TMC THD89 Java Card – High Quality Chip Module THD89

Buy TMC THD89 Java Card – High Quality Chip Module THD89 – Dual-Interface Design of TMC THD89 Java Card: Contact & Contactless Support

The TMC THD89 Java Card from AFT India is a high-security, dual-interface smart card solution designed for payment, identification, authentication, access control, IoT, digital identity, eSIM, and connected-vehicle applications. The TMC THD89 Java Card combines contact and contactless communication in a single platform, helping organizations support both established card infrastructure and modern touch-based applications.

Buy TMC THD89 Java Card from AFT India for projects requiring a secure TMC THD89 Java Card platform with ISO/IEC 7816 and ISO/IEC 14443 compatibility, strong cryptographic capabilities, and flexible deployment options.

TMC THD89 Java Card Dual-Interface Design

A key advantage of the TMC THD89 Java Card is its dual-interface architecture. The card supports both traditional contact communication and contactless communication, allowing one card platform to work with different reader environments.

The contact interface follows the ISO/IEC 7816 standard, while the contactless interface supports ISO/IEC 14443 Type A. This makes the TMC THD89 suitable for environments where some terminals still require physical card insertion while newer systems use fast contactless transactions.

For issuers and system integrators, this dual-interface approach can reduce the need to maintain separate card platforms for different terminals.

ISO/IEC 7816 Contact and ISO/IEC 14443 Contactless

In Java Card and security-card applications, dual-interface means that the card can communicate through:

• Contact interface: Traditional card insertion using ISO/IEC 7816.
• Contactless interface: Wireless communication using ISO/IEC 14443.
• Dual-interface operation: One card platform supporting both communication methods.

The TMC THD89 Java Card therefore provides greater deployment flexibility across payment, authentication, access-control, identification, and other secure-card applications.

Java Card Specs – THD89
Material	PVC, PET, PET-G, PC
Size	CR80 standard 86*54mm, customised available
Printing	Blank Card, or Customised Printing
Thickness	0.76mm, 0.81mm
Chip	THD89
CPU	32-bit ARM core
EEPROM	Up to 256KB Flash
Interface	Contact only/Contactless only/ Dual Interfaces
Communication Protocol	T=0, T=1, T=CL
Java Card Version	Java Card 3.0.4
Global Platform Version	GP 2.2.2
User Memory	80K+ Bytes
Crypto	DES / T-DES / ECC / RSA / CRC / SM1 / SM3 / SM4 / SM2
Life time	>500,000 times read & write. >25 years
Certifications & Approvals	EMVCo, CC EAL4+
Applications	Access Management Card eGovernment (ID cards, health cards, electronic driver licenses), Electronic Health Card (eHC) National ID(eID) Card Transport Card

TMC THD89 Java Smart Card Standards and Compatibility

The TMC THD89 supports ISO/IEC 7816 and ISO/IEC 14443 Type A communication standards. It is also designed around Java Card 3.0.4 and GlobalPlatform (GP) 2.2.2, providing a platform for secure applets and multi-application smart card deployments.

Its standards-based architecture can help organizations integrate the card with existing reader ecosystems instead of relying entirely on proprietary reader behavior.

Depending on the application and configuration, the platform can support secure deployments involving:

• Financial payment applications
• Identification and authentication
• Physical and logical access control
• IoT devices
• Digital identity
• 5G eSIM applications
• Connected vehicles
• SIM and telecommunications applications

Advantages of Contact and Contactless Support

The combination of contact and contactless interfaces gives the TMC THD89 Java Card a practical advantage in projects where infrastructure varies between locations.

Contactless operation can provide faster user interaction because the card does not need to be physically inserted into a reader. This is useful for payment, access control, transportation, authentication, and other applications where quick transactions are important.

At the same time, contact communication remains valuable for existing terminals and applications that depend on physical card-reader interaction.

With both interfaces available, organizations can deploy one card technology across different environments while maintaining compatibility with established infrastructure.

TMC THD89 Java Card Application Areas

The TMC THD89 Java Card is designed for high-security applications across financial payments, 5G eSIM, connected vehicles, IoT, secure elements, and digital identity. Its secure architecture, dual-interface capabilities, and support for multiple applications make it suitable for demanding smart card and embedded security deployments.

Financial Payment Innovation

• TMC THD89 Java Card technology has been used in EMV single-chip dual-application credit card solutions.
• Supports the coexistence of domestic PBOC and international EMV standards.
• Enables a single card platform to support multiple payment environments.
• Designed for secure financial transactions and payment authentication.
• Can support applications where cardholders need convenient overseas RMB settlement without conventional currency-exchange processes.

5G eSIM and SIM Security

• The TMC THD89 Java Card is positioned for advanced 5G eSIM applications.
• Included in China Telecom’s 5G eSIM chip library according to the supplied product information.
• Supports remote SIM activation and SIM-card binding.
• Provides security authentication for connected devices and telecommunications applications.
• Suitable for smartwatches, CPE devices, IoT terminals, and other connected equipment.
• Provides a secure platform for managing subscriber credentials and telecommunications applications.

Vehicle-to-Everything (V2X) Security

• The THD89 can serve as a security component for intelligent connected vehicles.
• Suitable for applications including T-BOX, digital car keys, and in-vehicle OBD modules.
• Supports identity authentication for connected vehicle systems.
• Provides secure communication and data encryption capabilities.
• Helps protect sensitive vehicle credentials and communications between connected automotive components.

IoT Trusted Root and Secure Element

• The TMC THD89 Java Card can operate as a Secure Element (SE) for connected and embedded devices.
• Suitable for smart POS terminals, industrial gateways, blockchain hardware wallets, and other security-sensitive equipment.
• Provides a trusted hardware foundation for device security.
• Supports secure startup and trusted remote connections.
• Can help protect cryptographic credentials, authentication data, and sensitive information stored within connected devices.

Digital Identity Integration

• The TMC THD89 Java Smart Card supports multi-application digital identity deployments.
• Applications can include digital RMB, electronic driver’s licenses, electronic passports, and other digital credentials.
• Supports secure loading and management of multiple applications on a smart card platform.
• Has been used within the operator’s Super SIM Card ecosystem according to the supplied information.
• Suitable for identity authentication, credential management, secure access, and digital identity applications.

Key Application Areas

The TMC THD89 Java Card can be considered for a broad range of secure applications, including:

• Financial payment cards
• EMV and PBOC payment applications
• 5G eSIM and SIM security
• Smartwatches and CPE devices
• Vehicle-to-Everything (V2X) security
• Digital car keys
• T-BOX and automotive OBD modules
• IoT trusted-root applications
• Smart POS terminals
• Industrial gateways
• Blockchain hardware wallets
• Digital identity
• Electronic driver’s licenses
• Electronic passports
• Super SIM applications

The combination of secure processing, multi-application support, and flexible deployment makes the TMC THD89 Java Card suitable for financial, telecommunications, automotive, IoT, and digital-identity projects requiring a trusted security platform.

How to Deploy the TMC THD89 Java Card

TMC THD89 Java Smart Card for applications requiring both contact and contactless operation, the THD89 provides a flexible hardware and software platform. Its support for ISO/IEC 7816, ISO/IEC 14443 Type A/B, Java Card 3.0.4, and GP 2.2.2 allows system developers to design applications around standardized card interfaces.

The platform supports a range of cryptographic technologies, including:

• DES
• 3DES
• AES
• ECC
• RSA
• CRC
• SM1
• SM2
• SM3
• SM4
• Hardware TRNG
• Public Key Engine (PKE)

These capabilities can help reduce software overhead and support secure applet development while improving transaction efficiency.

TMC THD89 32-Bit Dual-Interface Smart Card CPU

The TMC THD89 Java Smart Card is a 32-bit dual-interface smart card IC featuring ROM, EEPROM, RAM, hardware cryptographic functions, and a Public Key Engine.

It is designed for contact and contactless smart card applications such as identification cards, bank cards, payment cards, access credentials, SIM-related applications, and other secure-card systems.

The chip supports ISO/IEC 14443 Type A communication for operation with compatible Type A readers and ISO/IEC 7816 for contact communication.

Security features include electrical-environment detection, memory protection, and countermeasures against side-channel and fault-based attacks.

TMC THD89 Java Card Cases and Achievements

The TMC THD89 Java Card has been deployed across telecommunications, financial services, government identity, automotive, and international digital-security projects. These applications demonstrate the flexibility of the THD89 platform for secure eSIM, smart card, connected-vehicle, and digital-identity solutions.

Domestic Achievements

• 5G eSIM Innovation: In collaboration with China Unicom, the THD89 platform was used in an eSIM product supporting 5G SA and NSA dual-mode connectivity, addressing domestic 5G eSIM deployment requirements.
• Large-Scale Financial and Telecom Deployment: The chip has been adopted by organizations including China Mobile, China Telecom, ICBC, and CITIC Bank, with deployments serving tens of millions of users according to the supplied product information.
• Third-Generation Social Security Cards: During the initial deployment of the third-generation social security card in Hainan, TMC THD89 served as the core security chip, supporting secure credentials and the digital transformation of government services.

International Expansion

• GSMA M2M eUICC Certification: The THD89 achieved GSMA M2M eUICC certification and was included in the GSMA product catalogue, supporting the international deployment and expansion of eSIM solutions.
• Connected Vehicle Applications: The TMC THD89 Java Card has been applied to connected-vehicle systems associated with international automotive brands, with deployments covering markets in Europe, North America, Japan, South Korea, and Southeast Asia according to the supplied information.
• Electronic Identity Projects: The chip has also been used in electronic ID card projects in several African countries, providing a secure hardware foundation for digital identity and electronic credential applications.

TMC THD89 Java Card Global Applications

These deployments demonstrate the broad application scope of the TMC THD89 Java Card, including:

• 5G SA/NSA eSIM
• GSMA M2M eUICC
• Telecommunications security
• Financial payment cards
• Social security cards
• Digital identity
• Electronic ID cards
• Connected vehicles
• Automotive security
• Government identity systems
• Secure authentication

With applications spanning telecommunications, finance, government, automotive, and digital identity, the TMC THD89 Java Card provides a flexible security platform for large-scale smart card and embedded-security deployments.

Key Technical Features of the TMC THD89 Java Card

The TMC THD89 Java Card combines security, interoperability, and long-term reliability in a single smart-card platform.

High-Level Security Certification

The supplied TMC THD89 Java Smart Card specifications identify SOGIS Common Criteria CC EAL6+ certification and security mechanisms designed to help resist physical probing, side-channel analysis such as DPA/SPA, and fault-injection attacks.

Automotive-Grade Reliability

The THD89 series is described as having passed AEC-Q100 automotive-grade certification, supporting demanding automotive environments involving temperature, humidity, and vibration.

National Cryptographic Algorithms

The platform supports SM2, SM3, and SM4 national cryptographic algorithms and is described as having achieved Level 2 certification from the State Cryptography Administration for applicable compliant deployments.

Multiple Interfaces

Depending on the chip configuration, supported interfaces include:

• ISO/IEC 7816 contact
• ISO/IEC 14443 Type A/B contactless
• I2C

This enables integration with mainstream card readers and selected embedded systems.

Low-Power Performance

The TMC THD89 Java Smart Card is designed for low-power operation, with contactless transaction current specified as low as 0.6 mA and a power-on response time of ≤0.1 ms, making it suitable for selected wearable and IoT applications.

TMC THD89 Product Specifications

Parameter	Technical Specification
Core Architecture	32-bit secure CPU + dedicated coprocessor
Operating Voltage	1.62V ~ 5.5V
Operating Temperature	-40°C ~ +85°C
Storage Capacity	Up to 512KB EEPROM
Erase/Write Cycles	500,000 cycles
Data Retention	25 years
Security Certifications	SOGIS CC EAL6+, AEC-Q100, National Cryptography Level 2, EMVCo, PCI PTS, GSMA SAS-UP
Contact Protocol	ISO/IEC 7816 (T=0/T=1)
Contactless Protocol	ISO/IEC 14443 Type A/B
Contactless Speed	106 kbps
Network Compatibility	2G/3G/4G/5G
Operator Profiles	Up to 10 operator profiles
Security Protection	Memory encryption, bus disturbance prevention, electrical-environment monitoring, fault-injection prevention, electromagnetic detection prevention
System Compatibility	LPA module for Android, Linux, and RTOS
Platform Compatibility	Qualcomm, MediaTek, Unisoc

TMC THD89 Java Card Physical Specifications

The supplied TMC THD89 Java Smart Card configuration includes:

• Chip: THD89
• Material: PVC / eco-friendly material
• Card Size: 85.6 × 54 × 0.84 mm
• Color: White
• Card Type: Smart Card / Java Card
• Functions: Identification, payment, encryption/decryption, information management

The THD89 chip can therefore be integrated into standard smart-card form factors for customized card issuance and secure credential applications.

Why Choose the TMC THD89 Java Card?

The TMC THD89 Java Card is designed for organizations that need more than a conventional contact-only or contactless-only smart card. Its dual-interface architecture provides compatibility with both established and newer reader environments, while its Java Card platform supports secure and flexible application development.

Key advantages include:

• Dual-interface contact and contactless communication
• ISO/IEC 7816 compatibility
• ISO/IEC 14443 Type A/B compatibility
• Java Card 3.0.4 support
• GlobalPlatform 2.2.2 support
• 32-bit secure CPU architecture
• Hardware cryptographic acceleration
• DES, 3DES, AES, RSA, ECC, and SM-series algorithm support
• Up to 512KB EEPROM
• Up to 500,000 erase/write cycles
• 25-year data retention
• Support for payment, identity, access control, IoT, eSIM, and automotive applications

Buy TMC THD89 Java Card from AFT India

If you need a secure dual-interface Java Card for payment, identification, authentication, access control, eSIM, IoT, or connected-vehicle applications, the TMC THD89 Java Card provides a flexible platform for modern and legacy infrastructure.

Choose TMC THD89 Java Card for Your Next Project

Looking for a TMC THD89 Java Card for payment, eSIM, digital identity, automotive, IoT, or secure authentication applications? The THD89 combines dual-interface communication, Java Card technology, advanced security features, and broad application compatibility in one platform.

Buy TMC THD89 Java Card from AFT India for reliable sourcing and project-specific smart card solutions. Whether you need standard cards, customized configurations, bulk quantities, or technical support, AFT India can help match the THD89 solution to your application requirements.

Contact AFT India today to request TMC THD89 Java Card pricing, samples, specifications, customization options, and bulk-order availability. Get the right chip and card configuration for your next secure payment, eSIM, identity, access-control, IoT, or connected-vehicle project.

TMC THD89 Java Card Available Configurations

The TMC THD89 Java Card is available in different configurations to accommodate payment, identity, authentication, access control, eSIM, and embedded-security requirements. Buyers can select the appropriate card configuration based on interface, application, memory, and personalization needs.

Available TMC THD89 Java Smart Card Configurations

• H19CR/MF Configuration – TMC THD89 with FIDO and MIFARE Classic 1K support, suitable for secure authentication, identification, access control, and multi-application credentials.
• H19CR/MP Configuration – TMC THD89 with PIV and MIFARE Classic 1K support, designed for identity, authentication, and secure access-control applications.
• Contact Configuration – Supports ISO/IEC 7816 communication for traditional contact smart card readers.
• Contactless Configuration – Supports ISO/IEC 14443 communication for contactless applications and compatible readers.
• Dual-Interface Configuration – Combines contact and contactless functionality in one card, allowing deployment across different reader environments.
• Customized Card Configuration – Application-specific configurations can be considered based on required applets, security functions, memory, card artwork, personalization, and deployment requirements.

Choose the Right Configuration

When you buy TMC THD89 Java Card, the appropriate configuration depends on your project requirements. Consider:

• Required contact or contactless interface
• Java Card and GlobalPlatform requirements
• Required FIDO, MIFARE, PIV, payment, or identity applications
• Memory and application-loading requirements
• Required cryptographic algorithms and security features
• Card personalization and printing requirements
• Required quantity and production volume
• Target reader, terminal, or embedded platform

For large deployments, AFT India can help determine the appropriate TMC THD89 Java Card configuration based on your technical specifications and application environment.

Order TMC THD89 Java Card

Choose the TMC THD89 Java Smart Card configuration that matches your project and contact AFT India for pricing, samples, technical specifications, customization, and bulk orders. Whether you require a FIDO/MIFARE card, PIV/MIFARE solution, contact card, contactless card, or dual-interface Java Card, specifying the required configuration at the quotation stage helps ensure the correct product is supplied.

Product Parameters

Parameter Categories	Technical Specifications
Core Architecture	32-bit secure CPU + dedicated coprocessor
Operating Voltage	1.62V ~ 5.5V (wide voltage adaptive)
Operating Temperature	-40°C ~ +85°C
Storage Capacity	Maximum support for 512KB EEPROM, supporting multiple application loading
Erasing/writing count	500,000 cycles, far exceeding the industry average
Data preservation	25 years, meeting long-term service requirements
Security Authentication	SOGIS CC EAL6+, AEC-Q100, National Cryptography Level 2, EMVCo, PCI PTS, GSMA SAS-UP
Communication Protocol	ISO/IEC 7816 (T=0/T=1), ISO/IEC 14443 Type A/B (106kbps)
Network Compatibility	Supports 2G/3G/4G/5G standards, completed real-world testing with over 400 operators
Operator Management	Manages up to 10 operator profiles, supporting flexible cross-border switching
Attack Resistance	Memory encryption, bus disturbance prevention, electrical environment monitoring, fault injection prevention, electromagnetic detection prevention
System Compatibility	LPA module supports Android, Linux, RTOS; compatible with mainstream platforms such as Qualcomm, MediaTek, and Unisoc.