Issues/Resolutions Flashcards
(58 cards)
What are (4) steps to resolve hardware/ software issues?
- Gather Info (ie data, error logs, user reports,
etc) - Isolate the problematic area (ie disabling and
enabling different component, Integrity checks
on the software components) - Solutions w/ testing
- Monitoring 4 a period of time
What is a hardware warranty?
A hardware warranty is a service agreement that covers the repair or replacement of hardware components that fail due to manufacturing defects or other covered issues within a specified period. The warranty terms can vary widely depending on the manufacturer and the type of hardware. Typically, warranties range from one to three years, but extended warranties can be purchased for additional coverage.
What are (3) benefits of a hardware warranty?
-Cost coverage for repairs and replacements
-Technical support
-Extended lifespan of hardware
What are (3) way to understanding warranty terms and conditions?
-Types of warranties
-Coverage limitations
-Claim procedures
What are (3) benefits of warranty services versus direct troubleshooting?
-Financial savings
-Time efficiency
-Risk mitigation
What are (4) strategies for managing warranty claims and replacements?
-Doc and record keeping
-Reg maintence
-Prompt action on issues
-Understanding manufacturer support channels
What are (2) practical examples of warranty utilization?
-Enterprise server replacement
-Consumer laptop repair
What are (2) additional considerations for hardware warranties?
-Compatibility with business continuity plans
-Impact on resale value
What are (7) of the most common reasons for software and installation issues?
The most common reasons for software and installation issues: missing or damaged files can occur due to several reasons, including improper shutdowns, power failures, or hardware issues.
Next the Windows registry is a repository that holds configuration settings and options for both the operating system and installed software. Over time invalid entries, leftover remnants from uninstalled software, or malware infections can corrupt the registry, causing software to malfunction or installations to fail.
Additionally, software incompatibilities often arise when new software versions are released without backward compatibility for older system configurations or hardware.
Lastly, using pirated software can lead to numerous issues, including corrupt installations and malware infections. Pirated versions often lack the necessary updates and support from the original vendor, leading to stability and compatibility issues.
What are (5) effective methods at addressing software to installation issues?
Here are several effective methods: the system file checker or SFC tool is a built in utility in Windows that scans for and repairs missing or corrupted system files. Running this tool can often resolve installation issues related to damaged system files.
If a specific application is causing problems, repairing or reinstalling it can often resolve the issue. Most applications have a repair option in the control panel, under programs and features, or in the apps section of settings.
Furthermore, keeping software and drivers up to date ensures compatibility and stability. Regular updates address known issues and vulnerabilities, reducing the likelihood of corruption.
Another potential solution is to use a reliable registry cleaner that can help fix invalid entries and residual data left by uninstalled programs. However, caution is necessary as incorrect changes to the registry can cause system instability.
Lastly, using genuine software ensures access to official updates, support, and patches. Pirated software often comes with risks such as malware infections and incompatibility issues. To avoid these problems, you should purchase software only from authorized vendors and regularly check for updates and install them as they become available.
What is firmware?
Firmware serves as the low-level control program for a device’s specific hardware. It is stored in non-volatile memory and is crucial for the hardware’s basic operations. However, improper firmware updates or malicious firmware overwriting can lead to severe hardware issues.
What are (2) risks wth firmware overwriting?
-Bricking devices
-Hardware misconfiguration
What are (3) preventions for firmware overwriting?
-Verified updates
-Backup and restore points
-Controlled environment
What are (2) risks with incorrect driver installations?
-Hardware malfunction
-Resource conflicts
What are (3) preventions for incorrect driver installations?
-Driver verification
-Compatibiity checks
-Regular updates
What is overclocking?
Overclocking involves running hardware components, such as CPUs or GPUs, at speeds higher than factory-set limits. While overclocking can boost performance, it also increases the risk of hardware damage, especially without proper cooling.
What are (2) risks with overclocking?
-Thermal stress
-Electrical overstress
Whate are (3) prevention measures for overclocking?
-Adequate cooling
-Gradual increment
-Monitoring tools
What are the (2) risks with SSD wear out?
-Excessive write operations
-Improper config
What are the (3) preventions of SSD wear out?
-Optimize write operations
-Wear-leveling
-Regular monitoring
What is display-burn in?
Display burn-in, particularly in OLED and plasma screens, occurs when static images are displayed for prolonged periods, causing permanent ghosting or image retention.
What are (2) risks with display-burn in?
-Static content
-High brightness
What are (3) preventions in display-burn in?
-Screen savers
-Adjust brightness
-Dynamic content
What are (2) risks with headphone speaker damage?
-Excessive loudness
-Incorrect frequency signals