HID 1336LGGCV DUOProx Programmable Proximity Card with Vertical Slot
When you're managing access control deployments that need to support legacy proximity readers while maintaining a migration path to more secure credential technologies, you need cards that can bridge both worlds without forcing a complete infrastructure overhaul. The HID 1336LGGCV DUOProx card delivers exactly that—a programmable dual-technology credential with both 125 kHz proximity and 13.56 MHz smart card capabilities in a single form factor with a vertical slot punch for clip-on badge holders.
Key Features
- Dual-technology design supports both proximity and contactless smart card readers in one credential
- Programmable format allows you to configure card data to match existing access control systems
- Front and back gloss finish provides professional appearance and durability for daily use
- Vertical slot orientation accommodates standard portrait-style badge holders and lanyards
- Standard CR80 credit card dimensions (3.375" x 2.125") fit existing badge printers and holders
- Compatible with HID proximity readers and iCLASS SE/Seos platforms
- Factory-programmed with random facility codes to prevent credential duplication
The programmable nature of this credential gives you control over deployment timing and migration strategy. You can issue these cards to users today for proximity-only access, then later enable the smart card functionality when you're ready to upgrade readers in sensitive areas—without reissuing credentials. The gloss finish on both sides ensures consistent appearance whether you're printing photo badges or using pre-printed card stock, and the finish stands up to the friction of daily badge holder insertion and removal.
The vertical slot punch is positioned for standard portrait badge holder clips, making this card ready to deploy in environments where visual ID verification matters alongside electronic access. The random facility code programming means each card ships with unique credentials, reducing the risk of unauthorized duplication compared to cards with sequential or common facility codes. This card works in multi-site deployments where you need credential interoperability across locations with different reader technologies.
