LQ150P1JX01 Sharp 15.0-inch 2496x1664 QXGA TFT-LCD Display

Content last revised on February 9, 2026

LQ150P1JX01: A High-Resolution 15.0-inch Display for Precision-Critical Visual Applications

The Sharp **LQ150P1JX01** is a 15.0-inch Oxide TFT-LCD module engineered for applications demanding superior image fidelity and detail. It delivers a high-resolution **2496x1664** pixel format, a high brightness of **510 cd/m²**, and a modern **eDP (4 Lanes)** interface. This combination provides exceptional image clarity and accurate color reproduction. The module is designed for systems where precise visual information is paramount, such as in advanced diagnostic equipment and specialized industrial HMIs. For systems that require robust performance in a standard industrial form factor, the G150XNE-L01 presents an alternative focusing on broad compatibility. What is the key benefit of its high pixel density? It enables the clear rendering of complex data and fine details without aliasing. With its high resolution and 100% sRGB color gamut, this display is an optimal choice for medical imaging systems that cannot compromise on visual accuracy.

Application Scenarios & Value

Delivering Diagnostic-Grade Clarity in Medical and Technical Imaging

The **LQ150P1JX01** is engineered to excel in environments where visual precision is non-negotiable. Its primary value proposition lies in its **2496x1664** resolution, which provides a pixel density of 199 PPI, allowing for incredibly sharp and detailed images. In a medical diagnostic setting, for instance, an imaging specialist must be able to discern subtle variations in grayscale to make an accurate diagnosis from a CT scan or digital X-ray. The high resolution of this **15.0-inch** display ensures that such critical details are rendered with exceptional clarity, directly supporting clinical decision-making.

Furthermore, its high contrast ratio of 1500:1 and 100% sRGB color gamut ensure deep blacks and vibrant, accurate colors, which is crucial for applications in digital microscopy and high-end graphic design proofing. The panel's symmetric, ultra-wide viewing angles of **89/89/89/89 degrees** mean that the image remains consistent and color-true even when viewed from significant off-axis positions, a vital feature for collaborative review of technical data or patient scans. The integration is streamlined via a modern **eDP (4 Lanes)** interface, capable of handling the high data rates required for the panel's native resolution without signal degradation.

Key Parameter Overview

Functional Specifications for System Integration

The following table outlines the key operational parameters of the LQ150P1JX01, organized by functional area to assist with system design and integration.

Frequently Asked Questions (FAQ)

What is the primary benefit of the Oxide TFT-LCD technology used in the LQ150P1JX01?

Oxide TFT (Thin-Film Transistor) technology allows for smaller transistors with higher electron mobility compared to traditional amorphous silicon (a-Si). This directly enables higher resolutions and pixel densities, like the 199 PPI seen in this model, while maintaining lower power consumption, which is critical for high-performance displays.

How does the 4-lane eDP interface benefit high-resolution data transmission?

The eDP (Embedded DisplayPort) interface is a high-speed, packet-based digital interface. Utilizing four lanes provides the necessary bandwidth to transmit the massive amount of data required for a 2496x1664 resolution display at fluid refresh rates. This results in a stable, flicker-free image and simplifies the connection between the display and the system's graphics controller compared to older, more complex interfaces like LVDS.

Is an external backlight driver required for this display module?

Yes, the datasheet specifies that this module is equipped with a WLED backlight system but requires an external backlight driver. This allows system designers the flexibility to choose a driver that best fits their power supply architecture and dimming control requirements.

Technical Deep Dive

Understanding the Impact of High Pixel Density and Color Accuracy

The defining characteristic of the LQ150P1JX01 is its exceptional pixel density. At 199 pixels per inch (PPI), it approaches the retinal display threshold, meaning individual pixels become indistinguishable at a normal viewing distance. For an engineer, this translates to the ability to render extremely fine lines, text, and graphical elements without the "stair-stepping" effect known as aliasing. Imagine this panel in an Air Traffic Control (ATC) console; the high PPI ensures that aircraft indicators and flight path vectors are rendered as smooth, continuous lines, reducing operator eye strain and improving readability.

This high resolution is complemented by the panel's 100% sRGB color gamut. Think of a color gamut as the total palette of colors a display can produce. Achieving 100% of the sRGB standard means the display can accurately represent the full spectrum of colors used in web content, digital video, and most digital imaging applications. In a medical context, this ensures that color-coded diagnostic information, such as blood flow velocity in an ultrasound, is displayed with complete fidelity, eliminating ambiguity and supporting more reliable analysis. The combination of high pixel count and precise color science makes this panel a specialized tool for applications where visual data integrity is paramount.

For more insights into the foundational technologies behind modern industrial displays, explore our guide on the essentials of TFT-LCDs.

To further discuss your specific project requirements for high-resolution displays, please contact our technical support team for an in-depth consultation.