Mobiles     Laptops     Tablets     Computers     Hardware  Components       Electronics

Iiyama e-yama 17LJ2 specs.

  Monitors Specs >> Iiyama >> Iiyama e-yama 17LJ2
Specifications | Reviews


Iiyama e-yama 17LJ2



General characteristics Iiyama e-yama 17LJ2

Type:
LCD Monitor
Diagonal:
17"
Resolution:
1280x1024 (5:4)
LCD Type:
TFT TN

Screen Iiyama e-yama 17LJ2

Dot Horizontal:
0.264 mm
Dot Vertical:
0.264 mm
Brightness:
300 cd/m2
Contrast:
500:1
Response time:
12 ms
Field of view:
Horizontal: 140°; Vertical: 130°
The maximum number of colors:
16.2 million

Signal Iiyama e-yama 17LJ2

Frequency sweep:
Horizontal: 30-80 kHz, Vertical: 50-75 Hz
Passband:
135 MHz

Connection Iiyama e-yama 17LJ2

Inputs:
DVI-D, VGA (D-Sub)

Functions Iiyama e-yama 17LJ2

Multimedia:
stereo speakers (2x1 W)

Power Iiyama e-yama 17LJ2

Power supply unit:
built-in
Power consumption:
Operating: 45 W, Standby: 2W

Additionally Iiyama e-yama 17LJ2

Standards:
Environment: MPR-II, TCO'' 99; Plug & Play: DDC 2B ™; ISO 13406-2
Dimensions, weight:
376x402x200 mm, 4.40 kg





Reviews, Questions about Iiyama e-yama 17LJ2




Write Review / Ask a question about Iiyama e-yama 17LJ2
 
  
      9+3= *




Iiyama e-yama 17LJ2
news
 Lenovo has released a 2K QD-OLED gaming monitor with a refresh rate of 280 Hz

In addition to the Legion 27Q-10 model, Lenovo has introduced the Legion Pro 27Q-10 gaming monitor, which is already on sale in China. The new product has a high refresh rate and is aimed at fans of high-performance games such as racing and shooters.



news
 AOC has unveiled two budget gaming monitors with a refresh rate of 144 Hz

AOC has expanded its line of branded monitors with the introduction of the B3 series. It includes two affordable models that are well suited for everyday gaming and amateur e-sports.



news
 ASUS dual-mode monitor gets four times the refresh rate

ASUS has unveiled two new 4K monitors that support an alternative mode with a higher refresh rate. Unlike their predecessors in the same series, both models have a significantly higher ?overclocking? coefficient when the resolution is reduced.