DSC MPT 8PK PowerG mini Tags per 8
DSC MPT 8PK PowerG mini Tags per 8 units.
Availability: In stock
SKU
MPT 8PK
DSC MPT 8PK PowerG Mini Tags – Secure & Compact
The DSC MPT 8PK PowerG Mini Tags offer a reliable and compact solution for wireless access control. Designed specifically for use with DSC PowerSeries Neo and Qolsys IQ Panel 2+ security systems, these RFID key fobs allow users to quickly arm and disarm their systems with a simple tap—no codes required.
Key Features:
- 8-pack of mini RFID tags compatible with PowerG-enabled panels
- Small, lightweight design – ideal for keychains and lanyards
- Compatible with DSC NEO, Qolsys IQ Panel 2+, and other PowerG systems
- Secure, encrypted communication for enhanced protection
- Perfect for family members, employees, or trusted visitors
Why Choose DSC PowerG Mini Tags?
These DSC PowerG RFID mini tags make everyday system access simple and secure. Whether you're managing a home or business, these tags streamline access while maintaining the high-security standards of your PowerG-enabled system.
Product Specifications:
- Model: MPT
- Quantity: 8 RFID tags per pack
- Technology: PowerG RFID (868-928 MHz)
- Dimensions: Compact form factor for convenience
- Color: Black with durable plastic casing
Note: Requires a compatible PowerG keypad or reader for use.
Upgrade your access control with the DSC MPT 8PK PowerG Mini Tags — the perfect blend of convenience, compatibility, and cutting-edge security.
Customer Reviews
Questions
Hello, can you please explain the differences in RFiD, EM and MiFare protocols.
Thanks
Thanks
Question by: Frank on Feb 24, 2026, 9:45 AM
MIFARE, RFID, Wiegand, and EM represent different components and technologies within the access control and identification industry. RFID is the overarching radio technology, MIFARE and EM are specific types of RFID, and Wiegand is the protocol used to communicate that data.
RFID - Radio Frequency Identification
RFID is the broad technology that uses radio waves to identify objects or people. It consists of a tag (card/fob) and a reader.
RFID allows contactless reading of data. It is divided into Low Frequency (LF), High Frequency (HF), and Ultra-High Frequency (UHF).
Key Difference: This is the umbrella term for all radio technologies.
EM Protocol (EM4100/EM4200) - 125kHz
EM cards are a popular type of 125 kHz Low-Frequency (LF) RFID tag, often called "Proximity" cards.
These cards transmit a fixed 40-bit or 64-bit ID number when placed near a reader. They are passive and do not have internal security, meaning they are very easy to clone.
Key Difference: Low cost, no data storage capacity, easily cloned, and low security. Best for basic entry.
MIFARE (NXP Semiconductors) - 13.56MHz
MIFARE is a brand of 13.56 MHz High-Frequency (HF) RFID smart cards, complying with ISO/IEC 14443A.
MIFARE cards are "smart cards" that have an embedded microcontroller and memory. They support mutual authentication (the reader authenticates the card, and vice versa).
Regards
RFID - Radio Frequency Identification
RFID is the broad technology that uses radio waves to identify objects or people. It consists of a tag (card/fob) and a reader.
RFID allows contactless reading of data. It is divided into Low Frequency (LF), High Frequency (HF), and Ultra-High Frequency (UHF).
Key Difference: This is the umbrella term for all radio technologies.
EM Protocol (EM4100/EM4200) - 125kHz
EM cards are a popular type of 125 kHz Low-Frequency (LF) RFID tag, often called "Proximity" cards.
These cards transmit a fixed 40-bit or 64-bit ID number when placed near a reader. They are passive and do not have internal security, meaning they are very easy to clone.
Key Difference: Low cost, no data storage capacity, easily cloned, and low security. Best for basic entry.
MIFARE (NXP Semiconductors) - 13.56MHz
MIFARE is a brand of 13.56 MHz High-Frequency (HF) RFID smart cards, complying with ISO/IEC 14443A.
MIFARE cards are "smart cards" that have an embedded microcontroller and memory. They support mutual authentication (the reader authenticates the card, and vice versa).
Regards
Answer by: Frank Ligthart (Admin) on Apr 24, 2026, 12:20 PM
