To Next PageTo Next PageWhat to do if my Silicon Graphics GDM-5411 Monitor says 'NO INPUT SIGNAL'?
If the Silicon Graphics monitor displays 'NO INPUT SIGNAL', first, if 'ACTIVATE USING PC' appears, press any key on the computer and ensure the graphic board is correctly seated. If 'CHECK INPUT SELECTOR' appears, change the input signal. If 'CHECK SIGNAL CABLE' appears, verify the monitor is correctly connected to the computer.
How to fix 'OUT OF SCAN RANGE' on Silicon Graphics GDM-5411 Monitor?
If you see 'OUT OF SCAN RANGE' on your Silicon Graphics monitor, and you've recently replaced an old monitor, reconnect the old monitor. Then, adjust your computer's graphic board so that the horizontal frequency is between 30 - 121 kHz and the vertical frequency is between 48 - 160 Hz.
Why is there no picture on my Silicon Graphics Monitor?
If your Silicon Graphics monitor shows no picture, check the following: 1. Ensure the power cord is properly connected. 2. Verify the power switch is in the 'on' position. 3. Inspect the HD15 video input connector for bent or pushed-in pins. 4. Confirm the graphic board is completely seated in the proper bus slot. 5. Check that the video signal cable is properly connected and all plugs are firmly seated in their sockets.
General| Brand | Silicon Graphics |
|---|---|
| Model | GDM-5411 |
| Category | Monitor |
| Language | English |
Procedure to check for AC leakage from exposed metal parts to earth ground.
Warning regarding electrical shock when connecting the DAS (ECS) adjustment connector.
Interpreting green and flashing orange power indicator states for diagnosis.
Steps for connecting video and power cables between monitor and computer.
Using the auto-adjust function for optimal picture display.
How to adjust screen brightness and contrast levels via the menu.
Detailed steps for adjusting picture dimensions and zoom.
How to adjust the picture's rotation and shape.
How to align color signals for clarity by adjusting convergence.
Resolving issues indicated by specific on-screen messages.
Common problems and their corresponding solutions.
Resolving ghosting, centering, edges, moire, and color uniformity issues.
Verifying safety of HV regulator and protector circuits.
Safety checks for beam current protection circuits.
Initial adjustment of screen purity and alignment.
Detailed fine-tuning of screen purity and landing.
