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AT88SC1616C-MP from Microchip Technology is a 16-Kbit secure serial EEPROM in an M2 P smart-card module. This exact MP order is the ISO module with asynchronous T=0 and synchronous two-wire capability, rather than the TWI-only MPTG order.
The exact order, module type, memory organization, pin assignments and electrical range were checked against the manufacturer's AT88SC1616C summary datasheet.
The AT88SC1616C provides 2,048 bytes of user EEPROM organized as sixteen 128-byte zones. Each zone can have its own access rights; the on-chip security functions support mutual authentication and encrypted transfers. The MP ordering specifies an M2 P contact module with an Atmel-logo-marked P style and ISO interface.
Sixteen individually configurable 128-byte zones support separate protected data areas.
Mutual authentication, encrypted checksum and stream-encryption functions help protect exchanged data.
The MP ISO module supports asynchronous T=0 smart-card and synchronous two-wire operation.
Configuration, password and key storage support application-specific access policies.
16-Kbit / 2-Kbyte EEPROM across sixteen 1-Kbit zones.
Four key sets, password capability, OTP area and security configuration memory.
ISO 7816-3 asynchronous T=0 operation uses the bonded reset, clock and I/O contacts.
Synchronous two-wire communication can be used when the system design supports it.
The catalog's original package is M2 P, Smart Card Module (ISO), matching the manufacturer's MP order. The P module has a square glob top and is distinguished from the J module; the ISO MP order must also be distinguished from the TWI-only MPTG order.

The registered package JPG is not currently available on the production site. Restore and verify the correct image before publication.
The manufacturer's ISO-module pin-assignment table gives the following M2 P contact functions.
The TWI-only module lists C2 as NC; do not transfer a TWI-only contact map to this MP ISO order.
| Exact order | AT88SC1616C-MP |
|---|---|
| Device family | CryptoMemory secure EEPROM |
| User EEPROM | 16 Kbit / 2,048 bytes |
| User zones | Sixteen 1-Kbit / 128-byte zones |
| Configuration zone | 2 Kbit |
| OTP area | 37 bytes |
| Keys/password area | 160 bytes |
| Security functions | Mutual authentication, encrypted checksum and stream encryption |
| Interface | ISO 7816 T=0 or synchronous two-wire |
| Supply voltage | 2.7 V to 5.5 V |
| Temperature class | Commercial, 0 to +70 degrees C |
| Package | M2 P smart-card module, ISO contact configuration |
Consult the manufacturer's detailed electrical tables, timing requirements and module drawing before design release.
The same-family MJ order uses a J module, while MPTG is a two-wire-only P module; neither should be assumed to replace this MP ISO part without checking mechanical fit, reset contact, protocol, security personalization and operating range. Different CryptoMemory densities change zone organization. No unverified internal catalog replacement link is provided.
The original AT88SC1616C literature was issued under the Atmel name and is maintained by Microchip Technology. Microchip lists this mature family as not recommended for new designs; review lifecycle and security requirements with the manufacturer for new programs.
Store independently controlled application data in multiple user zones.
Use authentication and protected memory in reader-based access systems.
Use the supported two-wire mode where the host design and module contacts allow it.
Separate logical files through zone-level access policies.
Inspect the exact manufacturer order code, module style, traceability and security-personalization state. Verify that credentials and access rights are provisioned using a controlled process; the presence of cryptographic functions alone does not establish that a delivered module has been personalized correctly.
Sixteen 128-byte zones provide 2,048 bytes, or 16 Kbit, of user EEPROM.
No. The manufacturer identifies MP as the M2 P ISO order; MPTG is the two-wire-only P-module order.
No. Confirm zone organization, protocol, contact map, security configuration and host software first.
Verify the MP ISO ordering, C2 reset contact, supply voltage, reader timing, security personalization and P-module assembly drawing. The registered M2 P JPG is missing from the production website and must be restored and visually checked before publication.
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