Content last revised on November 14, 2025
Samsung LTM213U6-L01: 21.3" UXGA Display for Critical Imaging
Technical Overview: High-Fidelity Visuals for Demanding Applications
The Samsung LTM213U6-L01 is a 21.3-inch UXGA TFT-LCD module engineered to deliver superior image quality and operational stability for professional systems where visual precision is paramount. It provides a robust display solution for legacy and specialized equipment, balancing high-resolution performance with durable construction. Key specifications include a 1600x1200 UXGA resolution, a 700:1 contrast ratio, and a dual-channel LVDS interface. This panel is distinguished by its excellent viewing angle consistency and high color fidelity. For engineers evaluating replacements for aging diagnostic or control systems, this module's proven architecture ensures predictable performance and mechanical compatibility, mitigating integration risks associated with newer, dimensionally different panels.
Meeting the Demands of High-Stakes Diagnostic and Control Systems
In fields such as medical diagnostics and air traffic control, the integrity of visual data is non-negotiable. Display components form the critical link between complex systems and human operators, and their performance directly impacts decision-making accuracy. The LTM213U6-L01 was developed within this context, where long-term readability and stable performance are fundamental design requirements. Its high-resolution 1600x1200 pixel matrix allows for the clear depiction of intricate details, a crucial factor in medical imaging modalities like PACS and radiological review stations. The panel's adherence to a standard 4:3 aspect ratio also makes it a vital component for sustaining long-lifecycle industrial and aerospace control systems that were designed before the widespread adoption of widescreen formats.
Engineered for Clarity in Demanding Professional Fields
The technical characteristics of the LTM213U6-L01 are directly aligned with the operational needs of several specialized sectors. Its feature set provides tangible value where standard consumer-grade displays fall short.
- Medical Imaging Systems: The high contrast ratio and pixel density are essential for distinguishing subtle grayscale variations in X-rays, CT scans, and MRIs. Its stable backlight contributes to consistent brightness over its operational life, a key parameter for diagnostic confidence.
- Air Traffic Control (ATC): In ATC environments, operators must monitor complex data from multiple angles under varying ambient light. This panel's symmetrical 88° viewing angles ensure that information remains clear and color-correct, reducing operator fatigue and the risk of misinterpretation.
- Industrial Process Control & Automation: The LTM213U6-L01's robust build is well-suited for deployment in factory floor Human-Machine Interfaces (HMIs) and control rooms. The anti-glare surface treatment maintains screen readability in environments with challenging overhead lighting.
For legacy medical imaging systems requiring a 4:3 aspect ratio and high contrast, the LTM213U6-L01 is a technically sound replacement component.
A Proven Foundation for Specialized Visual Systems
Consider the challenge of maintaining a fleet of specialized diagnostic carts whose original displays are nearing end-of-life. A hospital's biomedical engineering department faces a choice: costly total system replacement or a component-level upgrade. The Samsung LTM213U6-L01 serves as a practical solution in this scenario. Its standard mechanical footprint and LVDS interface are often compatible with existing enclosures and controllers, facilitating a direct replacement. This minimizes system downtime and extends the service life of valuable capital equipment, demonstrating a strategic approach to technology management and total cost of ownership.
Data-Informed Component Evaluation
When evaluating display modules, engineers must compare key performance indicators to determine the best fit for their application. The following provides a factual comparison to aid in this process. While the LTM213U6-L01 utilizes CCFL backlight technology, newer panels like the G213QAN01.0 often use LED backlights. This choice has direct engineering implications. CCFLs, as used in the LTM213U6-L01, offer mature, stable color reproduction, whereas LEDs can provide a wider color gamut and lower power consumption. The decision hinges on whether the priority is maintaining the original system's validated color profile or capitalizing on the efficiency of modern backlighting. We present the data to support your design trade-off analysis.
Anatomy of Visual Performance: a-Si Technology and Backlight System
What is the core technology behind its image stability? The LTM213U6-L01 is built upon an amorphous silicon (a-Si) TFT-LCD architecture. This mature and reliable technology provides the foundation for its consistent performance. The panel’s impressive 700:1 contrast ratio is achieved through its liquid crystal structure, which precisely controls light transmission from the backlight unit to the viewer. The backlight itself consists of 6 Cold Cathode Fluorescent Lamps (CCFLs), a design chosen for its ability to produce bright and spatially uniform illumination across the entire 21.3-inch active area. The interface is a dual-channel 8-bit LVDS, capable of rendering up to 16.7 million colors for smooth gradients and true-to-life image representation. For more on the fundamentals, see our ultimate guide to TFT-LCD technology.
Core Specifications for System Integration
The following table highlights the key parameters of the LTM213U6-L01 for engineering and procurement evaluation. For complete details, please refer to the official product datasheet.
| Parameter | Specification |
|---|---|
| Screen Diagonal | 21.3 inches |
| Resolution | 1600 (RGB) x 1200 [UXGA] |
| Contrast Ratio | 700:1 (Typ.) |
| Viewing Angle | 88/88/88/88 (Typ.) (CR≥10) |
| Signal Interface | LVDS (2 ch, 8-bit), 30 pins |
| Operating Temperature | 0 ~ 50 °C |
A Strategic Asset for Long-Term System Viability
Selecting a component like the Samsung LTM213U6-L01 is a strategic decision that prioritizes the longevity and sustained performance of critical systems. In an industry focused on constant innovation, maintaining the operational readiness of established, validated equipment represents a significant engineering and economic advantage. This display provides a high-fidelity, mechanically compatible solution that enables organizations to maximize the return on their original system investments, ensuring that crucial diagnostic and control infrastructure remains reliable for years to come.
Frequently Asked Questions
1. Is the Samsung LTM213U6-L01 a suitable replacement for older 21.3-inch medical or industrial monitors?
Yes, in many cases. Its UXGA resolution, 4:3 aspect ratio, and standard LVDS interface make it a strong candidate for replacing end-of-life panels in equipment from manufacturers like Siemens, GE, or various industrial HMI providers that used this form factor. However, it is essential to verify the specific mechanical dimensions, connector placement, and inverter specifications of the original display before confirming compatibility.
2. What are the key considerations for the 6-CCFL backlight system?
The primary considerations are the inverter and lifespan. The CCFL backlight requires a specific high-voltage inverter to operate, which must be compatible with the panel's electrical requirements. Regarding lifespan, CCFLs have a defined operational life, typically rated to a half-brightness point. For systems requiring very long service intervals, an understanding of the CCFL lifetime and a plan for eventual replacement may be necessary.
3. How does the 700:1 contrast ratio benefit professional applications?
The contrast ratio measures the difference between the brightest white and the darkest black a screen can produce. A high contrast ratio, like 700:1, is critical in applications such as medical imaging, as it allows for the clear differentiation of subtle shades of gray. This enables radiologists and clinicians to perceive fine details in anatomical structures, which might be lost on a display with a lower contrast ratio.
