| 5. The WinClient Viewer |
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Option | Usage |
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RGB | Drag the slider bars to adjust the RGB (Red, Green, Blue) |
| values. When an RGB value is increased, the RGB component of |
| the image is correspondingly increased. |
| If you enable Set to Grayscale, the remote video display is |
| changed to grayscale. |
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Gamma | This section allows you to adjust the video display's gamma |
| level. This function is discussed in detail in the next section, |
| Gamma Adjustment. |
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Performance | Select the type of internet connection that exists between the |
| Local Client computer and the CN8000. The CN8000 will use that |
| selection to automatically adjust the Video Quality and Detect |
| Tolerance settings to optimize the quality of the video display. |
| Since network conditions vary, if none of the |
| seem to work well, you can select Customize and use the Video |
| Quality and Detect Tolerance slider bars to adjust the settings to |
| suit your conditions. |
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Video Quality | Drag the slider bar to adjust the overall Video Quality. The larger |
| the value, the clearer the picture and the more video data goes |
| through the network. Depending on the network bandwidth, a |
| high value may adversely effect response time. |
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Enable Refresh | The CN8000 can redraw the screen every 1 to 99 seconds, |
| eliminating unwanted artifacts from the screen. Select Enable |
| Refresh and enter a number from 1 through 99. The CN8000 will |
| redraw the screen at the interval you specify. This feature is |
| disabled by default. Click to put a check mark in the box next to |
| Enable Refresh to enable this feature. |
| Note: 1. The switch starts counting the time interval when |
| mouse movement stops. |
| 2. Enabling this feature increases the volume of video |
| data transmitted over the network. The lower the |
| number specified, the more often the video data is |
| transmitted. Setting too low a value may adversely |
| affect overall operating responsiveness. |
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Color Depth Control | This setting determines the richness of the video display by |
| adjusting the amount of color information. |
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Detect Tolerance | This setting also relates to video quality. It governs detecting or |
| ignoring pixel changes. A high setting can result in a lower quality |
| display due to less data transfer. A lower setting will result in |
| better video quality, but setting the threshold too low may allow |
| too much data to be transferred, negatively impacting network |
| performance. |
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