NXP Semiconductors MF1PH2200DA8/00J

Overview

MF1PH2200DA8/00 from NXP Semiconductors is a MIFARE Plus EV2 contactless smart card IC operating at 13.56 MHz, featuring 2 kB non-volatile memory, 7-byte UID, 70 pF input capacitance, Common Criteria EAL5+ security certification, and full ISO/IEC 14443-4 compliance - deployed in secure public transport ticketing systems requiring tamper-resistant authentication and sector-wise security upgrades.

For engineers reviewing the MF1PH2200DA8/00 datasheet, MF1PH2200DA8/00 pinout, MF1PH2200DA8/00 application, or MF1PH2200DA8/00 equivalent, key selection considerations include SL3 AES-128 cryptographic enforcement, Random ID support for GDPR-compliant deployments, Transaction MAC integrity verification, 10 cm read range capability, and MOA8 SOT500-4 module package compatibility with compact form factors like wristbands and key fobs.

Technical Context

The MF1PH2200DA8/00 implements a dual-layer security architecture supporting three configurable security levels (SL0, SL1, SL3), where SL3 mandates AES-128 for all authentication and secure messaging, while SL1 retains MIFARE Classic EV1 backward compatibility with optional AES originality checks. It integrates an on-chip TRNG, active shielding, voltage/rail/light/glitch sensors, and supports both ISO/IEC 14443-3 (Type A) and ISO/IEC 14443-4 (T=CL) protocols.

Memory organization comprises 32 sectors of 4 blocks each (2 kB total), with sector trailers containing CRYPTO1 keys A/B and access bytes; AES keys and configuration blocks reside outside the visible memory map and are updated via anti-tearing protected operations. The IC supports SL3 CardSecurityLevel or per-sector SectorSecurityLevel migration, including SL1SL3Mix mode for hybrid backend integration.

Key Specifications

Pinout & Package

MF1PH2200DA8/00 is supplied in the MOA8 plastic leadless module carrier package (SOT500-4), optimized for embedding into compact contactless devices. The package provides two RF interface terminals only - no digital I/O or power pins - and requires external antenna coil coupling.

Key Features

Applications

Equivalent & Alternatives

The following parts are listed as comparable options for similar contactless smart card IC applications.

Compared with MF1PH2200DA8/00, MF1PH2230DA8/00 trades UID uniqueness for reduced identifier overhead in closed-loop systems, while MF1P2200DA8/00 sacrifices compact-form-factor compatibility for improved RF coupling efficiency in standard card layouts.

Availability

MF1PH2200DA8/00 is available at Aetrix Electronics and suitable for public transportation ticketing, secure physical access control, and event credentialing requiring stable component supply, long-term lifecycle assurance, and certified cryptographic functionality.

Supply support for MF1PH2200DA8/00 includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

NXP Semiconductors is a global semiconductor company specializing in secure connectivity solutions for automotive, industrial, and IoT applications, with leadership in contactless identification and NFC technologies.

The MF1PH2200DA8/00 belongs to the MIFARE Plus EV2 product line, designed specifically for high-assurance contactless applications demanding Common Criteria EAL5+ certification, seamless legacy infrastructure migration, and privacy-preserving features like Random ID and ECC-based originality verification.

FAQ

What security certifications does the MF1PH2200DA8/00 hold?

The MF1PH2200DA8/00 holds Common Criteria EAL5+ certification (AVA_VAN.5), confirming resistance against attackers with high attack potential. This certification aligns with requirements for banking-grade and electronic passport ICs. The MF1PH2200DA8/00 achieves this through hardware-enforced AES-128 in SL3, active shielding, multiple physical sensors (voltage, rail, light, glitch), and secure boot logic - all verified under the CC evaluation scope defined for MIFARE Plus EV2.

How does the MF1PH2200DA8/00 support migration from legacy MIFARE Classic systems?

The MF1PH2200DA8/00 supports full backward compatibility with MIFARE Classic EV1 in SL1 mode, allowing existing readers to authenticate using CRYPTO1 while enabling phased upgrades to SL3 AES-128. Its sector-wise security level switching permits selective migration - e.g., upgrading transit pass sectors to SL3 while retaining SL1 for loyalty data - without replacing infrastructure. The MF1PH2200DA8/00 also retains identical command structure and memory layout for DaVaBlocks to minimize middleware changes.

What is the purpose of the 70 pF input capacitance in the MF1PH2200DA8/00?

The 70 pF input capacitance in the MF1PH2200DA8/00 is optimized for compact antenna designs used in wristbands, key fobs, and other space-constrained form factors. Unlike the 17 pF variant (e.g., MF1P2200DA8/00), this higher capacitance lowers the resonant frequency impedance mismatch, improving coupling efficiency with smaller coils. It directly enables reliable 10 cm read range in miniaturized implementations - a critical requirement confirmed in NXP's antenna design guidelines for MF1PHx2 devices.

Can the MF1PH2200DA8/00 generate a Random ID, and how is it implemented?

Yes, the MF1PH2200DA8/00 supports ISO/IEC 14443-3 compliant Random ID generation for all UID types, satisfying modern data protection regulations. When enabled, the IC transmits a dynamically generated 7-byte identifier on each activation instead of the fixed factory-programmed UID. The real UID remains accessible only after successful ISOSelect or ISOExternalAuthenticate - ensuring privacy during casual scanning while preserving backend traceability when required. This feature is configurable per the MF_PersonalizeUIDUsage command.

What distinguishes the Transaction MAC (TMAC) feature in the MF1PH2200DA8/00?

The Transaction MAC (TMAC) in the MF1PH2200DA8/00 computes a cryptographic checksum over the complete transaction - including value block contents, operation type (increment/decrement), and sector address - using AES-128. This allows clearing entities or backend systems to independently verify transaction integrity without storing intermediate states. Unlike simple CRCs, TMAC prevents replay, truncation, or substitution attacks and is mandatory in SL3 mode, making the MF1PH2200DA8/00 suitable for auditable micro-payment and fare collection deployments.