| Introduction to Sun Enterprise Servers |
- Describe the main roles and features of the Sun Enterprise 3500, Sun Enterprise 4500, Sun Enterprise 5500, and Sun Enterprise 6500 servers
- Define what the Sun Enterprise servers' reliability, availability, and serviceability (RAS) and scalability feature sets provide
- Describe the tools and applications used to monitor and maintain Sun Enterprise servers
- Describe the concurrent maintenance philosophy as it applies to Sun Enterprise servers
- Describe the architecture and hardware performance specifications of each Sun Enterprise 3500, Sun Enterprise 4500, Sun Enterprise 5500, and Sun Enterprise 6500 server
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| Server Architecture and Components |
- Describe the Sun Enterprise Gigaplane(TM) architecture and bus structure
- Describe the details of the central processing unit (CPU)/Memory+ system boards
- Describe the details of the input/output (I/O)+ boards
- Describe the details of the system Clock+ board
- Describe the basic systems configurations of each Sun Enterprise 3500, Sun Enterprise 4500, Sun Enterprise 5500, and Sun Enterprise 6500 server
- Describe all of the correct internal disk configurations for each Sun Enterprise 3500, Sun Enterprise 4500, Sun Enterprise 5500, and Sun Enterprise 6500 server products
- Describe the function of filler panels, passive boards, and load boards
- Identify and locate all field-replaceable units (FRUs) in each Sun Enterprise 3500, Sun Enterprise 4500, Sun Enterprise 5500, and Sun Enterprise 6500 server
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- Identify the supported internal disk subsystems
- Interpret the disk addressing used in each server
- Describe the rules for disk board usage
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- Set up a system console for monitoring and troubleshooting a Sun Enterprise server
- Explain the role of the power-on self-test (POST) in system diagnostics
- Explain the role of the power-on self-test (POST) in system diagnostics
- Access and display POST results
- Interpret POST results and apply them in troubleshooting
- Manage POST testing
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- Describe the roles of the OpenBoot programmable read-only memory (PROM)
- Describe the OpenBoot PROM's role in monitoring the system's environment
- Describe how power-on self-test (POST) and the OpenBoot PROM work together to manage system hardware and components
- Describe how the OpenBoot PROM prevents memory banks and system components from accessing the Solaris OS
- Define and edit the nonvolatile random access memory (NVRAM) configuration variables
- Copy the contents of the NVRAM/time-of-day (TOD) contents from the Clock+ board to an I/O board
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| Applications and Utilities |
- Apply an organized total systems approach in fault analysis and diagnosis
- Identify available resources to solve technical problems
- Identify concurrent maintenance tools and roles
- Isolate common faults on Sun Enterprise servers
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| Troubleshooting and Fault Analysis |
- Use an organized total system approach for fault analysis and diagnosis
- Identify available resources used to solve technical problems
- Identify concurrent maintenance strategies when performing maintenance activities on Sun Enterprise servers
- Use the Fault Analysis Worksheet to gather and document facts
- Isolate common faults on Sun Enterprise servers
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