Secure HF access

High-Security AES Wooden RFID Cards

High-security AES HF wooden RFID cards give buyers a more secure 13.56 MHz credential while still presenting a premium natural material. Because modern AES generations use applications, keys, and encrypted data, these projects need tighter coordination with the access integrator than a simple tap card.

High-security AES route brief

Frequency	13.56 MHz secure HF
Best use	Secure enterprise, campus, premium hotel, club, and multi-application credential programs.
Chip route	high-security AES HF family selected by integrator requirement, including memory and application structure.
Phone behavior	Not chosen for public NFC marketing. It is usually a secure reader credential route.
Encoding	Application IDs, files, keys, secure personalization, UID exports, cardholder mapping, and box labels.
Approval check	The integrator must define chip, keys, encoding responsibility, sample validation, and data handoff.

Visual references

high-security AES HF wooden credentials tested on secure access readers

high-security AES HF applications keys UID and cardholder mapping workflow

Secure cards need the integrator involved early.

High-security AES HF projects should define chip generation, memory, application structure, key handling, encoding responsibility, and test-card approval before visual production starts.

Keep personalization traceable.

Serials, UID lists, box labels, and cardholder records should be matched in one controlled file. This is especially important for secure access and enterprise replacement workflows.

Define the application and key model first.

A high-security AES HF card can hold multiple applications — access, cashless, transit, or membership — each protected by its own keys. The application structure, memory allocation, and key-management responsibility should be agreed with the integrator before the wooden card is sampled.

A wood body does not reduce high-security AES HF security.

The security lives in the chip, not the surface, so a wooden high-security AES HF card is exactly as secure as its plastic equivalent and reads on the same secure-HF readers. What still needs testing is antenna behavior in the final wood thickness, confirmed with a working sample on the real reader.

Best uses

Enterprise access programs
Premium hotel and club credentials
Campus and multi-application IDs
Programs requiring integrator-defined data

Frequently asked questions

Is a wooden high-security AES HF card as secure as plastic?

Yes. The security lives in the chip, not the surface — a wooden high-security AES HF card is exactly as secure and reads on the same secure-HF readers.

What needs defining before a high-security AES HF project?

Chip generation, memory, application structure, key handling, and encoding responsibility — agreed with the access integrator before visual production starts.

Can one high-security AES HF card hold several applications?

Yes — access, cashless, transit, or membership, each protected by its own keys. The application map is agreed before the wood card is sampled.

Specification

Card size	CR80 and custom dimensions by drawing
Card body	Plastic-free, FSC-certified wood body options
Thickness	0.80 mm to 2.0 mm by wood species and chip
Minimum order	None — single samples to production runs
Production time	About one week after artwork and sample approval
RF planning	Chip, antenna, thickness, and finish approved together
Approval route	Material sample, working RF sample, production proof
Frequency	13.56 MHz secure HF
Chip route	high-security AES HF family selected by integrator requirement, including memory and application structure.
Encoding	Application IDs, files, keys, secure personalization, UID exports, cardholder mapping, and box labels.
Approval check	The integrator must define chip, keys, encoding responsibility, sample validation, and data handoff.
Typical route	high-security AES HF family, memory, and application model by integrator requirement