RAM Mounts IntelliSkin Thin-Case Lade-/Schutzhülle Apple iPad Pro 11 (M4) - GDS-Technologie, Pogo Pins rückseitig und unten

The IntelliSkin® Thin-Case™ for iPad Pro 11 (M4) (RAM-GDS-SKIN-AP45-M4-TCDB) is a low-profile, two-piece device enclosure designed for the GDS® Uni-Conn™ docking platform. Case features the Distinctive D-Shape™ integrated USB-C connector with external pogo pads as well as rear pogo pads.

The robust polycarbonate shell protects your device from daily wear and tear while the complete enclosure makes it difficult for unauthorized users to access the tablet, providing additional peace of mind for tablets mounted in high-traffic environments. The flat, ruggedized pogo pad contacts are made for repetitive docking to protect the device's port and collect less dirt making them easier to clean. An integrated USB Type-C connector at the bottom of the case allows for device charging even when you don’t have a GDS® Powered Uni-Conn™ Dock available.

The IntelliSkin® Thin-Case™ for the Apple iPad Pro 11 (M4) is only compatible with GDS® Powered Uni-Conn™ dock, easily identified by the GDS® Powered Uni-Conn™ Adapter emblem. One Dock to Connect Them All™ Always Protected. Always Connected.®

Features

• Two-piece, hard plastic enclosure for Apple iPad Pro 11" (M4) with dual integrated GDS® connector—rear pogo pads and Dinstinctive D Shape pogo pads
• GDS® connector and docking contacts provide charging and data sync capabilities
• External USB Type-C connector allows for charging capabilities when GDS® Uni-Conn™ docks are not available
• Complete your solution with IntelliSkin® Thin-Case™ compatible ergo accessories—hand strap and shoulder strap

Material(s) - High strength composite

Transfer speed - Up to USB 3.1 @ 5Gbps (via D-Shape Contacts)*, Up to USB 2.0 @ 480Mbps (via External USB-C Port or Rear Contacts)

Ports - External USB-C 2.0

Additional Information - *USB 3.1 is the maximum transfer speed that the IntelliSkin® can support, but actual transfer speeds will vary based on selected docks, chargers, and device limitations.