Dahua Mifare Key Fob, 13.56MHz working frequency

Model: Mifare ID1356

Who This Is For

Property managers specifying access control credentials for multi-tenant buildings, commercial offices, or residential complexes will find the Dahua Mifare ID1356 a practical fit. This 13.56MHz Mifare key fob is designed for use with Mifare-compatible card readers, making it a direct replacement or bulk addition to any existing Mifare-based access control system. It suits facilities coordinators issuing credentials to staff or residents, security integrators commissioning new installations, and IT managers standardising credential formats across multiple entry points. Because the fob carries a unique ID number and supports encryption, it suits environments where cloning resistance and audit-level identification are required - from secure office floors and car parks through to gated residential estates and co-working spaces. If your reader infrastructure is already running 13.56MHz Mifare technology, this fob slots in without system changes.

What This Actually Does

Who Buys This Model

• Building Managers: Issuing fobs to new tenants or replacing lost credentials across a Mifare-based door access system without needing to re-enrol or reconfigure readers.
• Security Integrators: Commissioning Dahua access control installations and supplying matching 13.56MHz Mifare credentials as part of a complete reader-plus-fob deployment.
• Office Facilities Teams: Transitioning staff from older 125kHz proximity fobs to 13.56MHz Mifare credentials for improved cloning resistance at existing or upgraded readers.
• Strata and Residential Developers: Providing move-in credentials to residents across gate, lobby, and lift access points that operate on a Mifare reader platform.

Honest Assessment

The Dahua Mifare ID1356 does exactly what a Mifare fob should: it presents a unique, encrypted credential to a 13.56MHz reader quickly and consistently. The cloning resistance over legacy 125kHz EM-format fobs is genuine, and the keyring form factor suits everyday carry better than a card for most end users. Bulk purchasing for multi-tenant deployments is straightforward, with each fob carrying its own unique ID for individual enrolment. What this fob will not do is work with 125kHz EM4100 or HID Prox readers - if your site runs legacy proximity technology, you need different credentials rather than a different Mifare fob variant. It also carries no on-board display, PIN, or biometric element, so it functions as a possession-based credential only. For environments requiring multi-factor authentication, the fob needs to be paired with a reader that also accepts a PIN or biometric. Available through Security Australia for single-unit or bulk orders.

Before You Buy

Quick Fit Check

• Good match if: Your access control readers are confirmed as 13.56MHz Mifare-compatible and you need additional or replacement fob credentials that support encrypted, cloning-resistant communication.
• Good match if: You are issuing credentials to users who prefer a keyring-attached fob over a card format, such as warehouse staff, tradespeople, or residents managing multiple keys daily.
• You may need a different model if: Your existing readers operate at 125kHz (EM4100 or HID Prox format) - in that case, look at 125kHz proximity fob options available at securityaustralia.com.au rather than a Mifare credential.

Key Features & Technical Specifications

Real-World Scenarios

How It Compares

• Choose this if: Your readers are confirmed Mifare-compatible at 13.56MHz and you want a keyring-format credential with encrypted communication and individual unique IDs per user.
• You may need a different model if: Your site uses 125kHz proximity readers - a 125kHz EM or HID-format fob available at securityaustralia.com.au is the right credential type for that infrastructure.
• Pairs well with: Dahua Mifare-compatible access control readers, door controllers, and access management software that supports 13.56MHz credential enrolment.

Common Questions

1. Will this fob work with my existing access control readers?

   Only if your readers operate at 13.56MHz and support the Mifare standard. The ID1356 will not communicate with 125kHz proximity readers (EM4100 or HID Prox format). Check your reader's datasheet for "Mifare" or "ISO/IEC 14443A" compliance before ordering. If you are unsure, the reader label or original installation documentation usually lists the supported frequency.

2. Does this fob have a battery?

   No. The ID1356 is a passive credential, meaning it draws power from the electromagnetic field produced by the reader when the fob is presented. There is no battery to replace or charge, and no power source required on the fob itself. This contributes to its longevity in everyday carry use.

3. Is Mifare more secure than a standard proximity fob?

   Yes. Standard 125kHz proximity fobs transmit a fixed ID with no encryption, making them straightforward to clone with widely available devices. Mifare operates at 13.56MHz and includes encryption that resists the cloning methods that work against legacy proximity credentials. For environments where security is a genuine concern, Mifare represents a meaningful step up from EM4100-format fobs.

4. Does this fob work with non-Dahua access control systems?

   Yes, in most cases. The ID1356 uses the standard Mifare protocol, which is supported by access control readers from many manufacturers - not only Dahua. As long as the reader supports 13.56MHz Mifare credentials, the fob can be enrolled into the system regardless of brand. Confirm compatibility with your specific access control platform before bulk purchasing.

5. Can this fob be used for multi-factor authentication?

   Not on its own. The ID1356 is a possession-based credential only - it proves you are carrying the fob, not that you are the authorised person. For multi-factor access (fob plus PIN, or fob plus fingerprint), the fob must be paired with a reader that supports a second verification method. The fob itself has no PIN pad or biometric capability.

6. How is each fob enrolled into the access control system?

   Each ID1356 carries a unique ID number that is read by the access control reader and registered to a user profile in the system software. Enrolment is typically done by presenting the fob to a reader in enrolment mode or by manually entering the fob's ID number into the user management interface. For large deployments, check whether your access control software supports batch import of credential IDs to avoid manual entry for each user.

Downloads & Resources

No downloads available for this product.