Access card route

Standard HF Access Wooden RFID Cards

Standard HF wooden RFID cards are specified when an access system or membership platform already requires the standard HF at 13.56 MHz. The exact chip generation — Classic, entry-level HF, or a specific memory and sector layout — must be confirmed with the access provider before samples, because these variants are not interchangeable.

Standard HF route brief

Frequency	13.56 MHz
Best use	Membership access, gym and club entry, campus, workplace, hospitality, venue, and compatible access systems.
Chip route	The exact standard HF chip must match the system. The family name alone is not enough.
Phone behavior	Usually selected for readers, not public phone tap. Phone behavior depends on the chip and data model.
Encoding	UID, memory sectors, access keys, card number, member record, or integrator-defined data.
Approval check	Confirm chip generation, memory, key handling, and test on the real access reader.

Visual references

standard HF wooden membership credential in a club setting

standard HF UID sector key and member data setup

Confirm exact chip family, not just the word standard HF.

Different standard HF chips are not interchangeable across systems. Request the exact chip, memory, sector, key, or encoding requirement from the access provider before production.

Use a working sample for approval.

Wood body thickness and finish can change how a reader feels at the door or desk. A real sample should be tested on the target reader, not only on a generic desktop reader.

Legacy standard HF, entry-level HF, and high-security AES HF are not the same.

"standard HF" covers several chips with different memory, security, and sector structures. A door built for a sector-based 1K chip will not accept an entry-level HF card, and secure sites may actually need high-security AES HF. Always request the exact product name, memory size, and any sector or key requirement in writing.

Sector, key, and facility data belong to the integrator.

On encoded standard HF access, the card body and the secured sector or key data are two separate responsibilities. We build and test the wooden card; the site's integrator usually provides or programs the protected data. Agreeing who encodes what up front avoids blank cards that a reader rejects.

Best uses

Club and gym access
Hotel and venue cards
Campus and workplace access
Membership systems requiring standard HF

Frequently asked questions

Are all standard HF chips interchangeable?

No. Sector-based, entry-level, and AES-authenticated HF chips have different memory, security, and sector structures — a door built for one will not accept another. Request the exact product name and requirement in writing.

Who programs the secured standard HF data?

Usually the site's access integrator. We build and test the wooden card; agreeing who encodes the protected sectors up front avoids blank cards a reader rejects.

How is a standard HF wood card approved?

With a working sample tested on the target reader — not just a generic desktop reader — because wood body thickness and finish influence how the read feels at the door.

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
Chip route	The exact standard HF chip must match the system. The family name alone is not enough.
Encoding	UID, memory sectors, access keys, card number, member record, or integrator-defined data.
Approval check	Confirm chip generation, memory, key handling, and test on the real access reader.
Typical systems	Access, membership, hospitality, workplace, venue, and campus