TruEbox 04MD (100×180)

100×180 Matrix Driver System + TFT Display Chip

TruEbox 04MD (100×180)

100×180 Matrix Driver System + TFT Display Chip

TruEbox 04MD (100×180) is primarily used to drive TFT arrays to illuminate LED devices with a maximum resolution of 100*180.
It can provide 100 rows of selection signals in the ±20V range,
180 columns of data signals in the ±10V range, and 2 DC bias signals in the ±10V range.
Customers can easily play pictures and videos on TFT arrays with LEDs through compatible PC software.

TruEbox 04MD (100×180) is primarily used to drive TFT arrays to illuminate LED devices with a maximum resolution of 100*180.

It can provide 100 rows of selection signals in the ±20V range, 180 columns of data signals in the ±10V range, and 2 DC bias signals in the ±10V range.

Customers can easily play pictures and videos on TFT arrays with LEDs through compatible PC software.

Introduction

256 grayscale display

  • Superior display performance

Adjustable refresh rate

  • Refresh rate adjustable from 1 to 60 Hz

Showcase customers' own content

  • Compatible with JPG and MP4 formats

Representative Applications

Multiple novel display device

QLED

OLED

PeLED

System Specifications

Parameter Specification
Model Compatible with 64 x 64 TFT chips & 100 x 180 TFT chip
L × W × H 310 x 208 x 35mm
Weight 1100g
Charging interface DC005-5.5 x 2.5mm
General • 100 channel pulse row signals, voltage range: -20 V~+20 V
• 180 channel pulse column signals, voltage range: -10 V~+10 V
• 2 channel DC bias signals, voltage range: -10 V~+10 V
Communication USB
Terminal PC(Windows 10 or higher)
Display form Images and Videos
Adaptive video support Yes
Refresh rate 1~60 Hz adjustable
Data bit length 8 bit (256 grey level)
Parameter Specification
Model Compatible with 64 x 64 TFT chips & 100 x 180 TFT chip
L × W × H 310 x 208 x 35mm
Weight 1100g
Charging interface DC005-5.5 x 2.5mm
General • 100 channel pulse row signals, voltage range: -20V~+20V
• 180 channel pulse column signals, voltage range: -10V~+10V
• 2 channel DC bias signals, voltage range: -10V~+10V
Communication USB
Terminal PC(Windows 10 or higher)
Display form Images and Videos
Adaptive video support Yes
Refresh rate 1~60 Hz adjustable
Data bit length 8 bit (256 grey level)

Chip Specifications

Parameter Specification

TFT Type:IGZO
Array Size:100 x 180
Chip Model:LC-T-G100-2401 (GHQ1)
Backplane Size (H × V × T) 44.64 x 46.64 x 0.5mm
Active Area Size (H × V) 27 x 30mm
Resolution (H*V) 100*180
Pixel Size 300 x 150μm
TFT Size TFT1 W/L=10/10mm;TFT2 W/L=80/10μm
Pixel Structure 2T1C
Pixel Section
Pin Size Space 40μm Width 70μm
Pitch 110μm Length 953μm
Pin Function (from left to right) • 001-002:Bonding test pin
• 003-006:VDD
• 007-019:Dummy
• 020-199:Data signal
• 200-220:Dummy
• 221-320:Scan
• 321-324:Dummy
• 325-328:VSS
• 329-334:Dummy
• 335-336:Bonding test pin
Potential Applications OLED, QLED, Perovskite LED, LCD, Electronic Paper, etc.
Parameter Specification
TFT Type IGZO
Array Size 100 x 180
Chip Model LC-T-G100-2401 (GHQ1)
Backplane Size (H × V × T) 44.64 x 46.64 x 0.5mm
Active Area Size (H × V) 27 x 30mm
Resolution (H*V) 100*180
Pixel Size 300 x 150μm
TFT Size TFT1 W/L=10/10mm;TFT2 W/L=80/10μm
Pixel Structure 2T1C
Pixel Section
Pin Size Space 40μm Width 70μm
Pitch 110μm Length 953μm
Pin Function (from left to right) • 001-002:Bonding test pin
• 003-006:VDD
• 007-019:Dummy
• 020-199:Data signal
• 200-220:Dummy
• 221-320:Scan
• 321-324:Dummy
• 325-328:VSS
• 329-334:Dummy
• 335-336:Bonding test pin
Potential Applications OLED, QLED, Perovskite LED, LCD, Electronic Paper, etc.

Product Video

Display Series Comparison

Name TruEbox 03MD (64×64) TruEbox 04MD (256×256) TruEbox 04MD (100×180)
L × W × H 310 x 208 x 35 mm 158 x 148.5 x 39mm 310 x 208 x 35mm
Weight 1100g 600g 1100g
Power Supply Battery Battery AC Power
General • 64 channel pulse row signals,
voltage range: -15V~+15V

• 64 channel pulse column signals,
voltage range: -10V~+10V

• 2 channel DC bias,
-15V~+15V
• 32+8 channel pulse row signals,
voltage range: -15V~+15V

• 64+4 channel pulse column signals,
voltage range: -15V~+15V

• 2 channel DC bias,
-15V~+15V
• 100 channel pulse row signals
voltage range: -20V~+20V

• 180 channel pulse column signals,
voltage range: -10V~+10V

• 2 channel DC bias signals,
voltage range: -10V~+10V
Communication Bluetooth WiFi USB
Terminal Phone (Android 9.0, 6GB RAM or higher) Phone (Android 9.0, 6GB RAM or higher) PC(Windows 10 or higher)
Display form JPEG JPEG, MP4 JPEG, MP4
Adaptive Video Playback Do not support Do not support Support
Refresh Rate 60Hz 1~60Hz 1~60Hz
Data bit 1bit 1bit 8bit
Resolution 64*64 256*256 100*180
Name TruEbox 04MD (256×256) TruEbox 04MD (100×180)
L × W × H 158 x 148.5 x 39mm 310 x 208 x 35mm
Weight 600g 1100g
Power Supply Battery AC Power
General • 32+8 channel pulse row signals,
voltage range: -15V~+15V

• 64+4 channel pulse column signals,
voltage range: -15V~+15V

• 2 channel DC bias,
-15V~+15V
• 100 channel pulse row signals
voltage range: -20V~+20V

• 180 channel pulse column signals,
voltage range: -10V~+10V

• 2 channel DC bias signals,
voltage range: -10V~+10V
Communication WiFi USB
Terminal Phone (Android 9.0, 6GB RAM or higher) PC(Windows 10 or higher)
Display form JPEG, MP4 JPEG, MP4
Adaptive Video Playback Do not support Support
Refresh Rate 1~60Hz 1~60Hz
Data bit 1bit 8bit
Resolution 256*256 100*180

Downloads

TruEbox 04MD (100×180)_User Guide

0.54MB

TruEbox 04MD (100×180)_APP

30.22MB

Contact

Contact Us

info@linkzill.com

Dr. Kang Kang

Partner & CBio

Dr. Kang received his Ph.D. in Bioinformatics and Systems Biology from the University of Hong Kong in 2018, then became a scientific co-worker of the Leibniz Association (Leibniz-HKI) and a visiting scientist at the Novo Nordisk Foundation Center for Biosustainability (DTU Biosustain) at the Technical University of Denmark. He was a scientist at BGI-Shenzhen and co-founded the synthetic biology research group. He was a senior bioinformatics engineer and brand advisor at WeGene. In 2021, Kang joined Biosysen Limited as a co-founder and served as Chief Informatics Scientist. He is also an advisor and author of the biotech media "Regenesis". He has been dedicated to the R&D and industrialization of OMICs technologies, high-throughput technologies, and synthetic biology for over 10 years. He joined LinkZill in March 2023, responsible for semiconductor life science tools and product planning.