iiyama ProLite TE8613A-B2AG 86-inch Google EDLA Interactive Display

86 inches for large classrooms and lecture halls

The TE8613A is designed to ensure readability from the back rows in crowded classrooms and deep conference rooms. With a width of 217.4 cm, it offers a writing area significantly larger than that of a standard classroom whiteboard.

As the size increases, so does the complexity of installation: this model weighs 63.8 kg and has a VESA mounting pattern of 800 x 600 mm. Wall load-bearing capacity and the choice of mounting hardware must be verified at the start of the project.

63.8 kg and 800 x 600 VESA: installation planning is required

With dimensions of 1955.6 x 1154 x 87.1 mm and a weight of 63.8 kg, installation requires a professional team. For drywall walls, a support profile must be installed on the back; if a mobile stand is used, a stand with the appropriate load rating must be selected.

282 W typical power consumption

Typical power consumption is 282 W. In multi-grade school projects, the total load calculation should be based on this value; the capacity of existing panels and circuits must be verified prior to installation.

Panel and Platform

The 86-inch (217.4 cm) 4K UHD panel with a resolution of 3840 x 2160 is manufactured with an anti-glare and antibacterial surface. The Zero-Gap Air Bonding structure eliminates the gap between the glass and the panel. The iiWare platform, based on Android 14, is Google EDLA certified; Google services operate without the need for additional hardware. It features HDMI, DisplayPort, USB-C, and HDMI output ports, as well as an OPS slot.

Applications

• Large classrooms and lecture halls
• Large meeting and conference rooms
• University lecture halls
• Corporate training centers
• Multipurpose halls

Project Planning with Koz Teknoloji

For screens 86 inches and larger, determining how the screen will be brought into the building and mounted on the wall requires just as much planning as the screen itself. During the site survey, we inspect both the transportation route and the wall structure.