Eizo FlexScan SX2462W User Manual page 40

Environmental Temperature
Conditions
Humidity
Pressure
USB Standard
Port
Communication Speed
Supply current
SX2462W
LCD Panel Size
Surface treatment
Surface hardness
Viewing angle
Dot Pitch
Response Time
Horizontal Scan Analog
Frequency
Digital
Vertical Scan Analog
Frequency
Digital
Resolution
Max. Dot Clock Analog
Digital
Max. Display Color
Display Area (H × V)
Power Supply
Power Screen Display On
Consumption
Power saving mode
Power button Off
Main Power switch Off
Input Signal Connector
Analog Input Signal (Sync)
Analog Input Signal (Video)
Digital Signal (DVI) Transmission System
Analog Input Signal
Video Signal Memory (Max.)
Plug & Play
40
Chapter 6 Reference
Operating temperature: 0 °C - 35 °C (32 °F - 95 °F)
Storage temperature: -20 °C - 60 °C (-4 °F - 140 °F)
Operating humidity: 20% - 80% R.H. (no condensation)
Storage humidity: 10% - 80% R.H. (no condensation)
Operating: 700 to 1,060 hPa
Storage: 200 to 1,060 hPa
USB Specification Revision 2.0
Upstream port × 1, Downstream port × 2
480 Mbps (high), 12 Mbps (full), 1.5 Mbps (low)
Downstream: Max. 500mA/1 port
24.1-inch (610 mm) TFT color LCD
Hard Coating
3H
Viewing angle : Horizontal 178°, Vertical 178° (CR:10 or more)
0.270 mm
Approx. 13ms
31-76 kHz
31-76 kHz
49-86 Hz (Non-interlace)
59-61 Hz (Non-interlace) (VGA TEXT: 69-71 Hz)
1920 dots × 1200 lines
170 MHz
164.5 MHz
Approx. 1073.74 million colors (DisplayPort 10bit)
518.4 mm × 324.0 mm
100-120 VAC ±10%, 50/60Hz 1.0A
200-240 VAC ±10%, 50/60Hz 0.5A
95W or less (with USB load)
85W or less (without USB load)
0.9W or less (for DVI-I (Analog) single signal input, without USB load,
[Input Selection] : "Manual")
0.7W or less (without USB load)
0W
DVI-I connector (Applicable to HDCP) × 2
DisplayPort (Standard V1.1a, applicable to HDCP)
Separate, TTL, positive/ negative
Composite, TTL, positive/ negative
Analog, Positive (0.7Vp-p/75Ω)
TMDS (Single Link)
45 (preset: 9)
Analog / Digital (DVI-I) : VESA DDC 2B / EDID structure 1.3
Digital (DisplayPort) : VESA DisplayPort / EDID structure 1.4