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G104VAN01.0 and G104VN01 V1 Spec comparison

  • By IDT

G104VAN01.0 and G104VN01 V1 Spec comparison

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Considering product strategy, ADP would like to deliver EOL notice of G104VN01 1 ,For replace G104VN01 1, ADP will launch a new model G104VAN01 0

G104VAN01.0 Proposal & Specification Comparison

G104VAN01.0 Proposal for G104VN01 V1 Longevity Supply

• Purpose : Considering product strategy, ADP would like to deliver EOL notice of G104VN01.1 (ADP part no. : 97D10G04.111).

• For replace G104VN01.1, ADP will launch a new model G104VAN01.0 (ADP part no. : 97D10G42.000)

Key change items :

• Change Cell from TN to AHVA (IPS-like) and front-end fab from G3 to G5

• Change Gate & Source driver IC model • Change PCBA for new mode and new IC

• Change Color / Chromaticity (Red x y, Green x y, Blue x y).

• Change Backlight (From A vendor to B vendor)

• Change Pol type from TN to AHVA (IPS-like)

 • Add a Connector for ADP internal use


G104VN01 V1 vs. G104VAN01.0 Brief Summary

G104VN01 V1 vs. G104VAN01.0 Brief Summary.jpg

G104VN01 V1 & G104VAN01.0 spec comparison

G104VN01 V1 & G104VAN01.0 spec comparison.jpg

• Display characteristics is similar with G104VN01 V1

• Expected reduce about 36% power consumption (5.2W to 3.33W)

• Blue letter value with parentheses is accumulated value, the accurate values need to measure with first sample.

G104VN01 V1 & G104VAN01.0 spec comparison (2).jpg

• Bring the better viewing angle and contrast ratio performance.

• Color coordinates had adjusted.

• The LED forward current had decrease from 80mA/ 1LED to 48mA/ 1LED.

• Blue letter value with parentheses is accumulated value, the accurate values need to measure with first sample.

G104VN01 V1  G104VAN01.0 spec comparison.jpg

• The Gamma Voltage is expected to combined into Source Drive IC.

G104VN01 V1 & G104VAN01.0 spec comparison.jpg

The Gamma Voltage is expected to combined into Source Drive IC.

G104VN01 V1 & G104VAN01.0 spec comparison (2).jpg

LCD Power consumption is increase. Nevertheless, the total power consumption is decrease.

 Note 1: This value is accumulated value, the accurate values need to measure with first sample.

G104VN01 V1 & G104VAN01.0 spec comparison.jpg

Keep the same signal electrical characteristics

G104VN01 V1 & G104VAN01.0 spec comparison (2).jpg


• LED combination keep 2 series 8 parallel.

• Power consumption of backlight unit had decrease.

 Note 1is accumulated value, the accurate values need to measure with first sample.

G104VN01 V1 & G104VAN01.0 spec comparison.jpg


G104VN01 V1 & G104VAN01.0 spec comparison (2).jpg

• The clock frequency of G104VAN01.0is same with G104VN01 V1.

G104VN01 V1 & G104VAN01.0 spec comparison (2).jpg

• G104VAN01.0 keep the same pin assignment with G104VN01 V1

G104VN01 V1 & G104VAN01.0 spec comparison (3).jpg

• G104VAN01.0 keep the same connector & pin assignment with G104VN01 V1.

G104VN01 V1 & G104VAN01.0 spec comparison (4).jpg

• G104VAN01.0 keep the same connector & pin assignment with G104VN01 V1.

G104VN01 V1 & G104VAN01.0 spec comparison (5).jpg


G104VAN01.0 keep the same connector & pin assignment with G104VN01 V1.

G104VN01 V1 & G104VAN01.0 spec comparison.jpg

G104VAN01.0 keep the same Reliability Test with G104VN01 V1.

2D drawing Frontview comparison.jpg


G104VAN01.0 keep the same overall dimensions(243mm x 176.6mm x 8mm) with G104VN01.111.

• Keep Active Area (211.2mm x 158.4mm) in same size and same location.

• The mounting hole also keep in same size and same location.

2D drawing Backview comparison.jpg

2D drawing Side view comparison.jpg

 • Keep the thickness as 8mm.

 • Blue frame is the CN5 for ADP internal use.

 • The material of Front Bezel and Back Bezel change to SGLC.

G104VAN01.0 2D Drawing.jpg


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