Display
| Viewable size, horizontal |
1039 mm |
| Viewable size, vertical |
584 mm |
| Viewable size diagonal |
1192 mm |
| HD type |
Full HD |
| Native aspect ratio |
16:9 |
Power
| Power consumption (PowerSave) |
255 W |
| Power consumption (off) |
0.3 W |
Ports & interfaces
| DVI-D ports quantity |
2 |
| Component video (YPbPr/YCbCr) in |
3 |
| BNC input ports |
1 |
| HDMI ports quantity |
2 |
| VGA (D-Sub) ports quantity |
1 |
Multimedia
| Number of speakers |
2 |
| TV tuner integrated |
N |
| Built-in camera |
N |
TH-47LF30ER - 47'', 16:9, 1920 x 1080, 700 cd/m2, 1200:1, 9 ms
Versatile Functions for Public Information Displays
In addition to the high resolution of Full-HD and the wide viewing angle of the IPS panel, the LF30 Series features 700-cd/m2 brightness and 9-ms response. This makes it possible to display crisp, clear images even in bright places, for signage with excellent information transmission performance.
SLOT2.0 compatibility enhances expandability
The SLOT2.0 function slot on the LF30 Series greatly expand the display's range of applications. It lets you mount an optional function board to suit your application. It also features a variety of input terminals, including DVI-D In/Out and RS-232C In/Out, for connection of displays in a daisy chain configuration for greater operating efficiency.
A Narrow Bezel
The bezel on the TH-42LF30ER is only 18.3 mm wide (TH-47LF30ER is 18.6 mm wide). This allows it to blend in with the installation space and gives greater visibility to the images on display. The bezel is also less noticeable in multi-screen displays, for effective large-screen applications.
Built-in Speakers
10-watt (5W + 5W) speakers are built-in to the left and right sides of the rear panel. This eliminates the need to attach external speakers when sound is required, for quick and easy installation.
Eco Mode
A light sensor detects the ambient light level and controls the brightness of the backlight accordingly. This maintains optimum display brightness. It also helps to save energy by reducing the backlight power consumption.
