LG LBAF015-G3 Virtual Production LBAF Series DVLED, P1.56, 384×432 resolution, Large Studio, Standard Wall Panel/Cabinet Premium others class, Standard COB, 1500 nit, 600x675x75.5

Description

Pixel Pitch : 1.56 mm
Brightness : 1,500 nit
Easy Installation and Maintenance
Curve Effect Available
Stacking & Hanging System Available
Black Immersion

Micro LED for
Virtual Production
* All images in this page are for illustrative purposes only.
The cabinet parts, including ‘Quick Lock & One Hand Control’, ‘LDM Holder & Screwless Design’, ‘Position Guide Pin’, and ‘Headless Bolt’, are depicted in an enlarged manner.
Easy Installation & Maintenance
The module can be easily removed with even bare hands, as it features rear service access that does not require any tools. Additionally, the positioning pins and magnets help perform easy panel adjustments, resulting in a smooth screen assembly.
Curved LED walls are installed in a studio.
Curve Effect Available
The angle adapter system and fast lock are designed to fascilitate easy installation for curved display. The system allows for adjustment of up to 10 degrees in concave area while providing a secure mechanical connection.
The part where the cabinet can be installed either as stacking or hanging is enlarged and shown.
Stacking & Hanging System Available
It can be installed by stacking or hanging, using the optional accessories such as single or double beams for customization to the studio environment.
LBAF utilizes full black coating technology and chip on board technology to achieve high contrast black.
Black Immersion, Enlivened Details
By removing a package surrounding R, G, B LED chips and applying LG’s own Full Black Coating technology, the LBAF series surprisingly delivers much deeper black than the conventional package LED signage*. This not only enhances color vividness, but also makes the details which were hidden in the shadows appear, providing audiences a sense of immersion.

* Based on LG’s conventional LED Signage
The LBAF technology showcases rainbow colors with uniformity and high fidelity to the original colors.
Accurate Colors as Intended
By carefully selecting an LED chip which is a key factor to determine color purity, its narrowed wavelength allows LBAF series to show uniform colors across the screen. Furthermore, the enhanced Gamut Transfer technology supports it to describe colors close to the original color, which is essential for places where exact color representation is demanding.
Even when viewed from a side angle, the LBAF technology accurately represents true colors due to its elongated and wide format.
Wide Color Viewing Angle
Thanks to the structure of LBAF series, it minimizes color distortion according to the viewing angle. In other words, the original color can be appreciated even from the side angles, captivating various pedestrians even if it is installed in a large public places.
A vivid HDR-enabled screen and a screen with a high refresh rate displaying the exact color are being shown.
Broadcast Quality Available
With HDR capability and low latency video processing, LBAF supports broadcast-quality, providing accurate and smooth playback.
By tuning the frequency of the LED display to the frequency of the camera and sync, the flickering phenomenon is eliminated.
V-Sync
The flow of black lines can be prevented by adjusting the LED display’s V-Sync to match the frequency between the camera and LED. This can reduce a rolling shutter effect while the camera is shooting.
Phase Shift clearly allows clearly modifying the ghost effect as one, which is overlapping with two or three screens.
Phase Shift
Phase Shift can make adjustments to the LED screen output timing. The LED screen can adjust timing manually to remove visual artefacts with Phase Shift if the camera recording results have caused a double image (double frame).
Through analyzing the video signal, the False Color, Waveform, and Vector Scope information is visualized and shown.
Detailed Analysis of Video Signals
The LBAF series analyzes video input of Y’, Y’-Cb, and Y’Cr and shows Waveform and Vector Scope on LED tiles. False Color, Waveform, and Vector Scope for more video details or adjustments can be read on a display.
The RGB value is manually adjusted via the Color Gamut function.
Color Gamut Adjustment
The RGB color gamut can be manually adjusted to match colors between LED tiles and camera to achieve desired colors.
An anomaly that appears yellowish in color, such as the image on the left, can be modified to a gray tone, such as the right, by adjusting the gamma value manually.
Gamma Adjustment
Gamma adjustment can be made manually from 0 to 1023 to calibrate RGB and fix errors.
Using 3D-LUT the color combination becomes more abundant, making color reproduction more accurate.
Custom 3D-LUT
With LED displays supporting customized 3D-LUT, users can achieve their desired colors more accurately.
The tone is adjusted by selecting HDR information manually.
HDR Manual Adjustment
Although HDR metadata is not transferred from recorded video, accurate tone-mapping can be made with this HDR manual adjustment feature.
“The LG employee is remotely monitoring the LBAF series installed in a different place by using a cloud-based LG monitoring solution. System controller with webOS enables LBAF series to be compatible with LG software solutions.”
Compatibility with
LG Software Solutions
When connected with LG’s CBAF system controller, the LBAF series is compatible with LG software solutions including SuperSign CMS, LED Assistant, and ConnectedCare, which help customers operate their own business properly.

* The availability of the ‘LG ConnectedCare’ service differs by region, and it needs to be purchased separately.
So please contact the LG sales representative in your region for more details.
* The items that can be monitored by LG ConnectedCare :
Main Board (Temp., Signal Status, FPGA Ver, Ethernet Connection Status), Receiving Card (Temp., LED Power)
* Actual GUI may vary in different webOS versions.
* LG Software solutions needs to be purchased separately.

Tech Spec
Physical Parameter
Pixel Pitch (mm) 1.56
Pixel Configuration Micro
Module Resolution (W x H) 96 × 108
Module Dimensions (W x H, mm) 150 × 168.75
Weight per Module (kg) 0.15
Cabinet Resolution (W × H) 384 × 432
Cabinet Dimensions (W × H × D, mm) 600 × 675 × 125
No. of Modules per Cabinet (W × H) 4 × 4
Cabinet Surface Area (m²) 0.41
Weight per Cabinet (kg/cabinet) 15.5
Weight per Square Meter (kg/m²) 38.3
Physical Pixel Density (pixels/m²) 409,600
Flatness of Cabinet ±0.15
Cabinet Material Die Casting Magnesium Alloy
Service Access Rear
Optical Parameter
Max. Brightness (After Calibration) 1,500
Color Temperature (K) 3,200~9,300 / Default 6,500
Visual Viewing Angle (Horizontal/Vertical) 160 × 160
Brightness Uniformity ≥ 95%
Color Uniformity ±0.015 Cx, Cy
Contrast Ratio (10 lux) 100,000 : 1 (Max.)
Processing Depth (bit) 20 (HDR10, HDR10 Pro, PQ, HLG)
Electrical Parameter
Power Consumption (W/Cabinet, Max.) 200
Power Consumption (W/Cabinet, Avg.) 175
Power Consumption (W/m², Max.) 494
Heat Dissipation (BTU/h/Cabinet, Max.) 682
Heat Dissipation (BTU/h/Cabinet, Avg.) 597
Heat Dissipation (BTU/h/㎡, Max.) 1,684
Power Supply (V) 100 to 240
Frame Rate (Hz) 96 / 100 / 120
Refresh rate 7,680
Operation Conditions
Lifetime (Hours to Half Brightness) 100,000
Operating Temperature (°C) 0° to +40°
Operating Humidity 10-80% RH
IP rating Front / Rear IP50 / IP20
Certification
Certification Safety 62368-1, EMC Class A
Fire Protection BS476 Part7 Class1
Environment
Environment RoHS / REACH
Controller
Controller CBAF-0151
90 Degree Corner Cut
No