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The LCDChip AT88SC0104C-MP catalog entry identifies a Microchip / Atmel CryptoMemory device with 1 Kbit of user EEPROM arranged as four zones. Its registered form is an M2 P ISO smart-card module.
Confirm the exact -MP module option, contact map, communication mode, and supplied lot against controlled Microchip documentation before integration.
AT88SC0104C belongs to the CryptoMemory low-density family. It provides 1 Kbit (128 bytes) of user memory divided into four 256-bit zones, together with a separate 2-Kbit configuration area. Programmable access rights, password and key storage, mutual authentication, encrypted checksums, and stream encryption support controlled use of the memory.
Four independently managed user zones support application separation.
Programmable rights and authentication restrict authorized operations.
The catalog specifies an M2 P module for ISO-contact integration.
Anti-tearing behavior helps protect nonvolatile updates against interrupted transactions.
Four 32-byte zones total 128 bytes of user EEPROM.
A separate 2-Kbit area holds device setup and control information.
Mutual authentication, encrypted checksums, stream encryption, and password controls are described by Microchip.
Family documentation describes ISO 7816 smart-card operation and synchronous two-wire operation; verify the exact module variant's enabled modes.
The LCDChip registered package is M2 P, Smart Card Module (ISO). This is a contact-card module designation, not the eight-lead SOIC, UDFN, PDIP, or TSSOP package also described for the device family. Match the physical contact pattern and exact -MP order code to Microchip's controlled module drawing before card-body or reader design.

The expected local JPG is absent and the production package URL returns HTTP 404. Keep this draft unpublished until a verified image is available.
Microchip documents ISO 7816 Class A (5 V) or Class B (3 V) smart-card operation, ISO 7816-3 asynchronous T=0 protocol for applicable module options, and a synchronous two-wire mode for applicable variants. Card contacts carry power, ground, clock, reset, and data according to the selected module's controlled contact map. Do not transfer the pin numbers of an eight-lead plastic package to the M2 P contact module.
The exact -MP communication-mode option and ISO 7816-2 contact assignments require verification against the manufacturer's module-specific drawing before wiring.
| Device family | CryptoMemory low-density |
|---|---|
| User EEPROM | 1 Kbit (128 bytes) |
| User zones | Four zones of 256 bits (32 bytes) each |
| Configuration area | 2 Kbits, separate from user memory |
| User OTP area | 37 bytes |
| Key/password area | 160 bytes |
| Authentication | 64-bit mutual-authentication protocol as documented by Microchip |
| Supply range | 2.7 V to 5.5 V |
| Smart-card class | ISO 7816 Class A (5 V) or Class B (3 V) |
| Two-wire speed | Up to 1.0 MHz compatibility where the mode is supported |
| Write endurance | 100,000 cycles per manufacturer summary |
| Data retention | 10 years per manufacturer summary |
| Registered module | M2 P, Smart Card Module (ISO) |
Use the full Microchip specification for timing, programming, reliability conditions, and exact -MP variant behavior.
Other CryptoMemory densities and plastic packages are not drop-in substitutes for this M2 P module. Capacity, zone count, access configuration, card contacts, protocol option, and personalization must all match. Verify the exact -MP ordering suffix and physical lot. No unverified internal product link is added.
Microchip's AT88SC0104C Summary Datasheet, Atmel-5204IS, July 2015, and CryptoMemory Low Density Full Specification, Atmel-8664I, July 2015, describe the memory organization, security mechanisms, interfaces, electrical range, and supported form factors. The current Microchip product page labels this family device not recommended for new designs; check lifecycle and support directly with the manufacturer for a new design.
Store controlled application records in a qualified ISO-contact module.
Protect personalized data with provisioned access rights and keys.
Assign separate user zones to distinct card functions.
Use the documented two-wire mode only where the exact module option supports it.
Validate module dimensions, contact finish, markings, lot traceability, readout, and configured access rights. Establish a controlled personalization procedure for keys, passwords, zone permissions, and recovery policy. Older cryptographic mechanisms should be reviewed against the security requirements of the intended system; do not equate the device with a current secure element solely by product category.
No. The 1-Kbit user EEPROM is separate from the 2-Kbit configuration area and security-related storage.
No. Microchip notes that module options may differ between T=0/two-wire and two-wire-only operation; verify the exact -MP option.
No direct mechanical equivalence should be assumed; the contact module needs its own controlled drawing.
No. The registered production module JPG is unavailable and the exact module option needs further confirmation.
Consult the latest Microchip full specification and module drawing for contact mapping, mode selection, ATR behavior, timing, personalization, security provisioning, and electrical limits. Resolve the exact -MP ordering variant and production JPG before formal publication.
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