Monitors

Part Number	Description / PDF	Quantity
96LEDK-A070WV35NB1 Advantech	7 WVGA, LVDS, 350NITS, 130/110	0
UTC-520D-RE Advantech	21.5" RES.T/S PANEL WITH BAYTRAI	0
IDS-3119R-35SXA1E Advantech	19" SXGA OPEN FRAME MONITOR 350	0
UTC-315PDR-ATB0E Advantech	UTC-315 15.6 POS BAYTRAIL RES	0
MICA-071-DCRE Advantech	DOCKING FOR MICA-071 SYSTEM WIT	0
1022YH	10.1" High Brightness HDMI Displ	100
UTC-318ER-ATB0E Advantech	18" RES.T/S PANEL WITH INTEL I5	0
UPOS-M15P-AST00 Advantech	15" 4:3 MONITOR P-TOUCH HDMI VGA	0
IDS-3106R-80VGA1E Advantech	6.5"VGA OPEN FRAME MONITOR 800	0
IDS-3115N-K2XGA1E Advantech	15" XGA OPEN FRAME MONITOR 120	0
MIT-W101-Q04DNBF2E Advantech	N2930/4GDDR/64GSSD/WIBT/NFC/DUAL	0
96LEDK-A057VG70NX2 Advantech	5.7 VGA, TTL, 700NITS, 160/140	0
96LEDK-I070WS50ND1 Advantech	7 WSVGA, LVDS. 500 NITS, 140/120	0
UTC-320ER-ATB0E Advantech	UBIQUITOUS TOUCH COMPUTER	0
IDS-3112N-60XGA1E Advantech	12.1" XGA OPEN FRAME MONITOR 6	0
UTC-515D-RE Advantech	15.6" RES.T/S PANEL WITH BAYTRAI	0
96LEDK-C150XG40NG9 Advantech	15 XGA, LVDS, 400NITS, 160/140	0
UTC-315DR-ATB0E Advantech	15.6" RES.T/S PANEL WITH INTEL C	0
UTC-515B-PE Advantech	15.6" PCT.T/S PANEL WITH ATOM D2	0
96LEDK-A215FH30NF1 Advantech	21.5 FHD, D-LVDS, 300NITS, 178/1	0

Monitors

1. Overview

Computer monitors are display devices that visually present electronic information from computers. As primary human-computer interaction interfaces, they convert digital signals into visual content through various display technologies. Modern monitors have evolved from CRT (Cathode Ray Tube) displays to advanced flat-panel solutions, becoming essential components in professional workstations, gaming systems, and consumer electronics.

2. Major Types and Functional Classification

Type	Functional Features	Application Examples
LCD (Liquid Crystal Display)	Energy-efficient, slim profile, standard color accuracy	Office workstations
LED-backlit LCD	Improved brightness control, wider color gamut	Home entertainment systems
OLED (Organic LED)	Perfect blacks, infinite contrast ratio, fast response	Professional video editing
Curved Display	Immersive viewing angle, reduced glare	Gaming setups
High Refresh Rate	144Hz+, smooth motion handling	Competitive gaming

3. Structure and Components

Typical monitor construction includes:

Display Panel: Contains the active matrix (TFT) and light modulation elements
Backlight System: LED array for LCD-based displays
Bezel Frame: Structural support and aesthetic enclosure
Electronic Controllers: scaler ICs, timing controllers, and power management units
Interface Ports: HDMI, DisplayPort, USB-C, and legacy VGA/DVI options
Adjustable Stand: Enables height/tilt/swivel adjustments

4. Key Technical Specifications

Parameter	Description	Importance
Resolution	Pixel count (e.g., 3840 2160)	Determines image clarity
Refresh Rate	Hz measurement (e.g., 165Hz)	Affects motion smoothness
Response Time	Pixel transition speed (e.g., 1ms)	Impacts motion artifact reduction
Color Gamut	Color space coverage (e.g., 99% sRGB)	Critical for color-critical work
Brightness	cd/m measurement (e.g., 400 nits)	Affects visibility in ambient light

5. Application Fields

Professional Workstations: 4K medical imaging displays
Gaming: 240Hz 1440p gaming monitors
Graphic Design: Color-accurate 10-bit panels
Financial Trading: Multi-monitor ultra-wide configurations
Education: Interactive touch-enabled displays

6. Leading Manufacturers and Products

Manufacturer	Representative Product	Key Features
Dell Technologies	UltraSharp U2723QE	27" 4K USB-C hub
LG Electronics	27GP950-B	OLED gaming monitor
Samsung Display	Odyssey Neo G8	4K 240Hz curved display
Apple Inc.	Pro Display XDR	Extreme Dynamic Range
ASUS	ROG Swift PG32UQX	HDMI 2.1 gaming monitor

7. Selection Recommendations

Key consideration factors:

Usage Scenario: Match refresh rate to application needs
Panel Technology: Prioritize OLED for contrast vs. LED for brightness
Connectivity: Ensure compatibility with source devices
Ergonomics: Adjustable stands for prolonged use
Budget Allocation: Balance resolution vs. refresh rate requirements

Case Study: A video production studio implemented 32" 4K HDR monitors with 90% DCI-P3 coverage, achieving 40% improvement in color grading efficiency.

Industry Development Trends

Current advancement directions include:

Mini-LED technology enabling localized dimming zones
Micro-LED adoption for self-emissive performance
8K resolution penetration in professional markets
Variable Refresh Rate (VRR) integration
Eco-friendly manufacturing processes reducing heavy metal content

Market analysis predicts OLED monitor adoption will grow at 25% CAGR through 2027, driven by improved manufacturing yields and gaming industry demands.