Overview
The Panasonic Havis PCPE-HAV3305 port replicator is a versatile solution designed to enhance and expand the connectivity options of your devices. With its comprehensive array of ports, including Ethernet, USB 2.0, and SuperSpeed USB 3.0, this port replicator allows for the connection of multiple peripherals and devices simultaneously, facilitating a more efficient and productive workspace. Additionally, the device features VESA interface support and a key lock, ensuring both a secure mount and added security for connected devices. The absence of pass-through functionality simplifies the setup, reducing potential points of failure and maintaining a stable connection. Moreover, the included power adapter supports a range of DC 12 - 16 V, providing flexibility and reliability in power supply to meet the demands of various work environments. Whether at home, in the office, or in a specialized setup, the Panasonic Havis PCPE-HAV3305 port replicator offers a reliable solution for expanding your device's connectivity while ensuring security and stability.
  • Ports: 16V DC-in, 4x USB 2.0, 2x USB 3.0, 2x LAN, 1x HDMI, 1x VGA, 1x Serial
  • VESA 75 mounting pattern
  • Keyed lock
Enhanced connectivity With dual RJ-45 Ethernet ports, four USB-A ports for USB 2.0, two USB-A ports for SuperSpeed USB 3.0, and a D-Sub (DB-9) serial port, this port replicator expands your device's connectivity options, making it easier to connect multiple devices and peripherals for a comprehensive workstation setup. Secure and stable Designed with VESA interface support and a key lock feature, this port replicator ensures a secure and stable connection to your devices. The inclusion of a key lock also provides an added layer of security, preventing unauthorized access to your connected devices. Reliable power supply Equipped with a power adapter that operates within a nominal voltage range of DC 12 - 16 V, this port replicator ensures your devices remain powered and operational throughout the day, without the need for constant reconnection to different power sources.