Zebra POWERED Cradle for MC9400, MC9300 & MC9450 – Docking Station with USB and Ethernet Interfaces

The Zebra POWERED Cradle offers a reliable and efficient docking solution for your Zebra mobile computers, including the MC9400, MC9300, and MC9450 models. Designed for seamless integration, this cradle enables convenient data synchronization directly with your computer, streamlining your workflow and improving productivity. Its robust design supports multiple connectivity options, providing an increased number of ports and interfaces to accommodate various peripherals and network connections. This versatility ensures your mobile computing setup remains flexible and adaptable to your operational needs.
Constructed by Zebra Technologies Corporation, the POWERED Cradle is engineered to support your mobile computers securely while offering quick docking and undocking capabilities. Its compatibility with the latest Zebra mobile computers makes it an ideal accessory for retail, warehousing, and logistics environments where fast data transfer and device charging are essential. The cradle's USB and Ethernet connectivity options support a wide range of integration scenarios, enabling efficient data management and device communication.
Whether you need to charge multiple devices simultaneously or connect to external systems for data exchange, this cradle is designed to meet demanding industrial and commercial requirements. Its durable build ensures long-term performance, while the straightforward setup process minimizes downtime. With the Zebra POWERED Cradle, you can maximize the efficiency of your mobile computing infrastructure, ensuring your devices are always ready for use and synchronized with your enterprise systems.

Features:

• Synchronize data conveniently with your computer via Zebra Cradle

• Docking connectivity solution offers an increased number of ports and interfaces

• Compatible with Zebra MC9400, MC9300, and MC9450 mobile computers

• Supports multiple connectivity options including USB and Ethernet

• Robust design for secure device support and reliable performance