Monitor green lines
Author: n | 2025-04-25
The best way to confirm if a bad screen is responsible for the green lines on the monitor is to plug the CPU into another monitor. If the green lines appear on the second monitor as well, then the problem is not your LCD. If after connecting to another monitor the lines disappear, then you know your LCD is responsible for the green lines.
[SOLVED] - green lines on monitor
This Image Appears in Searches For heart beat ecg rate monitor pulse background cardiogram illustration heartbeat line cardiac wave technology screen medical care medicine vector abstract life rhythm shape curve motion chart test pattern modern energy Users Who Downloaded This File Also Downloaded --> -->--> ECG Medical Heartbeat Pulsation Background Medical Heart Pulsation Wave Signal Medical Heart Pulsation Wave Signal Medical Heart Pulsation Wave Signal Medical Heart Pulsation Wave Signal 4k Electric Heart Pulsation Wave Signal Black and White Heart pulse monitor with a signal heartbeat Black and White Heart pulse monitor with a signal heartbeat Neon Heartbeat On A Black Isolated Background Neon Heartbeat On A Black Isolated Background Neon Heartbeat On A Black Isolated Background Blue wave signal display monitor chart Blue heartbeat monitor EKG Line Blue heart rate pulse wave on isolated black background Blue heartbeat monitor line Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Medical Video Background with an Electrocardiogram Heart Monitor An Electrocardiogram Heart Monitor Pulses on a Blue Grid An Electrocardiogram Heart Monitor Pulses on a Blue Grid Heartbeat Medical Cardiogram Animation Medical Heart Rate Monitor Laser Line of Red Heartbeat The Caduceus Medical Symbol Rotating over an EKG Heart Monitor Pulse Red Heart beat on white background Hexagon Health Plus Pattern Background Concept Loop moving green wave equalizer futuristic background Green 2D digital HUD graphic Asian woman writing homework on a blue screen physics formula Blue background with hexagonal shapes and icons Blue- green background with hexagonal shapes Blue background with hexagon shapes and science icons Red Blood Cells Moving Into the Bloodstream Inside The Body Seamless loop wave lines digital technology background Seamless loop futuristic shiny blue lines background Modern Music technology abstract background 3D Influenza Virus Scanning HUD on Earth in Respiratory Simulation From Air Senior woman with heart disease is holding. The best way to confirm if a bad screen is responsible for the green lines on the monitor is to plug the CPU into another monitor. If the green lines appear on the second monitor as well, then the problem is not your LCD. If after connecting to another monitor the lines disappear, then you know your LCD is responsible for the green lines. The best way to confirm if a bad screen is responsible for the green lines on the monitor is to plug the CPU into another monitor. If the green lines appear on the second Weird green line on monitor. Its a benq XL2730Z monitor. Every time I turn on pc and monitor comes on theres this green line (rarely is blue too) and then i The green line remains. Prior to doing either of the above I connected the monitor to another PC. Nothing changed, the green line remains. I then connected the monitor to yet anotuer PC. The green line remains. The fact that the monitor has the exact same problem when connected to three different PCs tells me the problem is in the monitor, not Reasons For Green Lines On Monitor. There are a variety of possible causes for horizontal green lines or vertical lines on your computer screen, from outdated video card Green horizontal lines flashing across monitor . Open Pktmon start syntax.Packet analysis and formattingPacket Monitor generates log files in ETL format. There are multiple ways to format the ETL file for analysis:Convert the log to text format (the default option), and analyze it with text editor tool like TextAnalysisTool.NET. Packet data will be displayed in TCPDump format. Follow the guide below to learn how to analyze the output in the text file.Convert the log to pcapng format to analyze it using Wireshark*Open the ETL file with Network Monitor*Note*Use the hyperlinks above to learn how to parse and analyze Packet Monitor logs in Wireshark and Network Monitor.For more information, see pktmon format syntax.Analyze Packet Monitor outputPacket Monitor captures a snapshot of the packet by each component of the networking stack. Accordingly, there will be multiple snapshots of each packet (represented in the image below by the lines the blue box).Each of these packet snapshots is represented by a couple of lines (red and green boxes). There is at least one line that includes some data about the packet instance starting with the timestamp. Right after, there is at least one line (bolded in the image below) to show the parsed raw packet in text format (without a timestamp); it could be multiple lines if the packet is encapsulated, like the packet in the green box.For correlating all snapshots of the same packets, monitor the PktGroupId and PktNumber values (highlighted in yellow); all snapshots of the same packet should have these 2 values in common. The Appearance value (highlighted in blue) acts as a counter for each subsequent snapshot of the same packet. For example, the first snapshot of the packet (where the packet first appeared in the networking stack) has the value 1 for appearance, the next snapshot has the value 2, and so on.Each packet snapshot has a component ID (underlined in the image above) denoting the component associated with the snapshot. To resolve the component name, and parameters, search for this component ID in the components list at the bottom of the log file. A portion of the components table is shown in the image below highlighting "Component 1" in yellow (this was the component where the last snapshot above was captured).Components with 2 edges will report 2 snapshots at each edge (like the snapshots with the Appearance 3 and Appearance 4 for example in the image above).At the bottom of each log file, the filters list is presented as shown in the image below (highlighted in blue). Each filter displays the parameter(s) specified (Protocol ICMP in the example below), and zeros for the rest of the parameters.For dropped packets, the word "drop" appears before any of the lines representing the snapshot where the packet got dropped. Each dropped packet also provides a dropReason value. This dropReason parameter provides a short description of the packet drop reason; for example, MTU Mismatch, Filtered VLAN, etc.Packet countersPacket Monitor counters provide a high level view of the networking traffic throughout the networking stack without the need to analyze a log,Comments
This Image Appears in Searches For heart beat ecg rate monitor pulse background cardiogram illustration heartbeat line cardiac wave technology screen medical care medicine vector abstract life rhythm shape curve motion chart test pattern modern energy Users Who Downloaded This File Also Downloaded --> -->--> ECG Medical Heartbeat Pulsation Background Medical Heart Pulsation Wave Signal Medical Heart Pulsation Wave Signal Medical Heart Pulsation Wave Signal Medical Heart Pulsation Wave Signal 4k Electric Heart Pulsation Wave Signal Black and White Heart pulse monitor with a signal heartbeat Black and White Heart pulse monitor with a signal heartbeat Neon Heartbeat On A Black Isolated Background Neon Heartbeat On A Black Isolated Background Neon Heartbeat On A Black Isolated Background Blue wave signal display monitor chart Blue heartbeat monitor EKG Line Blue heart rate pulse wave on isolated black background Blue heartbeat monitor line Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Animated blue EKG Display heart pulse medicine Medical Video Background with an Electrocardiogram Heart Monitor An Electrocardiogram Heart Monitor Pulses on a Blue Grid An Electrocardiogram Heart Monitor Pulses on a Blue Grid Heartbeat Medical Cardiogram Animation Medical Heart Rate Monitor Laser Line of Red Heartbeat The Caduceus Medical Symbol Rotating over an EKG Heart Monitor Pulse Red Heart beat on white background Hexagon Health Plus Pattern Background Concept Loop moving green wave equalizer futuristic background Green 2D digital HUD graphic Asian woman writing homework on a blue screen physics formula Blue background with hexagonal shapes and icons Blue- green background with hexagonal shapes Blue background with hexagon shapes and science icons Red Blood Cells Moving Into the Bloodstream Inside The Body Seamless loop wave lines digital technology background Seamless loop futuristic shiny blue lines background Modern Music technology abstract background 3D Influenza Virus Scanning HUD on Earth in Respiratory Simulation From Air Senior woman with heart disease is holding
2025-04-20Pktmon start syntax.Packet analysis and formattingPacket Monitor generates log files in ETL format. There are multiple ways to format the ETL file for analysis:Convert the log to text format (the default option), and analyze it with text editor tool like TextAnalysisTool.NET. Packet data will be displayed in TCPDump format. Follow the guide below to learn how to analyze the output in the text file.Convert the log to pcapng format to analyze it using Wireshark*Open the ETL file with Network Monitor*Note*Use the hyperlinks above to learn how to parse and analyze Packet Monitor logs in Wireshark and Network Monitor.For more information, see pktmon format syntax.Analyze Packet Monitor outputPacket Monitor captures a snapshot of the packet by each component of the networking stack. Accordingly, there will be multiple snapshots of each packet (represented in the image below by the lines the blue box).Each of these packet snapshots is represented by a couple of lines (red and green boxes). There is at least one line that includes some data about the packet instance starting with the timestamp. Right after, there is at least one line (bolded in the image below) to show the parsed raw packet in text format (without a timestamp); it could be multiple lines if the packet is encapsulated, like the packet in the green box.For correlating all snapshots of the same packets, monitor the PktGroupId and PktNumber values (highlighted in yellow); all snapshots of the same packet should have these 2 values in common. The Appearance value (highlighted in blue) acts as a counter for each subsequent snapshot of the same packet. For example, the first snapshot of the packet (where the packet first appeared in the networking stack) has the value 1 for appearance, the next snapshot has the value 2, and so on.Each packet snapshot has a component ID (underlined in the image above) denoting the component associated with the snapshot. To resolve the component name, and parameters, search for this component ID in the components list at the bottom of the log file. A portion of the components table is shown in the image below highlighting "Component 1" in yellow (this was the component where the last snapshot above was captured).Components with 2 edges will report 2 snapshots at each edge (like the snapshots with the Appearance 3 and Appearance 4 for example in the image above).At the bottom of each log file, the filters list is presented as shown in the image below (highlighted in blue). Each filter displays the parameter(s) specified (Protocol ICMP in the example below), and zeros for the rest of the parameters.For dropped packets, the word "drop" appears before any of the lines representing the snapshot where the packet got dropped. Each dropped packet also provides a dropReason value. This dropReason parameter provides a short description of the packet drop reason; for example, MTU Mismatch, Filtered VLAN, etc.Packet countersPacket Monitor counters provide a high level view of the networking traffic throughout the networking stack without the need to analyze a log,
2025-03-27Condition (PWR-0378-xx) green solid green solid Normal operation Normal operation Normal operation off off Fault: Input UV Fault: Input UV, VSB SC Fault: Input UV off amber solid Fault: Input OV Not valid Not valid green solid amber solid Warning: VSB OCFault: Fan, OTP, OC, VOUT OV/UV Warning: VSB OCFault: Fan, OTP, OC, VOUT OV/UV Warning: VSB OCFault: Fan, OTP, OC, VOUT OV/UV green solid amber blinking Warning: FAN, OTP, OC, VOUT OV/UV Warning: FAN, OTP, OC, VOUT OV/UV Warning: FAN, OTP, OC, VOUT OV/UV green blinking amber solid Not valid Fault: Input OV Fault: Input OV green blinking amber blinking Not valid Warning: Input OV, Input UV Warning: Input OV, Input UV green blinking off Fault/Warning: Input OV Not valid Not valid green solid green blinking PS_ON_L is high PS_ON_L is high PS_ON is high green solid off Fault: VSB SC, PS_KILL PSU not inserted PS_KILL PSU not inserted PS_KILL PSU not inserted OV - Over Voltage; OTP - Over Temperature Protection; UV - Under Voltage; OC - Over Current; VSB - Standby Voltage Define custom alerts Two files on the system define alerts that could cause the LED behavior to change: The /etc/alertd/alert.conf file defines standard system alerts. Do not edit this file. The /config/user_alert.conf file defines custom settings. You should edit only this file. Open a command prompt on the system. Change to the /config directory. Using a text editor, such as vi or Pico, open the /config/user_alert.conf file. Edit the file, as needed.For example, add these lines to the end of the file to create a custom alert in which the front panel LEDs indicate when a node is down: alert BIGIP_MCPD_MCPDERR_POOL_MEMBER_MON_DOWN "Pool member (.*?):(.*?) monitor status down." { snmptrap OID=".1.3.6.1.4.1.3375.2.4.0.10"; lcdwarn description="Node down" priority="1"}alert BIGIP_MCPD_MCPDERR_NODE_ADDRESS_MON_DOWN "Node (.*?) monitor status down." { snmptrap OID=".1.3.6.1.4.1.3375.2.4.0.12"; lcdwarn description="Node
2025-04-12Chosen Solution Aju krishna, could be the LCD panel or the GPU. Connect an external monitor. If that show a good picture you know it is most likely your LCD panel that needs replacing. If the external monitor is showing the same issues, you have having problems with the GPU on the logic board and will have to at least disassemble your laptop to inspect. Hope this helps, good luck. Was this answer helpful? Score 3 CancelScroll through this thread to find the appropriate place for this comment. Then, click "Attach comment to this post" to move it. Most Helpful Answer place your thumbs on the top corners of the screen and your fingers on the laptop cover. Gradually apply pressure with your thumbs until the colour is correct. This happens to my laptop every summer. Was this answer helpful? Score 20 CancelScroll through this thread to find the appropriate place for this comment. Then, click "Attach comment to this post" to move it. It's the connector cable from the laptop to the LCD screen that isn't connected properly.If you take the screen surround off and then reconnect the screen cable and make sure it is fastened secure, this will get rid of the pink and/or green lines. Was this answer helpful? Score 7 CancelScroll through this thread to find the appropriate place for this comment. Then, click "Attach comment to this post" to move it. This has occurred with my laptop too...for 2 consecutive years; however, since I live in a part of the world where seasons change dramatically from exceedingly hot summers to exceedingly cold winters, I noticed that the morning pink and green lines only appear in the winter when temperatures go down to sub freezing. So, simple remedy: I now wrap my laptop in a blanket,
2025-04-12