NXP JCOP 4 P71 J3R150 Java Card for EMV and Secure Identification

  1. Built on Java Card, GlobalPlatform, and ISO standards
  2. Supports EMV and SECID applications
  3. Suitable for MasterCard, Visa, and other international bank cards
  4. Versatile architecture for secure transactions
  5. Enables seamless integration with global financial systems

This card is ideal as a payment card and supports customization. Please get in touch with us for a price consultation, and we will be happy to assist you 24 hours a day.

Descripción

The NXP JCOP 4 P71 J3R150 is a versatile Java Card platform designed to meet the needs of modern financial and secure identification systems. Built on trusted Java Card, GlobalPlatform, and ISO standards, it supports EMV and SECID applications, making it ideal for MasterCard, Visa Card, and other international bank card solutions. Its flexible architecture ensures secure transactions and seamless integration across finance card systems worldwide.

Key Features

1. Multi-Payment Support, Compatible with EMV Card standards and widely used for MasterCard, Visa Card, Bank Card, and other international bank card applications.

2 . Secure Platform, Advanced Java Card, and GlobalPlatform specifications provide robust data protection for financial and identification applications.

3. Flexible Integration, Supports SECID and EMV applications, perfect for banking, fintech, and other secure finance card systems.

4 . Reliable Standards Compliance, Fully compliant with ISO standards, ensuring global interoperability and consistent performance.

Why Choose JCOP 4 P71 J3R150?

Works seamlessly with EMV Cards and international bank cards, including Master Card and Visa cards.

High-security architecture protects sensitive financial data and prevents unauthorized access.

Flexible and scalable for banks, financial institutions, and secure ID projects.

Product Parameters

NXP Jcop4 150K EMV J3R150 Java Card
Material PVC, PET, PET-G, PC
Size CR80 standard 86×54mm, customized available
Printing Blank Card, or Customized Printing
Thickness 0.76mm, 0.81mm
Chip NXP Jcop4 P71 J3R150
Interface Contact / Dual Interfaces
Communication Protocol T=0, T=1, T=CL
Java Card Version Java Card 3.0.5
Global Platform Version GP 2.3
User Memory 150K Bytes
Crypto • 3DES: 2-key & 3-key
• AES: 128, 192, 256 bits
• RSA: 512–2048 bits in 8-bit steps, optionally up to 4096 bits
• ECC: 224–521 bits
• SHA: SHA_224, SHA_256, SHA_384, SHA_512
Lifetime >500,000 reads/writes, >25 years
Applications • EMVCo payment card
• Electronic passport (ePP) BAC, EACv1, SAC/PACE support
• European Citizen Card (EN 15480)
• European Health Insurance Card (CDA15974-2009 E)
• Fingerprint Match on Card (ISO 19794) — MINEX III compliant
• International Driving License BAP & EAP (ISO 18013)
• SECID applications: ePKI, eVR, eRP
• MasterCard, Visa, American Express, Discover and other payment applications

Application Areas

EMV card payment solutions for secure and convenient transactions worldwide

MasterCard, Visa, and other international bank card issuance for global finance operations

Secure identification (SECID) applications, including digital ID and authentication systems

Finance card systems for banking, FinTech solutions, and modern digital payment infrastructures

 

NXP Jcop4 150K EMV J3R150 Java Card

FAQ

What standards does the NXP JCOP 4 P71 J3R150 Java Card comply with?
The card is built on trusted Java Card, GlobalPlatform, and ISO standards for wide compatibility and security.

Which financial applications can this card support?
It supports EMV and SECID applications, making it suitable for MasterCard, Visa, and other international bank cards.

Can this card be integrated into existing banking systems?
Yes, its flexible architecture allows seamless integration with global finance and FinTech card systems.

Is the card suitable for secure identification purposes?
Absolutely, it supports SECID applications for secure digital ID and authentication systems.

What makes this card reliable for global financial transactions?
Its robust design and compliance with international standards ensure secure, efficient, and trusted transactions worldwide.

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