16.4 inch Stretch Bar LCD Display

Ideal for transportation information panels, retail shelf-edge displays, queue management systems, and industrial status indication equipment, where conventional display sizes may not fit the available structure.

Main Features

  • Part No. MX-164FL30BFM-N02
  • 16.4" TFT LCD Display (Bar-type)
  • 1366x238 resolution
  • High brightness 500 cd/m²
  • Full viewing angles (IPS)
  • 30-pin LVDS interface
  • Resizing Display (Aspect Ratio of 5.74:1)

MX-164FL30BFM-N02

With a 1366x238 resolution and an elongated screen format, this 16.4 inch stretch bar lcd display MX-164FL30BFM-N02 is well suited to applications that need clear visual output within a narrow installation space. The module combines IPS wide viewing angles, 500 nits brightness, and a 30-pin LVDS interface, supporting stable image presentation and practical integration into embedded display systems. Its slim horizontal layout works well in transportation information panels, retail shelf-edge displays, queue management systems, and industrial status indication equipment, where conventional display sizes may not fit the available structure. For projects requiring a compact stretched bar lcd module, this model offers a balanced solution in viewing performance, layout efficiency, and system compatibility. The wide-format structure also makes it a suitable bar display option for commercial and industrial environments that rely on continuous information presentation.

16.4 Inch Stretch Bar LCD Display 1366x238 LVDS
  • Resolution

    16.4" 1366x238

  • High brightness

    500 nits

  • Interface

    30-pin LVDS

  • Operation Temp.

    0~50 ℃

LCM PIN Definition (30-pin LVDS)

Pin No. Symbol Function
NC Not Connect
NC Not Connect(*Reserved for LCD manufacturer's use)
NC Not Connect(*Reserved for LCD manufacturer's use)
GND Power Ground
RX0- Negative Transmission data of Pixel 0
RX0+ Positive Transmission data of Pixel 0
GND Power Ground
RX1- Negative Transmission data of Pixel 1
RX1+ Positive Transmission data of Pixel 1
10  GND Power Ground
11  RX2- Negative Transmission data of Pixel 2
12  RX2+ Positive Transmission data of Pixel 2
13  GND Power Ground
14  RXCLK- Negative Transmission Clock
15  RXCLK+ Positive Transmission Clock
16  GND Power Ground
17  RX3- Negative Transmission data of Pixel 3
18  RX3+ Positive Transmission data of Pixel 3
19  GND Power Ground
20  NC Not Connect
21  NC
22  NC
23  GND Power Ground
24  GND
25  GND
26  VDD Power Supply:+5V
27  VDD
28  VDD
29  VDD
30  VDD

Absolute Maximum Ratings

Parameter Symbol Min. Max. Unit
Power Supply Voltage VDD -0.3  5.5  V
Logic Supply Voltage VIN VSS-0.3 VDp+0.3 V
Operating Temperature Top +50 
Storage Temperature TsT -20  +60 

Electrical Characteristics

Parameter Min. Typ. Max. Unit
Power Supply Voltage VDD 4.5  5.0  5.5  V
Power Supply Current IDD - 500  720  mA
In-Rush Current IRUSH - 2.0  3.0  A
Permissible Input Ripple Voltage VRF - - 300  mV
High Level Differential Input
Threshold Voltage
VH - - +100  mV
Low Level Differential Input
Threshold Voltage
V -100  - - mV
Differential input voltage IVml 200  - 600  mV
Differential input common mod
e voltage
Vcm 1.0  1.2  1.5  v
Power Consumption PD - 2.5  3.6  W

LED Backlight Characteristics

Parameter Min. Typ. Max. Unit
Forward Voltage Vf - 30  - V
Forward current IL - 260  - mA
Luminance Lv - 500  - cd/m2
LED life time - - 50000  - Hr

16.4 inch Stretch Bar LCD Display Product Drawing
Tags:

16.4 Inch Stretch Bar LCD Display

Stretched Bar LCD Module

1366x238 LCD Display

Retail Shelf Display

MX-164FL30BFM-N02

Bar Display

IPS Bar Screen

Industrial Status Display

LVDS LCD module

Transportation Information Display

FAQs

People Also Ask

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Are your displays suitable for sunlight-readable applications?

High-brightness display solutions are available for applications that need better visibility under strong ambient light. In real use, sunlight readability depends on more than the backlight alone. The cover lens, bonding method, and module structure also play an important role in outdoor visual performance.

Can the touch screen work with gloves or wet conditions?

For suitable applications, the touch solution can be evaluated for glove operation and wet-touch conditions. Actual performance depends on the controller, sensor design, cover thickness, and assembly structure. For projects exposed to moisture or splash conditions, the touch design and sealing approach should be considered together. This refers to touch usability under wet conditions, not a complete device-level IP rating claim.

How can I start a custom project inquiry?

It is helpful to share the key project information at the beginning, such as screen size, resolution, interface, brightness target, touch requirement, operating environment, mounting structure, and estimated quantity. The clearer the project input is, the easier it is to recommend a more suitable display and touch solution.

What is the MOQ for standard models and custom projects?

MOQ depends on the product type, material configuration, and customization level. Standard models and custom projects may have different requirements, so it is best to evaluate MOQ together with the project details.

What is the sample lead time?

Sample lead time depends on inventory availability and the level of customization required. Standard products typically have a fast delivery time of 1-2 weeks. Custom projects may require additional engineering design and material preparation time.

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