Aten PE8108G 8 Outlets eco PDU allows you to control and monitor the power status of devices attached to the PDUs at outlet level from practically any location via a TCP/IP connection. It features space saving 1U rack mount design with rear mounting, power-on sequencing where users can set the power on sequence and delay time for each port to allow equipment to be turned on in the proper order, and LED indicators for current and IP address at Outlet levels. It offers two-level password securit with strong security features that include password protection and advanced encryption technologies – 128 bit SSL Input is 1 x IEC 320 C20 and 8 x IEC 320 C13 outlets.
The PE8108G eco PDU is intelligent PDU that contains 8 AC outlets and is available in IEC socket configuration. It provides secure, centralized, intelligent, power management (power on, off, cycle) of data center IT equipment (servers, storage systems, KVM switches, network devices, serial data devices, etc.), as well as the ability to monitor the center’s health environment via sensors*.
The PE8108G eco PDU offers remote power control combined with real-time power measurement – allowing you to control and monitor the power status of devices attached to the PDU at outlet level from practically any location via a TCP/IP connection.
The PE8108G eco PDU supports any 3rd party v3 SNMP Manager Software and The eco Sensors (Energy Management Software). The eco Sensors provides you with an easy method for managing multiple devices, offering an intuitive and user-friendly Graphical User Interface that allows you to configure a PDU device and monitor power status of the equipment connected to it. With the eco Sensors, the Sensor-enabled eco PDU also offers comprehensive power analysis reports which can separate by departments and locations, providing precise measurements of current, voltage, power and watt-hour in a real-time display.
With its advanced security features and ease of operation, the PE8108G eco PDU is the most convenient, most reliable, and most cost effective way to remotely manage power access for multiple computer installations and allocate power resources in the most efficient way possible.
*Sensors are optional accessories. A sensor-enabled installation is required to generate a more complete energy-efficient data and chart. Higher sensor installation density is helpful to generate more accurate data.