80.00 €

v 10.0 v 11.0 v 12.0 Third Party 3
Required Apps Website (website)
Included Dependencies
Technical Name website_base_cache
LicenseAGPL-3
Websitehttp://www.juventudproductivabicentenaria.com
Also available in version v 11.0 v 10.0
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Required Apps Website (website)
Included Dependencies
Technical Name website_base_cache
LicenseAGPL-3
Websitehttp://www.juventudproductivabicentenaria.com
Also available in version v 11.0 v 10.0

Accelerate the load and increase the capacity of concurrent users (website)

Accelerate the load of website views and increase the number of concurrent users with the same architectures.

Juventud Productiva

Overview

This module caches a large part of the records of the Odoo base module objects, which are common to all users, so that part of the view content and other common elements are passed from the database ( Disk) to RAM, improving the load and increasing the capacity of concurrence of requests, which translates to more capacity of users with the same hardware.

Free version

Features

Improve application performance.

Reduction of the load on the back end.

Increase reading performance (IOPS).

Increase the number of concurrent users

Increase the number of business operations to the database.

It helps you save hardware cost.

Cache more than 70 requests to the database for each load of any web view, per user, which translates, according to the modules installed, cache of more than 32,000 requests to the database per user.

This module only requires the load performance web module to work, since it only uses the python cache technique.

Supports multilanguage.

How does caching work?

Data in a cache is usually stored in fast-access hardware, such as random access memory (RAM) and can also be used in conjunction with a software component. The main objective of the cache is to increase data recovery performance to avoid having to access the underlying storage layer, which is slower. When exchanging capacity for speed, a cache typically stores a subset of data transiently, unlike databases whose elements are usually complete and durable.

If we compare accesses, we have to latency, that is, the time we wait to receive the first data from a memory. The hard drive, this time, is milliseconds (DISK) and in nanosecond (RAM) memories. In this case there are differences of 100,000 times.

Juventud Productiva Venezolana

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