microdisplay module powered on, angled view with demo content
0.49-inch 1920×1080 Micro OLED Display $182.25piece
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0.71-inch AMOLED microdisplay displaying a landscape image while connected via FPC to a small demo board.
0.71-inch FHD Micro OLED display 3000 nits $210.30piece
0.71-inch Micro OLED display powered on with a controller board demo kit, front view.
Dual 0.71-inch Micro OLED displays running on a dual-screen controller board for synchronized testing.
0.71-inch Micro OLED display module and controller board shown separately for integration.
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0.71-inch Micro OLED display powered on with a controller board demo kit, front view.
Dual 0.71-inch Micro OLED displays running on a dual-screen controller board for synchronized testing.
0.71-inch Micro OLED display module and controller board shown separately for integration.

0.71-inch FHD Micro OLED mini-LVDS Display

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$215.77piece

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Description

Model: ECX335AF-6

The 0.71-inch FHD Micro OLED Microdisplay is designed for ultra-compact optical engines where high pixel density and precise image detail matter most. With a 1920 × 1080 (FHD) resolution on a tiny microdisplay and an ultra-high 3103 PPI, it delivers clean text edges, fine UI elements, and crisp imagery for space-constrained near-eye viewing systems.

Built for stable system integration, this module uses a mini-LVDS interface and supports a 60 Hz input rate (with 50 Hz / 48 Hz input modes available) for smooth, consistent motion rendering. It provides up to 200 cd/m² typical luminance depending on operating mode, and features a compact 15.8 × 8.99 mm active area within a slim 99.5 × 25.44 × 1.92 mm outline, making it a practical choice for miniature display assemblies and precision viewing modules.

Application

Viewfinders | Head-Mounted Displays | Optical Engines | Miniature Monitors

Customized Options

FPC  | Touch Panel | Cover Glass | Controller Board | Brightness

Outline and FPC mechanical dimensions for the 0.71-inch Micro OLED display module.
0.71-inch FHD Micro OLED display connected to a controller board demo kit with USB power.

Flexible Demo Setup for Rapid Validation

This demo setup is made for quick, practical evaluation of the 0.71-inch FHD Micro OLED. The long FPC allows flexible positioning of the display head while keeping the main hardware stable, which is helpful when you’re doing repeated power-on checks, signal verification, and basic image observation. Its clean, minimal structure also makes it easier to handle in a lab workflow—fast to connect, easy to reposition, and suitable for continuous testing before moving into a full mechanical or optical integration.

Magnified Inspection for Micro-Detail Evaluation

For ultra-high pixel density microdisplays, many image characteristics are best judged at close range. The magnified inspection view helps reveal micro-scale behavior—such as fine text edges, thin-line rendering, and subtle transitions—so you can evaluate perceived sharpness and detail consistency more confidently than with normal viewing distance. This is particularly relevant for near-eye systems, where the image is optically enlarged and small artifacts can become more noticeable.

Beyond clarity checks, magnified viewing is also useful for screening small visual imperfections that may affect final perceived quality, including minor contamination, tiny surface marks, or localized non-uniformity. It supports engineering validation and incoming inspection workflows by making fine issues easier to detect early, before deeper integration. When combined with controlled test patterns and repeatable viewing conditions, this approach provides a more reliable basis for comparing units and documenting results.

Close-up of the 0.71-inch Micro OLED demo kit under a magnifier for pixel-level inspection.Close-up of the 0.71-inch Micro OLED demo kit under a magnifier for pixel-level inspection.
0.71-inch Micro OLED display module and controller board shown with a coin for size reference.

HDMI Controller Board for Demo & Evaluation

To simplify bring-up and evaluation, Gesight can provide an HDMI Controller Board that enables the 0.71-inch FHD Micro OLED to run from common video sources. The setup shown pairs the microdisplay module with a compact controller board, allowing quick bench testing without complex custom hardware at the early stage. It is ideal for proof-of-concept demos, signal verification, and image tuning when you need a stable input path for consistent comparisons.

Designed for practical development workflows, the board accepts a standard HDMI input for plug-and-play playback from a PC, media device, or test generator, while USB power keeps the setup clean and portable. It converts HDMI video into the microdisplay’s required interface and maintains a steady output for repeatable evaluation—helpful when checking perceived sharpness, detail rendering, and uniformity through different optical stacks. This reduces iteration time during optics alignment and system integration, and helps teams validate performance before committing to a custom mainboard design.

Stock Ready for Fast Fulfillment

To support project timelines and pilot builds, Gesight maintains stock prepared for dispatch, as shown by the packed cartons staged for shipment. This readiness helps shorten lead times for evaluation and production planning, while keeping packaging organized for safer handling and traceable delivery. If you need pricing or availability, Gesight Display can provide this product with a good price.

Inventory cartons prepared for shipment for Micro OLED display supply.
Specifications
Size

0.71 inch
Pixels

1920(RGB) × 1080
Interface

Brightness

120 cd/m² (typ., Mode 0); 90 cd/m² (typ., Mode 2); 200 cd/m² (typ., Mode 3)
Manufacturer

Gesight
Display Type

Micro OLED
Display Mode

Active Matrix Color OLED panel (single crystal silicon transistors; on-chip driver)
Color Depth

Refresh Rate

60 Hz (Mini-LVDS I/F spec); also supports 50 Hz and 48 Hz input modes
Viewing Angle Range

–
Outline L*W*H

99.5 ± 1.4 mm × 25.44 ± 0.05 mm × 1.92 ± 0.25 mm
Active Area L*W

(15.8 mm) × (8.99 mm)
Orientation

Supply Voltage

VDD1: 1.62–1.98 V (typ. 1.8 V); VDD1IF: 1.62–1.98 V (typ. 1.8 V); VDD2: 9.7–10.3 V (typ. 10.0 V); Vcath: -0.3–0.3 V (typ. 0 V)
Consumption

Total power (typ.): 387 mW @ 120 cd/m²; 467 mW @ 200 cd/m²; 361 mW @ 90 cd/m²; Standby: 0.33 mW
Operating Temperarure

−30 to +70 °C
Storage Temperature

−30 to +80 °C
Bezel Area (mm)

–
Aspect Ratio

16:9
Connection Type

81-pin FPC
IC package

–
Touch Panel

Pixel Pitch

0.00823 mm (H) / 0.00832 mm (V)
Sunlight Readable

–
Model

ECX335AF-6
PPI ( pixels per inch )

3103 PPI
Application

View finders; head mounted displays; very small monitors
Pins Description
Pin No. Symbol Type Description
1 VCATH Power Supply EL cathode power supply
2 VCATH Power Supply EL cathode power supply
3 VCCP_O Power Supply VCCP power supply
4 VCCP_I Power Supply VCCP power supply
5 VCCP_I Power Supply VCCP power supply
6 VDD2 Power Supply 10V power supply
7 VDD2 Power Supply 10V power supply
8 VSS Power Supply GND
9 VSS Power Supply GND
10 VSS Power Supply GND
11 VSS Power Supply GND
12 VDD1 Power Supply 1.8V power supply
13 VDD1 Power Supply 1.8V power supply
14 XCS Input Serial communication / Chip select
15 XSCK Input Serial communication / Serial clock
16 SI Input Serial communication / Data input
17 SO Output Serial communication / Data output
18 PSCNT Input Power save communication enable / Low: Valid (fixed)
19 XCLR Input System reset
20 TEST Output Test pin (no connect)
21 NC - Connect to GND
22 XVD Input Vertical sync signal (negative polarity)
23 TEST Input Test pin (connect to GND)
24 CLK1 Input Horizontal period trigger signal input
25 TEST Input / Output Test pin (connect to GND)
26 TEST Output Test pin (no connect)
27 VDD1IF Power Supply 1.8V power supply for mini-LVDS
28 VSSIF Power Supply GND for mini-LVDS
29 LV0A Input mini-LVDS data input
30 LV0B Input mini-LVDS data input
31 LV1A Input mini-LVDS data input
32 LV1B Input mini-LVDS data input
33 LV2A Input mini-LVDS data input
34 LV2B Input mini-LVDS data input
35 LV3A Input mini-LVDS data input
36 LV3B Input mini-LVDS data input
37 LV4A Input mini-LVDS data input
38 LV4B Input mini-LVDS data input
39 LV5A Input mini-LVDS data input
40 LV5B Input mini-LVDS data input
41 VDD1IF Power Supply 1.8V power supply for mini-LVDS
42 VSSIF Power Supply GND for mini-LVDS
43 CLKA Input Clock for mini-LVDS
44 CLKB Input Clock for mini-LVDS
45 VSSIF Power Supply GND for mini-LVDS
46 VDD1IF Power Supply 1.8V power supply for mini-LVDS
47 LV6A Input mini-LVDS data input
48 LV6B Input mini-LVDS data input
49 LV7A Input mini-LVDS data input
50 LV7B Input mini-LVDS data input
51 LV8A Input mini-LVDS data input
52 LV8B Input mini-LVDS data input
53 LV9A Input mini-LVDS data input
54 LV9B Input mini-LVDS data input
55 LV10A Input mini-LVDS data input
56 LV10B Input mini-LVDS data input
57 LV11A Input mini-LVDS data input
58 LV11B Input mini-LVDS data input
59 VSSIF Power Supply GND for mini-LVDS
60 VDD1IF Power Supply 1.8V power supply for mini-LVDS
61 TEST Output Test pin (no connect)
62 IFSW Input Interface select pin (connect to VDD1)
63 VDD1 Power Supply 1.8V power supply
64 VDD1 Power Supply 1.8V power supply
65 VSS Power Supply GND
66 VSS Power Supply GND
67 TEST Input Test pin (connect to GND)
68 VCAL Output Output of temperature sensing circuit
69 R_IB Input / Output Bias current adjustment resistance connect pin
70 VREF Output VREF voltage
71 VG255 Output Gamma top voltage
72 VG0 Output Gamma bottom voltage
73 VOFS Output Vofs voltage
74 VSS Power Supply GND
75 VSS Power Supply GND
76 VDD2 Power Supply 10V power supply
77 VDD2 Power Supply 10V power supply
78 VCCP_I Power Supply VCCP power supply
79 VCCP_I Power Supply VCCP power supply
80 VCATH Power Supply EL cathode power supply
81 VCATH Power Supply EL cathode power supply

 

Electrical Characteristics

1) Electrical Characteristics (ECX335AF-6)

1.1 Absolute Maximum Ratings

Item Symbol Min. Max. Unit
1.8V power supply VDD1 -0.3 2.0 V
1.8V power supply (IF) VDD1IF -0.3 2.5 V
10V power supply VDD2 -0.3 12.0 V
EL cathode voltage Vcath -0.3 0.3 V
Logic input voltage (※) Vi -0.3 VDD1 + 0.3 V
IF input voltage (※※) ViIF -0.3 VDD1IF + 0.3 V
Storage temperature Tpnl -30 +80 °C

※ Pin no. 14,15,16,18,19,22,23,24 & 62
※※ Pin no. 29 to 40, 43, 44 & 47 to 58

1.2 Recommended Operating Conditions

Item Symbol Min. Typ. Max. Unit
1.8V power supply VDD1 1.62 1.8 1.98 V
1.8V power supply (IF) VDD1IF 1.62 1.8 1.98 V
10V power supply VDD2 9.7 10.0 10.3 V
EL cathode voltage Vcath -0.3 0 0.3 V
Operating temperature range Tpnl 0 — 70 °C

 

1.3 DC Characteristics (Logic)

Item Symbol Min. Typ. Max. Unit
High-level input voltage VIH 0.7VDD1 — VDD1 V
Low-level input voltage VIL 0 — 0.3VDD1 V
Logic High-level output voltage VOH VDD1 - 0.5 — — V
Logic Low-level output voltage VOL — — 0.5 V

1.4 AC Characteristics (Serial)

Item Symbol Min. Typ. Max. Unit
XSCK frequency f_XSCK — 0.8 2.5 MHz
XCS setup time st_XCS 0.4 — — µs
XCS hold time hd_XCS 0.2 — — µs
SI setup time st_SI 0.2 — — µs
SI hold time hd_SI 0.2 — — µs

1.5 Mini-LVDS I/F Specifications

  • Resolution: Full-HD 1920×1080
  • Frame Rate: 60Hz
  • Gradation: 8bit
  • Number of pairs: Clk: 1pair, Data: 12pairs
  • Sampling method: DDR

1.6 Mini-LVDS DC Characteristics

Item Symbol Min. Typ. Max. Unit
Input amplitude VID 0.2 — 0.6 V
Input voltage range VI 0.3 + VID/2 — VDD1 - VID/2 V

1.7 Mini-LVDS AC Characteristics

Item Symbol Min. Typ. Max. Unit
Clock pulse period PWCLK 6.66 6.73 — ns
Clock pulse low period PWCLK(L) 2.67 — — ns
Clock pulse high period PWCLK(H) 2.67 — — ns
Data setup time tSETUP1 0.8 — — ns
Data hold time tHOLD1 0.8 — — ns
Clock data rise time tR — — 1.7 ns
Clock data fall time tF — — 1.7 ns
Reset high period PWRST 3 — — CLK
CLK1 to RST input time tCLK1-RST 200 — — ns
Reset Low to CLK1 rise time tRST-CLK1 0 — — ns

1.8 Power Consumption

Condition: VDD1=1.8V, VDD2=10V, mini-LVDS input, Tpnl=40°C, all-white raster display, Clock=148.5MHz, Frame rate=60Hz

Item Symbol 200 cd/m² 120 cd/m² 90 cd/m² Standby Unit
VDD1 power consumption PDD1 34 34 34 0.33 mW
VDD1IF power consumption PDD1IF 12 12 12 0 mW
VDD2 power consumption PDD2 421 341 315 0 mW
Total power consumption PDDTTL 467 387 361 0.33 mW

2) Back-light Specification Form (ECX335AF-6)

Field Spec
Backlight Type None (OLED, self-emissive)
LED Color / Type N/A
Backlight Driver N/A
Forward Voltage (VF) N/A
Forward Current (IF) N/A
Backlight Power N/A
Dimming N/A (panel luminance is controlled by OLED drive settings, not LED backlight)

 

FAQ

Where can I buy this display？

If you just need a few samples, it`s better to directly on our Aliexpress store, we are 5 stars feedback supplier with 100% Honesty. (The buy link is on the right of the product image)
For bulk orders, it`s better to contact us and get a better price. 

Different displays have different characteristics, just tell Gesight Display your application, and operating environment, Gesight Display will suggest a suitable display for you.

Gesight Display provide HDMI/Type-C controller board or individual demo kit to test.
The pictures of demo kit can be changed by yourself. 

Gesight Display will provide necessary specifications for most LCD/OLED on sale, including,
Display Datasheet
Display Drawing
IC Datasheet
Circuit schematic
For most electronics engineers, our specifications are enough to run the display, and we will provide some assistance.
But Gesight Display is not a school, if customers don`t know the basic knowledge to design circuit boards, we suggest using our controller board to drive the display.

First, you need to check whether this display has On-cell or In-cell touch panel, if has, it only needs to add a cover glass on it. If not, it needs an external touch panel.
(On-cell and In-cell are integrated PCAP touch panels on the display screen)
Because the shape of the cover glass depends on the design of the clients, to avoid infringement of appearance,  most of the developers need different customized touch panels.
Gesight Display can provide a customized touch screen with a low cost of tooling charge.

1. UPS/Fedex/DHL/TNT, the best choice for most clients, 3~7 days to arrive.
2. Aliexpress standard ship, this way is cheap and slow, usually take more than 10 days. Only for samples.
3. For Russian clients, EMS or Aliexpress shipment is better.
4. Any designated logistics are acceptable
 

Most display panels are from giant manufacturers such as BOE, Sharp, LG, EDO, AUO, etc. They have already tested with strict standards.
For OEM products from Panox Display factory, please check the quality test standards.   

The lifetime is different on different images, check the lifetime on datasheet to study it. 

If your Raspberry Pi can support the interface of the display panel, and you know how to program on Raspberry Pi, you can connect to our display.
If you don`t know or don`t want to write a display program on Raspberry Pi, it`s better to get an HDMI controller board from us, and Panox Display will send a config.txt file for reference.
 

lcd_connectors

Free convertor board and Connectors

Fast Shipping

Most of our clients are manufacturers purchasing our displays for their applications, who are willing to get samples as soon as possible.

Different products collocations have different package, please confirm the shipping cost with us when place an order.

(4~6 days for most countries and area)

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Specification

Panox Display offers the following specifications for most LCD/OLED products:

  • Display datasheet

  • Mechanical drawing

  • IC datasheet

  • Circuit schematic

Readable Under Sun

Compare to LCD, OLED has many advantages as follows:

Thin Like Paper:More than 50% thinner and lighter than LCD, creating an edgy form factor in style.

Green Power:Clock-mode standby can be up to 60 hours, much lower consumption compare to LCD displays.

"Wow" Effect:High contrast ratio and wide color gamut offer sharp and vivid image, and consistent display from any angle.

OLED Type Structures

        OLED driver as well as two divided into passive (PMOLED) active (AMOLED), which PMOLED simple structure, each pixel is represented by a separate cathode and anode control, no additional driver circuit, but too much control lines restrict its application of high-resolution large screen; AMOLED entire cathode surface electrode via a drive circuit driving the light emitting anode, significantly reducing the number of control lines, it has a low-power, high-resolution, fast response and other characteristics, AMOLED therefore gradually become the mainstream OLED display.

About Us

Gesight is a high-tech company specializing in OLED, LCD displays. Integrated with display marketing and sales, customized LCD OEM manufacturing, driver board development, customized TP, etc.

After six years of effort and development, we have grown up to a certain size, now we have a service team with excellent service quality, professional technical service.

After several years of steady development, Gesight has served hundreds of customers from different places all over the world. Including big companies such as Bosch, Nokia, Garmin, Circuits, and countless small and medium-size companies or electronics DIYers.

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Say No to any bright/dart dots on screen !!
Strict Quality Control


We implement strict quality control through every stage of production and inspection. Each display undergoes rigorous testing to eliminate any pixel defects, including bright, dark, or stuck dots. Our professional QC team uses advanced optical equipment to ensure flawless screen performance, delivering only high-reliability LCD and OLED panels to our customers.

strict quality control

rigorous testing

flawless screen performance

high-reliability

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