AUO G133HAN02.0 and G133HAN02.2 are 13.3-inch-class, 1920 × 1080 FHD TFT-LCD modules with 2-lane eDP 1.2. Their main selection differences are surface treatment, specified luminance, backlight power and estimated LED lifetime. Start with the optical requirements, then qualify the exact module in the controller, cable and enclosure.
Prepared by Hangzhou Xuhong Technology Co., Ltd. · Specification review:
Quick selection: which model should you evaluate first?
Evaluate G133HAN02.0 first
When anti-glare treatment is an optical requirement, begin with G133HAN02.0: anti-glare surface and 400 cd/m² typical luminance. Check reflections and readability with the actual cover glass and lighting.
Evaluate G133HAN02.2 first
When higher specified luminance and a longer LED half-light estimate are priorities, begin with G133HAN02.2: 500 cd/m² typical and 50,000 hours in the minimum lifetime column. Assess its glare surface and resolve its temperature notes.
For replacement, review both
For an existing machine, start with the complete rear-label model and revision. Shared size, FHD resolution and a 30-pin connector are screening facts; approval requires the cable, power sequence, timing and mechanical checks below.
G133HAN02.0 vs G133HAN02.2: key differences
| Selection factor | G133HAN02.0 | G133HAN02.2 | How to use the difference |
|---|---|---|---|
| Surface treatment | Anti-glare | Glare | Choose the required optical finish, then assess the finished assembly under its intended lighting. |
| Center luminance | 320 cd/m² minimum; 400 cd/m² typical | 400 cd/m² minimum; 500 cd/m² typical | The .2 has a higher specified luminance. Retain each table’s test-current conditions; this is not a matched-current efficiency comparison. |
| LED lifetime estimate | 30,000 hours in the minimum column | 50,000 hours in the minimum column | Both are estimated time to 50% of initial luminous output at Ta = 25 °C, rather than whole-equipment life or warranty duration. |
| LED backlight power, PLED | 3.38 W maximum | 2.57 W maximum | Calculated reference values at VLED = 12 V and Ta = 25 °C. Measure consumption at the equipment’s required luminance and dimming setting. |
| Operating-temperature statements | 0 to +50 °C in the general specification and environmental-rating table | General specification: 0 to +60 °C panel surface. Environmental-rating table: 0 to +50 °C, with the reference temperature undefined | For .2, obtain manufacturer clarification for the actual application; +60 °C is not an established ambient rating. |
| Contrast ratio | 600:1 minimum; 800:1 typical | 800:1 typical; minimum requires clarification | The .2 optical table has an anomalous minimum entry. Use the supported typical value and obtain a confirmed minimum when required. |
| LCD logic current, IDD | 231 mA typical; 242 mA maximum | 212 mA typical; 242 mA maximum | These refer to the LCD logic supply, not the 12 V backlight input. |
| Supplied document status | Final; revision record includes version 1.2 | Preliminary version 0.3 | Match the purchased module’s label and revision to the applicable approved document. |
Optical measurement conditions: both detailed optical tables use stable 25 °C and identify the base panel only. G133HAN02.0 lists ILED = 20 mA there, while its general luminance summary lists 24 mA. G133HAN02.2 lists ILED = 16.1 mA in the detailed table and 20 mA in its general summary. Evaluate each value with its own stated conditions; do not infer equal-current performance or a measured energy-efficiency gain.
Choose by the equipment requirement
| Your requirement | Start with | Verify before approval |
|---|---|---|
| A defined anti-glare surface requirement | G133HAN02.0 | Check the complete optical stack, reflected light, viewing positions and contrast in the enclosure. |
| A project targeting the higher listed panel luminance | G133HAN02.2 | Check its glare surface, cover-glass losses and measured readability. 500 cd/m² alone does not establish outdoor sunlight readability. |
| A longer specified LED half-light estimate is a priority | G133HAN02.2 | Use its 50,000-hour minimum-column estimate at Ta = 25 °C, and confirm the actual drive and thermal conditions. |
| A thermally demanding enclosure or a requirement above +50 °C | Resolve the temperature requirement before choosing | Clarify .2’s panel-surface and environmental-table statements. Neither document alone approves the equipment’s thermal design. |
| Replacing a fitted G133HAN02.0 or G133HAN02.2 | Review the exact fitted model and revision first | Compare the offered sample with the original cable, controller, drawings and optical requirements before changing the bill of materials. |
Shared specifications: useful for screening candidates
| Item | Shared reference |
|---|---|
| Display format | 13.3-inch class; 1920 × 1080 FHD; 16:9; normally black; 16.2M colors |
| Active area / pixel pitch | 293.472 × 165.078 mm / 0.1529 × 0.1529 mm |
| Outline including brackets | 306.3 × 195.3 mm typical in the general specifications; maximum thickness 3.0 mm at the panel side and 3.2 mm at the PCBA side |
| Signal and connector | 2-lane eDP 1.2; 30-pin I-PEX 20765-030E-11A; 0.5 mm pitch |
| Supply and backlight driver | LCD logic VDD: 3.3 V typical (3.0–3.6 V). Backlight VLED: 12 V typical (10.0–13.2 V). LED driving circuit included |
| Viewing angles / response | L/R/U/D: 89°/89°/89°/89° typical, 80° each minimum at CR = 10. Rising-plus-falling response: 27 ms typical; 35 ms maximum in the general summary |
Replacement and sample-approval checklist
- Record the complete model, suffix and revision from the original panel and offered sample. Obtain the applicable datasheet and mechanical drawing for each.
- Compare mounting points, brackets, tolerances, active-area position, connector location, cable orientation and enclosure clearances.
- Check the full 30-pin assignment, eDP controller timing, AUX/HPD behavior and power-on/off sequence. Keep VDD and VLED on their specified pins.
- Review backlight enable and PWM requirements. Both specifications list 1%–100% duty, but at 1%–5% duty require PWM below 1 kHz and note that brightness may not remain linear.
- Test readability, reflections, dimming and temperature behavior with the actual controller, cable, cover glass and enclosure.
- Approve the exact sample and document any changes before a production order. Confirm current availability, revision, quantity and delivery terms separately.
Frequently asked selection questions
What is the main difference between G133HAN02.0 and G133HAN02.2?
G133HAN02.0 specifies an anti-glare surface, 400 cd/m² typical luminance and a 30,000-hour minimum-column LED lifetime estimate. G133HAN02.2 specifies a glare surface, 500 cd/m² typical and a 50,000-hour estimate. Both lifetime estimates use Ta = 25 °C and the 50%-of-initial-light endpoint.
Which model should I evaluate for an anti-glare requirement?
Start with G133HAN02.0 because its supplied specification states anti-glare. Assess the offered module with the equipment’s cover glass, lighting and viewing positions. The complete display assembly determines the observed result.
Does G133HAN02.2 guarantee outdoor sunlight readability?
No. Its 500 cd/m² typical luminance is a specified panel value under the stated conditions. Its glare surface, external illumination, cover glass, reflections and enclosure all need application testing before approving outdoor readability.
Can G133HAN02.2 directly replace G133HAN02.0?
A direct replacement is not established by the supplied documents. Both are 13.3-inch-class FHD modules with 2-lane eDP 1.2 and a 30-pin connector, but approval still requires exact-revision pinout, timing, power sequence, mechanics, optical and thermal checks.
Does G133HAN02.2 have a confirmed +60 °C ambient rating?
The supplied preliminary document does not establish that rating. Its general specification identifies 0 to +60 °C as panel-surface temperature, while the environmental-rating table lists 0 to +50 °C without defining the temperature reference. Obtain manufacturer clarification for the application.
Does the lower listed backlight power prove better efficiency?
No matched-condition efficiency conclusion is established. G133HAN02.0 lists 3.38 W maximum and G133HAN02.2 lists 2.57 W maximum as calculated backlight reference values at 12 V and Ta = 25 °C. The optical sections also use different LED-current labels. Compare measured equipment power at the required luminance and dimming setting.
Does a 50,000-hour LED estimate mean longer equipment warranty?
No. For G133HAN02.2, 50,000 hours appears in the minimum column as estimated time to 50% of initial luminous output at Ta = 25 °C. G133HAN02.0 lists 30,000 hours on the same basis. Neither figure defines a whole-equipment warranty or guaranteed calendar service life.
What information should I send for a selection review?
Send the full model and revision, label photos, controller and cable details, required surface finish and luminance, enclosure and temperature requirements, quantity and target date. For replacements, include the original datasheet or drawing and whether mechanical or cable changes are acceptable.
Specification sources and scope
| Model | Document identity | Reference pages |
|---|---|---|
| G133HAN02.0 | AUO Final Specification; revision record through 1.2. Cover approval/preparation: 25 February 2020; the 1.2 entry has no separate date. | General/finish pp. 6–7; optics p. 8; environment pp. 13–14; logic p. 15; LED/PWM pp. 18–19; connector p. 21. |
| G133HAN02.2 | AUO Preliminary Specification, Ver. 0.3. Revision history: 13 June 2022; cover approval/preparation remains 30 September 2020. | General/finish pp. 5–6; optics p. 7; environment pp. 12–13; logic p. 14; LED/PWM pp. 17–18; connector p. 20. |
Page references follow the supplied PDFs. Selection suggestions are engineering screening guidance derived from those specifications, not manufacturer approval of a substitution. Current stock, production status and delivery terms require separate confirmation.
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