Why Change the Oracle DB_FILE_MULTIBLOCK_READ_COUNT?
A higher DB_FILE_MULTIBLOCK_READ_COUNT (MBRC) number can influence the Oracle optimizer to lean toward full table scans. Learn how this affects performance.
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A higher DB_FILE_MULTIBLOCK_READ_COUNT (MBRC) number can influence the Oracle optimizer to lean toward full table scans. Learn how this affects performance.
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There are four primary reasons why you see Oracle DB File Sequential Read wait events in a full scan operation. Learn more.
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To minimize the Oracle db file sequential read waits you can optimize the SQL statement or reduce the average wait time. Learn more.
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The Oracle db file sequential read wait event is initiated by SQL statements that perform single-block read operations. Learn when these waits may indicate a need for tuning.
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While Oracle trace event 10046 is good for tracing processes,learn why it doesn’t meet the always-on and low overhead requirement necessary for continuous performance monitoring.
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DBAs are often blamed for problems unrelated to the database. This article makes the case that a DBA’s strongest defense is access to session-level historical performance data.
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The Oracle library cache pin wait event occurs when the session tries to pin an object in the library cache to modify or examine it. Learn what actions to take to tune for it.
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In DevOps, IT development and IT database production must work together to build and improve application and database performance.
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Triggers are an often forgotten, yet critical, piece of code that can end up skewing an otherwise excellent design. Learn how this impacted one company’s performance.
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Checking the Oracle alert log and v$resource_limit values takes five minutes and can save you hours of troubleshooting time.
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Read about some of the most common Oracle wait events and get information on how to tune performance to resolve them.
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Learn about the performance implications of SGA thrashing or buffer cache thrashing for Oracle databases.
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