LG OLED evo OLED83C59LA 2,11 m (83") 4K Ultra HD Smart TV WLAN čierna

Experience clear, high-contrast picture quality with the LG OLED evo OLED83C59LA 83" 4K Ultra HD OLED 3840 x 2160. This large-screen OLED television delivers deep blacks and wide viewing angles thanks to OLED display technology, while 4K Ultra HD resolution reproduces fine detail across the 83" (210 cm) diagonal. The TV runs webOS for app access and smart features, supports DVB-C, DVB-S2 and DVB-T2 digital broadcasts, and connects via Wi‑Fi or Ethernet LAN. The black chassis is designed to fit modern interiors and provide a minimal visual footprint.

Advantages

The OLED panel provides per-pixel self-emissive control for true black levels and high contrast, improving perceived sharpness and color depth. 4K resolution (3840 x 2160) ensures detailed images on the 83" screen while webOS gives access to streaming services and smart functionality. Built-in support for common digital broadcast formats and network connectivity options make content access flexible. Energy consumption figures are provided for SDR and HDR modes to help estimate operational costs.

Suitable for

Key specifications

How to use

Place the TV on a suitable stand or wall-mount bracket rated for its size and weight, ensuring a secure and level installation. Connect an antenna, cable or satellite feed to the appropriate tuner input for DVB reception, or join a local network via Wi‑Fi or Ethernet to access streaming apps through webOS. Use the supplied remote control or compatible input devices to navigate menus, select picture modes and adjust audio settings. For best picture, select an OLED-optimized picture mode and calibrate basic settings such as brightness and color temperature as needed.

Recommendations

To maintain image quality and extend panel life, avoid prolonged static images at high brightness. Use automatic brightness limits or screen-saver features when leaving the TV on for extended periods, and prefer SDR viewing for prolonged daily use to reduce energy consumption compared to HDR content.