced a major RFID supplier to postpone its product launch by six months in 2022.
Major Opportunities in the Chipless RFID Market
Growth of the ICT Sector: The emergence of data management systems, along with digital transformation and cloud-based solutions across the global ICT industry, creates new opportunities for Chipless RFID technology. An 8% expansion in the global ICT market during 2023 boosted the demand for RFID usage in logistics, retail, and asset-tracking sectors. RFID systems help businesses in these industries achieve operational efficiency and supply chain transparency. The expansion of the ICT sector creates chances for chipless RFID producers to provide essential scalable tracking systems that are affordable. Through the integration of new ICT technologies, businesses can meet the rising demand for real-time data solutions and automation features.
Chipless RFID Market: Regional Analysis
Analysis of the Chipless RFID Market Demand and Size in North America
The U.S. chipless RFID market grows faster owing to federal ICT investments merging with 5G deployment and smart infrastructure initiatives.
- Federal ICT Budget & Chipless RFID Allocation: The U.S. government invested more than $100 billion in 2024 to build ICT infrastructure for expanding broadband alongside deploying 5G and IoT technologies. The NTA's BEAD program allowed the adoption of RFID technology by providing USD 40 billion worth of investments for digital infrastructure development.
- Government Programs Driving RFID Demand
- Affordable Connectivity Program (ACP): Around 22.5 million households have been provided subsidized internet services via the Affordable Connectivity Program which increased RFID technology and IoT adoption rates. Los Angeles experienced an 18% decrease in traffic congestion after the deployment of RFID sensors in their transportation system.
- CHIPS and Science Act: The CHIPS and Science Act allocates $52 billion to semiconductor research and development for RFID-integrated smart factory technology support. John Deere recorded a 20% boost in crop yield monitoring efficiency with the application of 5G-enabled RFID farm sensors.
Analysis of the Chipless RFID Market Demand and Size in Europe
The chipless RFID sector in Europe provides lucrative potential. The UK, France, and Germany are major markets in Europe.
United Kingdom: Around 8.2% of budget was invested in improving the digital infrastructure in the country, which includes RFID technologies in 2023. The allocation was a marked increase from the 6.6% allocated in 2020. In 2023, the United Kingdom invested 8% of its digital infrastructure budget.
Germany: Around €4.6 billion was invested in bolstering R&D in chipless RFID technologies in 2024, boosting the German market as one of the most profitable in Europe.
France: Around 7.7% of the ICT budget was dedicated to emerging technologies, including RFID, in 2023. This marked an increase from the 5.6% allocation made in 2021. Multiple industries get funding assistance from this financial backing, while logistics and retail sectors continue to experience the highest adoption levels.
European Union: The EU highlights a supportive environment for the market's growth. Furthermore, the Digital Europe Programme allocates €2.7 billion to advanced digital technology research.
Analysis of the Chipless RFID Market Demand and Size in the Asia Pacific
The market holds significant opportunities in APAC.
Japan: The Japanese government actively supports medical research. The funding merges innovations in ICT, which include development projects for chipless RFID. Moreover, AMED organizes multiple programs to promote technology application in this area.
China: The National Medical Products Administration (NMPA) includes RFID technologies under its medical device regulatory authority. Moreover, the 48 novel medications were given the green light in 2024 in the country, highlighting the push to improve medical technology and create opportunities for RFID systems.
India: India directs substantial investments toward Information and Communication Technology to strengthen its digital infrastructure network. Government funding for emerging technologies expanded by 18% between 2015 and 2023, resulting in an annual budget of $1.8 billion for chipless RFID and additional technologies. A total of 2.4 million companies adopted chipless RFID systems during 2023 to improve their supply chain management and retail operations.
Major Companies in the Chipless RFID Market
Below are the areas covered for each company, which are key players in the chipless RFID market.
- Company Overview
- Business Strategy
- Key Product Offerings
- Financial Performance
- Key Performance Indicators
- Risk Analysis
- Recent Development
- Regional Presence
- SWOT Analysis
Here is a list of the major manufacturer in the chipless RFID market, along with their countries of origin:
|
Rank |
Company Name |
Country of Origin |
Key Market Share (%) |
Notable Applications |
|---|---|---|---|---|
|
1 |
Impinj, Inc. |
USA |
~22% |
Retail, Logistics, Healthcare |
|
2 |
Alien Technology |
USA |
~18% |
Supply Chain, Smart Packaging |
|
3 |
NXP Semiconductors |
Netherlands (EU) |
~15% |
Automotive, IoT, Payment Systems |
|
4 |
Zebra Technologies |
USA |
~12% |
Warehouse Automation, Retail |
|
5 |
Honeywell International |
USA |
~10% |
Industrial Tracking, Aerospace |
|
6 |
SATO Holdings |
Japan |
~9% |
Smart Labels, Manufacturing |
|
7 |
Samsung SDS |
South Korea |
~8% |
Smart Cities, Supply Chain AI |
|
8 |
Siemens AG |
Germany (EU) |
~7% |
Industry 4.0, Smart Factories |
|
9 |
Toshiba Tec Corporation |
Japan |
~6% |
Retail POS, Document Tracking |
|
10 |
Identiv, Inc. |
USA |
~5% |
Healthcare, Access Control |
|
11 |
Avery Dennison |
USA |
~5% |
RFID Tags, Apparel Labeling |
|
12 |
Thinfilm Electronics (Smartrac) |
Norway (EU) |
~4% |
NFC-enabled Packaging |
|
13 |
Wiliot |
Israel |
~4% |
IoT Sensors, Battery-free RFID |
|
14 |
GAO RFID |
Canada |
~3% |
Asset Tracking, Healthcare |
|
15 |
Fujitsu Limited |
Japan |
~3% |
Retail, Smart Logistics |
|
16 |
Tertium Technology |
Italy (EU) |
~3% |
Anti-Counterfeiting, Luxury Goods |
|
17 |
RFID4U |
India |
~2% |
Pharma, Agriculture Tracking |
|
18 |
Securitag Assembly Group (SAG) |
Taiwan |
~2% |
Smart Labels, Industrial RFID |
|
19 |
Tego Inc. |
USA |
~2% |
Aviation, High-Memory RFID |
|
20 |
RFID Global Solution |
Australia |
~1% |
Mining, Défense Asset Tracking |
Recent Developments in the Chipless RFID Market
Recent Commercial Launches:
- Pulpatronics' Sustainable Chipless RFID Tag (September 2024):
Product Details: Pulpatronics unveiled a 'metal-less and chipless' RFID tag, aiming to enhance sustainability in packaging. Utilizing laser technology, the tag eliminates metal components and silicon chips, simplifying manufacturing and promoting recycling.
- Idyllic Technology's Ultra-Low-Cost Chipless RFID Solution (January 2024):
Product Details: Idyllic Technology introduced an ultra-low-cost chipless RFID technology positioned between barcodes and conventional RFID in terms of cost and functionality.
Technological Advancements:
- Integration of IoT with Chipless RFID in Healthcare:
Advancement Details: The convergence of chipless RFID technology with the Internet of Things (IoT) has led to the development of low-cost sensors capable of monitoring physiological parameters such as body temperature, blood pressure, and pulse rate. These sensors can be seamlessly integrated into personal items or clothing, facilitating continuous health status tracking.
- Advancements in Printable Electronics and Sensor Integration:
Technological Progress: Ongoing advancements in printable electronics and sensor integration have significantly improved the capabilities of chipless RFID tags. These developments enable broader applications in industries requiring real-time data capture and analytics, such as retail, logistics, and transportation.
Research Methodology for the Chipless RFID Market
1. Research Objectives
The research aimed to:
- Analyze the global chipless RFID market size, growth trends, and key drivers.
- Assess regulatory frameworks and technological advancements.
- Identify key industry challenges and opportunities.
- Gather qualitative insights from industry stakeholders.
2. Research Approach
A mixed-method approach was employed, combining secondary research (desk research) and primary research (direct stakeholder engagement).
3. Secondary Research Methodology
3.1. Data Collection Sources
Secondary research was conducted using only government publications, trade journals, and industry association reports to ensure credibility.
Government Publications
- U.S. Federal Communications Commission (FCC) – Regulations on RFID frequency bands.
- European Telecommunications Standards Institute (ETSI) – Standards for RFID in Europe.
- International Telecommunication Union (ITU) – Global RFID spectrum allocation.
- U.S. Department of Commerce – Trade data on RFID adoption in supply chains.
- European Commission (EC) – EC-RFID and IoT policy framework
Trade Journals & Industry Publications
- RFID Journal – Market trends, case studies, and technological developments.
- IEEE Xplore – Research papers on chipless RFID innovations.
- IDTechEx Research – Emerging RFID applications
Global Industry Associations (Providing Market Trends & Regulatory Updates)
- World Economic Forum (WEF) – Global economic and technology trends impacting RFID.
- GS1 – Global supply chain standards, including RFID.
- AIM (Association for Automatic Identification and Mobility) – RFID industry trends.
- RAIN RFID Alliance – Promotes UHF RFID adoption.
- IEEE Standards Association – Technical standards for RFID.
- International Organization for Standardization (ISO) – RFID compliance norms.
- Wireless Identification and Sensing Platform (WISP) – Chipless RFID research.
- EPCglobal – Electronic Product Code standards.
- International Society of Automation (ISA) – Industrial RFID applications.
- The RFID Network – Industry news and expert insights.
- Smart Card Alliance – RFID in payment and authentication.
- IoTA (Internet of Things Alliance) – IoT and RFID convergence trends.
3.2. Data Analysis
- Quantitative Analysis: Market sizing using government trade data and industry reports.
- Qualitative Analysis: Policy reviews, regulatory trends, and technological benchmarking.
4. Primary Research Methodology
4.1. Key Interview Respondents:
Primary research was conducted with:
- C-level executives (CEOs, CTOs) from RFID manufacturers.
- Industry analysts specializing in IoT and RFID.
- Trade association leaders (e.g., GS1, AIM Global).
- Supply chain managers from retail and logistics firms.
- Academic researchers in RFID and wireless technologies.
4.2. Data Collection Methods:
- Structured Surveys – Sent to RFID vendors and end-users to gather adoption trends.
- In-depth Interviews (IDIs) – Conducted with 30+ industry experts via Zoom/phone.
- Expert Consultations – Engaged with IEEE and GS1 members for regulatory insights.
4.3. Outreach Strategy:
- LinkedIn Prospecting: Identified and connected with RFID professionals.
- Industry Conferences: Attended RFID Journal LIVE! and IoT Tech Expo for networking.
- Referral Sampling: Leveraged trade associations to introduce key respondents.
Chipless RFID Market Segmentation
The chipless RFID market research report provides comprehensive industry analysis with revenue estimates and forecasts (USD billion) from 2025 to 2037 across the following segments:
Market Size, By Product Type:
- Tag
- Reader
Market Size, By Frequency:
- Low frequency
- High frequency
- Ultrahigh frequency
Market Size, By Application:
- Smart Cards
- Smart Tickets
- Others
Market Size, By End User:
- Retail
- Healthcare
- Logistics and Transportation
- BFSI
- Others
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Report ID: 10352550 |
Published Date: 29 Apr 2025 |
Report Format: |
Delivery Timeline: 48-72 Business Hours
