How to Reduce WordPress TTFB: From the Network to PHP and MySQL
Divide the TTFB of top WordPress between DNS, TLS, CDN, cache, PHP-FPM, database and external API and reduce it with valid measurements.
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63 articles · Tag: WordPressShowing 37–48
Divide the TTFB of top WordPress between DNS, TLS, CDN, cache, PHP-FPM, database and external API and reduce it with valid measurements.
Find the WordPress slower with baseline, Query Monitor, log, HTTP call and controlled testing in staging; without breaking the live site.
Divide the RAM usage of WordPress between Linux, PHP-FPM, MySQL, Redis, and job caches and measure the capacity and cause of memory growth before OOM.
If WordPress has been delayed after a core, template, or plugin update, check version changes, migration, cache, cron, and PHP step by step.
Divide the high CPU usage of WordPress between traffic, bot, PHP, wp-cron, plugin, and MySQL, and find the real factor before you know it.
Identify the widget of a wp-admin from AJAX, plugins, wp-cron, databases, external API and PHP workers, even when public pages are fast.
Identify your WordPress software from TTFB, browser, PHP, database, plugins and resources step by step and avoid intuitive optimization.
Read the message Allowed Memory Size Exhausted correctly, restore the site with minimal risk of change, and find the plugin or user request in principle.
Identify the difference between PHP memory_limit and server RAM, find the WordPress user request, and address the cause instead of the blinding memory boost.
Identify and securely fix connection errors, query, lock, space shortages and MySQL table breakdowns in WordPress from accurate messages and logs.
Before repairing the WordPress database, separate the actual table failure from connection errors and disk failure, backup and perform the controlled repair.
Interpret Site Health alerts about HTTPS, REST API, loopback, cron, PHP and database correctly and prioritize them based on the actual impact.