Engineering Category: Logic-Encryption Contact IC Card
Access Control & Campus Card
SLE4428 / FM4428 Compatible · ISO 7816 Contact Interface
A secure-logic contact card for building access, offices and campus systems. With 1 KB of password-protected memory, it holds credentials and IDs for closed-loop access — no payment-scheme certification needed.
- 🔒Password-Protected
Memory - 🏢Building & Campus
Access - 🔗SLE4428
Drop-In - 🆔Large-Capacity
1 KB ID
What Is an Access Control & Campus Card?
An access control & campus card is a logic-encryption contact IC card used to store credentials and ID data for building access, offices and campus systems. Built on the Infineon SLE4428 and China-made FM4428 chip, it offers 1 KB of EEPROM with password protection — larger than an SLE4442, so it can hold more access rights, ID fields and usage records.
It is a closed-loop card: it works within your own access and campus system, so no EMVCo or banking certification is required. SLE4428 and FM4428 are pin- and command-compatible, dropping straight into existing readers. For the full international ↔ China chip mapping, see the chip selection & cross-reference table below.
Where Access & Campus Cards Fit Best
- Building and office access control with contact readers
- Campus systems combining access, attendance and library use
- Closed-loop credentials that stay within your own system
- Programs needing more on-card storage than an SLE4442 offers
- High-volume ID issuance for staff, students and members
Why Choose CedaGlo Access Cards
Password-Protected Data
Logic-level password and protection memory guard stored credentials against casual misuse.
1 KB Large Capacity
Four times the memory of an SLE4442, room for more IDs, rights and usage records.
Drop-In SLE4428 Replacement
Pin- and command-compatible with SLE4428, working in existing access readers.
Closed-Loop, No Certification
Runs inside your own system, so no EMVCo or banking certification is needed.
Key Features
- 2-byte programmable password protects write access
- Protection memory locks defined data areas
- Guards credentials against casual tampering
- 1024-byte EEPROM, ≥100,000 write cycles
- ≥10 years data retention for long card life
- Room for IDs, access rights and records
- SLE4428-compatible — drop-in with existing readers
- China-made FM4428 as direct alternative
- Ready for high-volume ID issuance
Technical Specifications
| Chip Type | Logic-Encryption (SLE4428 / FM4428) | Write Endurance | ≥ 100,000 cycles |
| Memory Capacity | 1 KB (1024 bytes) EEPROM | Data Retention | ≥ 10 years |
| Security | 2-byte password (PSC) + protection memory | Operating Temperature | 0 °C to 70 °C |
| Protection Memory | Byte-level write protection | Card Size | CR80, 85.60 × 53.98 mm |
| Interface | ISO/IEC 7816 contact | Thickness | 0.76 mm |
| Chip Compatibility | Infineon SLE4428 ↔ Fudan FM4428 | Material | PVC / PET / ABS optional |
| Standard | ISO/IEC 7816 | Finish Options | Glossy / Matte / Frosted |
Volume Pricing
| Quantity | Unit Price (USD / pc) |
|---|---|
| 100 – 499 pcs | From US$0.23 |
| 500 – 999 pcs | From US$0.22 |
| 1,000 – 1,999 pcs | From US$0.20 |
| 2,000+ pcs | Contact us for volume pricing |
MOQ: 1 piece. One custom piece costs from US$50 per order, blank SLE4428-compatible cards ship from stock as samples, and the price steps down from 100 pcs upward.
Typical specification for an SLE4428 / FM4428 logic-encryption card. Final price depends on chip, card material, printing and order quantity — contact us for an exact quote. Custom materials and personalization options are available.
Contact Card Chip Selection & Cross-Reference
Full reference of contact & dual-interface IC card chips we supply, with international ↔ China cross-references. This Access Control & Campus Card uses an SLE4428 / FM4428 logic-encryption chip (highlighted). Memory and logic-encryption China parts are pin- and command-compatible drop-in replacements; CPU cards are functional equivalents.
| Category | Brand | Origin | Part Numbers | Interface | Cross-Reference (Intl. ↔ China) |
|---|---|---|---|---|---|
| Memory | Microchip (ex-Atmel) | US | AT24C01 / AT24C02 / AT24C04 / AT24C08 / AT24C16 / AT24C32 / AT24C64 / AT24C128 / AT24C256 / AT24C512 | Contact | ↔ FM24C / GT24C |
| Memory | STMicroelectronics | EU | M24C01 / M24C02 / M24C04 / M24C08 / M24C16 / M24C32 / M24C64 | Contact | — |
| Memory | onsemi | US | CAT24C01 / CAT24C02 / CAT24C04 / CAT24C16 / CAT24C32 / CAT24C64 / CAT24C128 / CAT24C256 / CAT24C512 | Contact | — |
| Memory | Fudan / FMSH | CN | FM24C01 / FM24C02 / FM24C04 / FM24C08 / FM24C16 / FM24C32 / FM24C64 / FM24C128 / FM24C256 | Contact | ↔ Microchip AT24C (pin-compatible) |
| Memory | Giantec | CN | GT24C01 / GT24C02 / GT24C04 / GT24C08 / GT24C16 / GT24C32 / GT24C64 / GT24C128 / GT24C256 / GT24C512 | Contact | ↔ Microchip AT24C (pin-compatible) |
| Logic-Encryption | Infineon | EU | SLE4406 / SLE5536 | Contact | ↔ Fudan FM4406 |
| Logic-Encryption | Infineon | EU | SLE4418 / SLE5518 | Contact | ↔ Fudan FM4418 |
| Logic-Encryption | Infineon | EU | SLE4428 / SLE5528 | Contact | ↔ Fudan FM4428 / FM5528 |
| Logic-Encryption | Infineon | EU | SLE4432 / SLE5532 | Contact | ↔ Fudan FM4432 |
| Logic-Encryption | Infineon | EU | SLE4442 / SLE5542 | Contact | ↔ Fudan FM4442 / FM5542 |
| Logic-Encryption | Microchip | US | AT88SC0104C / 0204C / 0404C / 0808C / 1616C / 3216C / 6416C / 12816C / 25616C (CryptoMemory) | Contact | — |
| Logic-Encryption | Fudan / FMSH | CN | FM4406 / FM4418 / FM4428 / FM4432 / FM4442 / FM5528 / FM5542 | Contact | ↔ Infineon SLE44xx / SLE55xx |
| CPU | Infineon | EU | SLE78CF1M0P / SLE78CF1M2P (contact) · SLE78CLFX40xxP (dual) | Contact / Dual | — |
| CPU | NXP | EU | P60D024 / P60D080 / P60D144 / P60D145 (SmartMX2) · P71D321 / P71D352 (SmartMX3) | Dual | — |
| CPU | STMicroelectronics | EU | ST33J2M0 / ST33G1M2 / ST33K1M5 (ARM SecurCore) | Contact / Dual | — |
| CPU | Fudan / FMSH | CN | FM1216 / FM1232 / FM1280 | Contact / Dual | ↔ Infineon / NXP / ST |
| CPU | Huada / HED | CN | CIU98328F / CIU98428F (contact) · CIU9872B / CIU9872B_01 (dual) · CIU98M50 (SIM) | Contact / Dual | ↔ Infineon / NXP / ST |
| CPU | Unigroup Tongxin | CN | THD86 / THD88 / THD89 · THC20F08AD / THC80F09 (SIM) | Contact / Dual | ↔ Infineon / NXP / ST |
| CPU | Datang | CN | DMT-CFN2HG6 (contact) · DMT-CBS-CE3D (dual) | Contact / Dual | ↔ Infineon / NXP / ST |
China CPU cards embed international algorithms (DES/3DES/RSA/ECC/AES) plus Chinese SM1/SM2/SM3/SM4. Product-level payment & ID certifications are handled per project. Part availability and exact specs — contact us before design-in.
Best-Fit Applications
Building Access Card
- Stores access rights for doors and gates
- Password-protected credential data
- Works in standard contact readers
Office / Workspace Card
- Manages staff entry to offices and zones
- Holds employee ID and access level
- Easy to reissue and update
Campus Card
- Combines access, library and attendance
- 1 KB memory holds multiple ID fields
- Ideal for schools and universities
Attendance / Membership Card
- Tracks attendance and membership status
- Stores member ID and usage records
- Closed-loop, no certification needed
Frequently Asked Questions
Which chip is used in your access control & campus cards?
They are built on the Infineon SLE4428 and the pin-compatible China-made FM4428. Both provide 1 KB (1024 bytes) of EEPROM, a 2-byte programmable password and protection memory, accessed over the ISO/IEC 7816 contact interface.
What is the difference between SLE4428 and SLE4442?
The SLE4428 has 1 KB of memory — four times the 256 bytes of an SLE4442 — making it better suited to access and campus cards that store more IDs, rights and records. Both are logic-encryption cards with password protection.
Are these cards compatible with existing SLE4428 readers?
Yes. SLE4428 and FM4428 are pin- and command-compatible, so the cards work as drop-in replacements in existing access readers and systems without hardware changes.
Do access & campus cards need any certification?
No. As closed-loop cards used within your own access or campus system, they do not connect to banking networks, so no EMVCo or UnionPay certification is required. For cryptographic security or payment, a CPU card is the better choice.
What is the minimum order for Access Control & Campus IC Card, and what does it cost?
The MOQ is 1 piece, with custom samples from US$50 per order and blank SLE4428-compatible cards from stock. At 100 pcs and above you pay US$0.23 to US$0.20 per piece, with the final figure set by 4428-type chip, photo ID printing, numbering and a lanyard slot.
How far can Access Control & Campus IC Card be customized, and when will the order ship?
You can specify the 4428-type chip, photo ID printing, numbering and a lanyard slot, and packaging can carry your own brand. With 10M+ pieces of monthly capacity in-house, Access Control & Campus IC Card samples take approximately 7 days and a 10,000-piece run approximately 2 weeks.
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View DetailsNeed access or campus cards for your project?
We support card printing, numbering, chip personalization and project-based customization for access control and campus systems. Tell us your chip, quantity and finish — we'll quote fast.