- Connectivity: USB HID
- Payment: Triple-track MSR (encrypted)
- Security: MagneSafe encryption
- Form Factor: Desktop swipe reader
- Swipe: Bi-directional
The MagTek DynaMag HID Bundle is an encrypted magnetic stripe reader designed for straightforward integration via USB Human Interface Device (HID) protocol. This desktop swipe reader delivers secure MSR capability with plug-and-play simplicity for POS system integration.
USB HID connectivity enables the DynaMag to appear as a standard input device to connected computers and POS systems. Card data transmits through the HID interface, which enjoys broad operating system support without requiring specialized drivers. This native compatibility simplifies deployment across diverse technical environments.
The triple-track magnetic stripe reader captures data from all three tracks simultaneously, supporting the full range of magnetic stripe card types encountered in payment and access control applications. Bi-directional swipe capability accommodates both left-to-right and right-to-left card swipes for user convenience.
MagneSafe encryption protects cardholder data from the moment of swipe, ensuring sensitive information remains secure through transmission. The encryption occurs within the reader before data exits the device, dramatically simplifying PCI compliance by keeping unencrypted card data entirely out of merchant systems.
The desktop form factor positions the reader optimally for customer or operator use at checkout counters. The compact footprint minimizes counter space requirements while the stable base prevents movement during card swipes. Durable construction ensures reliable operation across years of high-volume use.
For merchants requiring secure encrypted MSR capability with straightforward USB HID integration, the MagTek DynaMag HID delivers proven reliability with MagneSafe security.
**Important Note:** This device is a magnetic stripe-only (MSR) reader and does NOT support EMV chip or NFC contactless payments. For full payment acceptance capability including chip and contactless, consider EMV-enabled alternatives.
