#NXP Mifare

[wliam2ttrr]

https://www.futureelectronics.com/p/semiconductors--wireless-rf--receiver-ics/clrc63201t-0fe-112-nxp-2283646

NXP, CLRC63201T/0FE,112, Wireless & RF Receiver ICs

CLRC632 Series Multiple Protocol Contactless Reader IC (MIFARE/I-CODE1) -SOIC-32

[datalyst]

The Electronic Toll Collection Market: Revolutionizing Road Usage

The Electronic Toll Collection Market has witnessed significant growth over the past few years, driven by the increasing adoption of automated toll systems, the rise of smart cities, and advancements in wireless communication technologies. ETC not only streamlines toll collection processes but also provides valuable data analytics, which can be utilized for traffic management and infrastructure planning. This blog delves into the key players in the ETC market, its current size, the limitations and challenges it faces, and a conclusion on its future trajectory.

Key Players in the Electronic Toll Collection Market

The ETC market comprises several influential companies that play a pivotal role in the development and deployment of electronic toll systems. Some of the prominent players include:

1. Toshiba

Toshiba is a leading technology provider, offering a range of solutions for toll collection and traffic management. The company’s advanced tolling systems utilize automatic number plate recognition (ANPR) and RFID technology to enhance the efficiency of toll collection processes.

2. Mitsubishi

Mitsubishi's involvement in the ETC market focuses on providing cutting-edge hardware and software solutions. Their systems are designed to facilitate seamless toll transactions and improve the overall user experience for drivers.

3. MIFARE

MIFARE, a subsidiary of NXP Semiconductors, is renowned for its contactless smart card technology, which is widely used in electronic toll collection. Their solutions support various transportation applications, making them a key player in the market.

4. Shutoko

Shutoko, the Tokyo Metropolitan Expressway Company, operates a sophisticated ETC system in Japan. Their commitment to enhancing traffic flow and reducing congestion has positioned them as a leader in the electronic toll collection landscape.

5. Xerox

Xerox is not only known for its printing solutions but also plays a significant role in the transportation sector. Their toll collection systems integrate advanced technology to streamline operations and enhance the efficiency of toll collection.

6. Kapsch Trafficom AG

Kapsch Trafficom AG is a global player specializing in intelligent transportation systems, including electronic toll collection. The company's innovative solutions have been deployed in various regions, contributing to the modernization of toll collection processes.

7. Q-Free

Q-Free is a prominent provider of electronic tolling and traffic management solutions. Their expertise lies in developing intelligent systems that optimize traffic flow and enhance the user experience.

8. Hitachi

Hitachi offers a comprehensive range of transportation solutions, including electronic toll collection systems. Their focus on technological innovation and smart city initiatives has positioned them as a significant player in the ETC market.

9. Illinois Tollway

The Illinois Tollway is a pioneer in electronic toll collection in the United States. Their implementation of the I-PASS system has revolutionized toll collection in the region, providing a seamless experience for motorists.

10. Metro Infrasys

Metro Infrasys specializes in intelligent transportation systems, including electronic toll collection solutions. Their advanced technologies contribute to efficient tolling operations and improved traffic management.

11. Conduent Transportation

Conduent Transportation is a leading provider of transportation solutions, including electronic toll collection systems. Their comprehensive approach to tolling technology ensures efficient operations and enhanced user experiences.

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Market Size and Growth

The Electronic Toll Collection market has experienced substantial growth and is projected to continue its upward trajectory in the coming years. According to a recent report, the global ETC market was valued at approximately USD 10 billion in 2023, with a projected compound annual growth rate (CAGR) of around 11% from 2024 to 2030. Factors contributing to this growth include:

Increased Urbanization: As urban populations rise, the demand for efficient transportation solutions has intensified, leading to greater adoption of electronic toll systems.

Government Initiatives: Many governments are implementing policies to encourage the adoption of electronic tolling as part of their broader smart city initiatives.

Technological Advancements: Innovations in wireless communication, cloud computing, and data analytics have enhanced the efficiency and effectiveness of electronic toll collection systems.

Environmental Concerns: With growing awareness of environmental issues, electronic tolling systems promote smoother traffic flow, which can contribute to reduced emissions and improved air quality.

Limitations and Challenges

Despite its advantages, the Electronic Toll Collection market faces several limitations and challenges that could impact its growth and adoption:

1. Initial Investment Costs

The implementation of electronic toll collection systems often requires significant upfront investments in technology, infrastructure, and maintenance. This can be a barrier for some municipalities or regions, particularly those with limited budgets.

2. Technological Integration

Integrating ETC systems with existing infrastructure and legacy systems can pose challenges. Ensuring compatibility between various technologies, such as RFID, ANPR, and other tolling mechanisms, is crucial for successful implementation.

3. Data Privacy Concerns

The use of electronic toll collection systems raises concerns about data privacy and security. As these systems collect and process sensitive data, ensuring robust cybersecurity measures is essential to protect user information.

4. User Acceptance

While electronic toll collection systems offer convenience, some drivers may be resistant to adopting new technologies. Public education and outreach initiatives are necessary to increase acceptance and understanding of the benefits of ETC systems.

5. Regional Variability

The effectiveness and adoption of electronic toll collection can vary significantly by region. Differences in infrastructure, regulatory environments, and public attitudes toward tolling can impact the success of ETC implementations.

6. Maintenance and Technical Support

Ongoing maintenance and technical support are essential to ensure the reliability and effectiveness of electronic toll systems. Regions must have adequate resources and expertise to address any technical issues that may arise.

Conclusion

The Electronic Toll Collection market is poised for substantial growth as the demand for efficient transportation solutions continues to rise. With key players such as Toshiba, Mitsubishi, and Xerox leading the charge, advancements in technology and infrastructure are revolutionizing how toll collection is managed.

Despite facing limitations and challenges, including initial investment costs and data privacy concerns, the benefits of electronic toll collection—such as improved traffic flow, reduced congestion, and valuable data analytics—position it as a critical component of modern transportation systems. As governments and municipalities prioritize smart city initiatives, the electronic toll collection market is set to play an increasingly vital role in shaping the future of transportation.

In conclusion, the Electronic Toll Collection market presents significant opportunities for innovation and growth. As technology continues to evolve, stakeholders must address the challenges and limitations to fully realize the potential of electronic tolling solutions. With a focus on collaboration, public education, and technological advancements, the future of electronic toll collection looks promising, paving the way for smarter, more efficient transportation networks worldwide.

[metasrfid]

部署 NXP MIFARE Ultralight RFID 芯片的 NFC 標籤貼紙 , NFC label Stickers Deploying NXP MIFARE Ultralight RFID Chip

部署 NXP MIFARE Ultralight RFID 芯片的 NFC 標籤貼紙NFC label Stickers Deploying NXP MIFARE Ultralight RFID Chip —- METAs RFID Team METAs RFID label manufacturer METAs RFID Ltd. Professional service providers for RFID solutions專業的 RFID 標籤製造商 解決方案服務商 METAs RFID Wet Inlay 標籤貼紙 訂購 ORDER Superior Product Features 卓越的產品特性 MIFARE Ultralight 雖然內存體積小，但它是 MIFARE 系列中單價最便宜的芯片之一，屬於NFC論壇定義的NFC標籤類型2 ( NFC-Forum…

[seabreezerfid]

NXP Classic 7byte UID Card, NXP Mifare 1K S50 7byte UID Card, NXP Mifare 4K S70 7byte UID Card, NXP Mifare 4K S70 7byte UID White Card http://www.seabreezerfid.com/original-nxp-classic-7byte-uid-card-nxp-mifare-1k-s50-7byte-uid-card.html From Seabreeze Smart Card Co.,Ltd. Website: http://www.SeabreezeRFID.com/ .. Sales Email: SeabreezeRFID@gmail.com

[levysoft]

NFC e iPhone

Rilascio di iOS 13 - Le novità

Con l'aggiornamento a iOS 13, tutti gli iPhone dal 7 in poi sono in grado di leggere e scrivere un Tag NFC.

Per quanto riguarda i Tag NFC, il comportamento degli iPhone aggiornati a iOS 13 è molto simile a quello degli smartphone Android:

per la programmazione dei Tag NFC, è richiesta un'applicazione (come per Android);

è possibile leggere l'UID del chip NFC;

i modelli dall'iPhone XS in poi supportano la lettura in background, senza che una specifica applicazione sia aperta (come per Android); i modelli precedenti richiedono che sia aperta un'applicazione apposita.

L'iPhone è compatibile con tutti i chip NFC Forum, dal tipo 1 al 5, inclusi:

NTAG®

ICODE®

FeliCa™

MIFARE® (Desfire, Plus, Ultralight)

La grande novità di quest'anno nel panorama NFC è relativa all'aggiornamento del sistema operativo di Apple. Con il rilascio di iOS 13, avvenuta il 19/09/19 alle ore 19.00 (ora italiana), finalmente gli iPhone hanno pieno accesso alle funzionalità relative ai Tag NFC.

Con queste nuove funzionalità, le app per iPhone possono scrivere informazioni NDEF come URL e testo. Gli iPhone godono inoltre dell'accesso ai Tag nativamente per sfruttare le funzionalità disponibili su diversi chip NFC. Questa apertura rappresenta una svolta per tutte le applicazioni NFC, che ora potranno godere di un pubblico più ampio e di una portata globale.

La possibilità di accedere all'UID del chip rende possibili svariate applicazioni che prima erano relegate "solo" agli smartphone Android, tra cui: autenticazione, tracciabilità, controllo accesso, logistica, ticketing, etc.

Per tutti i dettagli, soprattutto per chi intendesse sviluppare applicazioni iOS che sfruttano la tecnologia NFC, rimandiamo alla pagina dedicata a Core NFC, il pacchetto di librerie SDK all'interno di iOS 13, che consentono la lettura, la programmazione e l'interazione con Tag NFC.

E gli iPhone non aggiornati a iOS 13?

iPhone Xs

iPhone Xs Max

iPhone XR

Sensore NFC in grado di leggere Tag NFC, e di gestire pagamenti da mobile

Non è necessaria un'app specifica

Possono leggere Tag NFC con lo schermo bloccato.

I Tag devono essere formattati NDEF

Possono leggere Tag NFC

iPhone X

Sensore NFC in grado di leggere Tag NFC, e di gestire pagamenti da mobile

È necessario comunque l'utilizzo di un'app dedicata

I Tag devono essere formattati NDEF

iPhone 8

iPhone 8 Plus

iPhone 7

iPhone 7 Plus

Sensore NFC in grado di leggere Tag NFC, e di gestire pagamenti da mobile

È necessario l'aggiornamento a iOS 11

È necessario l'utilizzo di un'app dedicata

I Tag devono essere formattati NDEF

iPhone 6

iPhone SE

Sensore NFC presente, ma utilizzabile solo per i pagamenti

NON possono leggere Tag NFC, se non usando un lettore esterno

iPhone 5 e precedenti

Nessun sensore NFC presente

Gli smartphone di Apple non aggiornati a iOS 13 si comportano in maniera un po' diversa da quelli Android e Windows anche per quanto riguarda la tecnologia NFC.

Di seguito un riepilogo.

È necessaria un'applicazione installata e aperta (solo fino a iPhone X) Uno smartphone Android può rilevare un Tag NFC senza alcuna applicazione particolare installata, a patto che il telefono non sia in stand-by. Per quanto riguarda gli iPhone 7, 7 Plus, 8, 8 Plus e X, invece, le librerie di Core NFC necessarie per interagire con un Tag non sono presenti nativamente, ma è necessario scaricare un'applicazione che le integri. Inoltre, l'app deve anche essere aperta, altrimenti il Tag non viene rilevato. Una delle app disponibili per leggere Tag NFC con un iPhone è NFC TagInfo by NXP (sviluppata direttamente dal produttore dei chip).

Solo messaggi NDEF Un'altra particolarità di iOS è che permette di leggere solamente Tag che contengono un messaggio in formato NDEF, quindi, per intenderci, i comandi standard definiti dal Forum NFC: URL, V-Card, testo semplice, SMS, email, chiamata. In iOS, a differenza di Android, non è presente il comando di "launch application" (un Tag programmato per aprire un'app specifica).

Non è possibile leggere l'UID Con iOS non è possibile neanche leggere l'UID del Tag. Di conseguenza, tutte quelle applicazioni che si basano sulla lettura dell'UID, come per esempio le app di anti-contraffazione, o di controllo accessi, non sono possibili, almeno per il momento, con un iPhone.

Leggere, ma non scrivere Infine, è bene sottolineare che gli iPhone possono leggere i Tag, ma non programmarli. Per la programmazione, è necessario ricorrere a uno smartphone Android o Windows, o a un PC con un lettore NFC. In alternativa, Shop NFC offre la possibilità di acquistare Tag NFC già programmati.

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Custom MiFare Desfire EV1 NFC Smart Card Mifare Desfire EV1 chip High quality PVC card 20+ years factory, professional & reliable Fast manufacturing & delivery Perfect RFID/NFC solution for you

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[colourfastusa]

RFID Label/Stickers

RFID Label/Stickers White label: Can offset print customer logo on it. Available for both 13.56Mhz & 860-960Mhz chips Hot chip: Mifare 1k s50, Ultralight EV1, Ntag series, Alien Higgs-3 NXP G2, Impinj M5 More than 45 antenna mold for 13. https://www.colourfast.com/products/rfid-products/rfid-labelstickers/

[metasrfid]

部署 NXP Mifare 1K RFID 芯片的 NFC 標籤貼紙 , NFC label Stickers Deploying NXP Mifare 1K RFID Chip

部署 NXP Mifare 1K RFID 芯片的 NFC 標籤貼紙 , NFC label Stickers Deploying NXP Mifare 1K RFID Chip #RFID #NFC #NFCstickers #NFCtags #NFClabels #RFIDlabels #RFIDtags #NFCreaders #NFCtransponders #HFRFID

部署 NXP Mifare 1K RFID 芯片的 NFC 標籤貼紙NFC label Stickers Deploying NXP Mifare 1K RFID Chip —- METAs RFID Team METAs RFID label manufacturer METAs RFID Ltd. Professional service providers for RFID solutions專業的 RFID 標籤製造商 解決方案服務商 METAs RFID Wet Inlay 標籤貼紙 訂購 ORDER Superior Product Features 卓越的產品特性 MIFARE 1K 是世界上最流行的 HF RFID（NFC）IC 芯片之一。應用範圍廣，周邊設備容易獲取。METAs RFID…

[ea-integration]

MiFare 1К

Mifare 1K (13.56 MHz) безконтактні смарт-карти на основі NXP MF0 IC S50, який підключений до котушки в кілька витків, а потім закатаний в пластик. Призначений для безконтактної, однобічного зв'язку зі зчитує додатком. Подробнее на https://ea-group.store/product/mifare-1%d0%ba/?utm_source=seolit-tumblr&utm_medium=autopost&utm_campaign=project_13206&utm_content=post_11794344

[printingproducts0318]

What are the types of RFID tags?

RFID tags can be seen everywhere in our lives. The most common tickets, clothing, security and other industries have different types for applications in each industry. Then let's learn about the types and characteristics of RFID tags together!

RFID tags can be seen everywhere in life. The most common tickets, clothing, security and other industries are used in various industries, and their selection types are different, so let's learn about the types and characteristics of RFID tags together!

RFID tag is the abbreviation of (Radio Frequency Identification), also known as radio frequency identification, commonly known as electronic tag. The contact type IC card uses radio frequency identification technology, namely RFID technology. Non-contact IC cards are also called RFID cards or electronic tags.

Types of RFID tags

First: Electronic tags are divided into two categories: active and passive:

1. Active RFID, also known as active RFID (Active tag), is a type of electronic tag classified according to the different power supply modes of the electronic tag, and it usually supports remote identification. Electronic tags can be divided into active tags (Active tags), passive tags (Passive tags) and semi-passive tags (Semi-passive tags). The active electronic tag is equipped with a battery, and the passive radio frequency tag does not have a built-in battery. The semi-passive tag (Semi-passive tag) partly relies on the battery to work.

2. Passive RFID, the radio frequency tag adopts frequency hopping working mode, has anti-interference ability, users can customize the standard data reading and writing, it is more efficient in the special application system, and the reading distance can reach more than 10 meters. Passive radio frequency tags have a 1024bits memory capacity and ultra-wide working frequency band, which not only conforms to relevant industry regulations, but also enables flexible development and application, and can read and write multiple tags at the same time. Passive radio frequency tag design, without battery, memory can be repeatedly erased and written more than 100,000 times.

Second: According to the different frequency, it can be divided into low frequency (LF), high frequency (HF), ultra high frequency (UHF), microwave (MW) electronic tags:

 RFID tag frequency is an important feature, which determines the working principle and working distance of the tag.

1. The typical operating frequency of high-frequency cards is 13.56MHz, which is the most mature and widely used card in China, and there are many types of cards. PHILIPS (NXP)’s Mifare One card (model S50), S70 card, UltraLight card, DesFire card, these types of cards belong to the TYPEA card defined by the ISO14443 standard, but do not fully meet the requirements of ISO14443-4, non-contact CPU card Meet the requirements. TYPEB cards also have logical encryption cards, such as AT88RF020 from Atmel, but less. The commonly used TYPEB cards in China are all CPU cards. Cards in this frequency band are still increasing, such as MIFARE Ultralight C, Mifare Plus, etc. Domestic Huahong, Fudan, Huada, Tongfang, etc. also have a variety of cards in this frequency band, such as SHC1102, SHC1112, SHC1108, FM11RF005, FM1208 and other chips. Another standard in this frequency band is ISO15693. The card sensing distance is farther than TYPEA and TYPEB, which can reach 1 meter. Common types include Mifare Icode II and Ti 2K.

2. The frequency of the low-frequency card is generally below 135K Hz, and the typical 125 Hz ID card is widely used. This card has only one curing serial number that can be read by the device. Since the IC chip used in ID cards was first introduced by the Swiss EM company, it is sometimes called an EM card. There are many other types of low-frequency cards, such as EM4469 from EM, T5557 from Atmel and other low-frequency cards with logical encryption function.

3. The typical working frequencies of UHF and microwave tags are: 433MHz, 900MHz, 2.45GHz, 5.8GHz, and the card reading distance can be up to 10m or more. Typical applications of such tags include: logistics and supply management, manufacturing and assembly, air baggage handling, mail, express parcel handling, document tracking, access control, electronic tickets, automatic road toll collection, etc. Such labeling technology is now an indispensable part of the Internet of Things.

[vaibk007]

NFC Chips Market Technology Growth and Development 2020 to 2025

The “Global NFC Chips Market” provides up-to-date information on current and future industry trends, enabling readers to identify products and services to increase revenue growth and profitability. This research report provides in-depth study of all key factors affecting global and regional markets, including drivers, imprisonment, threats, challenges, opportunities and industry-specific trends. This report cites worldwide trust and specimens with leading player’s downstream and upstream analysis.

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This market research reports on analyzes the growth prospects for the key vendors operating in this market space including NXP Semiconductors, Broadcom, Qualcomm, Samsung Semiconductors, ST Microelectrics, TI, Intel (Inside Secure), Sony, Media Tek, Ams AG, Renesas, MStar Semi

NFC chips refer to the ICs in mobile devices, POS terminals, and retail products that store information and control transactions. NFC chips enable communication between NFC-enabled devices within a radius of 4 inches. These chips provide ease of transaction and data exchange between devices without the need to pair them. This has resulted in increased adoption of NFC chips across various segments.

Near field communication is a technology which is generally used in electronics devices such as smartphones, laptops, and tablets for short range of data exchange (up to 10cm or less). Near field communication (NFC) is an array of protocols produces a wireless interface which enables communication devices and electronic gadgets to establish radio communication with each other under proximity.

This report segments the NFC Chips market on the basis of Types are

Topaz 512 Chips

MIFARE

DESFire 4k

Others

On the basis of Application, the NFC Chips market is segmented into

For Payment

For Identification

For Connected Homes

For Businesses

Asia Pacific is the most advanced market for NFC Chips. This growth is largely driven by factors such as population perspective improvement and increased awareness. In addition, Latin America’s value-based healthcare services market will expand to a significant CAGR. Brazil and Mexico are leading the value-based health care services market in the region because of the favorable businesses that governments are promoting. Moreover, as research and development develops, market growth in Latin America will accelerate.

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Key questions answered in the report include:

What will the market size and the growth rate be in 2025?

What are the key factors driving the Global NFC Chips Market?

What are the key market trends impacting the growth of the Global NFC Chips Market?

What are the challenges to market growth?

Who are the key vendors in the Global NFC Chips Market?

What are the market opportunities and threats faced by the vendors in the Global NFC Chips Market?

Trending factors influencing the market shares of the Americas, APAC, Europe, and MEA.

This report provides an effective business outlook, different case studies from various top-level industry experts, business owners, and policymakers have been included to get a clear vision about business methodologies to the readers. SWOT and Porter’s Five model have been used for analyzing the Global NFC Chips Market on the basis of strengths, challenges and Global opportunities in front of the businesses.

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