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What is Memcached Hosting?

Memcached is an open-source, object-caching system for general memory management. It is designed to alleviate database load, and thereby speed up dynamic Web applications. The program functions somewhat like short term memory for your applications. Memcached runs on Unix, Linux, Mac OS X, and Windows.

Memory caching systems store data in a transparent manner with the intention of serving future requests more quickly. The stored data might be from earlier computations or copies of an original value from another storage location. Reading a cache for requested, stored data is significantly faster than obtaining it from its original location. Ultimately, computers and networks run much more efficiently with a good cache.

With Memcached, you can take memory from areas of your system where you have a surplus, and use it in places where it's needed. In addition, Memcached helps you to make better use of your memory, combining resources for more space.

All of the Memcached servers look to one virtual pool of memory. This means your stored items are always kept and retrieved from a consistent location within your Web cluster. When you experience growth, Memcached continues to scale the aspects of your system together, ensuring that you can access increasing amounts of data without taking a performance hit.

Why Choose Memcached Hosting?

Although Memcached is usually deployed in trustworthy networks, some administrators may wish to take added security measures where they would like to retain control over the clients that connect. In these cases, Memcached can be compiled with Simple Authentication and Security Layer (SASL). The SASL support needs the binary protocol. Memcached is known for supporting the cache needs of companies like Wikipedia, Twitter, YouTube and many more.

Memcached is ideal for larger sites with heavy loads. Several hosting providers will support your use of Memcached, though you are more likely to find plans that support it if you seek a Virtual Private Server (VPS) or dedicated server. Memcached is suited to address larger caches that frequently change.

If you're running a site and you have growing traffic, you can use Memcached hosting to accommodate site load. It will more than likely get web pages to load faster for visitors.

Simultaneously, a Memcached server will transfer your data to persistent storage without affecting site performance.

In default packages, a hosting provider may set aside a small amount of RAM for the cache, depending on the Linux distribution or operation system. It varies between 64 MB – 512 MB. With Memcached hosting, you can give more memory to Memcached depending on the size of your deployment. Memcached's simplicity promotes ease of deployment, and solves many issues for website owners facing large data caches.

Memcached Pros and Cons

Pros

  • Can be used to cache information that is difficult to gather
  • Web pages load faster
  • Easy to scale
  • Simple to deploy
  • Supports most CMS platforms

Cons

  • Difficult to delete Memcached entries
  • Sharing resources require reconfiguring the server
  • Volatility (crash of server instance wipes any data stored within the session)
  • No further value besides being a value store/ in-memory key
  • Not much documentation support

Cost of Memcached Hosting?

Memcached is a feature that itself is free, and is offered along with other features such as MySQL, cPanel and PHP. Businesses just need to set up a website with a web host that offers Memcached in its package, so they don't have to spend a penny.

Like any hosting, your resource needs with Memcached hosting will grow as your site experiences more cache, media and content. Your hosting plan should accommodate these additional requirements without incurring extra fees.

How to install?

Most CMS don't provide Memcached support by default. On WordPress for example, you'll have to install a third-party plugin and then enable Memcached from the cPanel. If the Memcached service is activated correctly by the hosting provider, the plugin will be able to use it to store frequently executed queries inside.

Points to remember

Memcached will serve most data requests generated by your site. To achieve that, the collective size of the key/store must suffice to cache the majority of the requested data objects from the site to achieve an acceptable performance rate. Check the capacity of Memcached with your hosting provider.

memcached Hosting Frequently Asked Questions

  • Who developed Memcached?

    Brad Fitzpatrick developed Memcached for LiveJournal in 2003. Anatoly Vorobey later rewrote the program from the original Perl into C. As an open source software, it continues to be developed by a team of contributors.

  • Do I have to use my server space for caching?

    No. It is possible to set up a separate machine to be used as your Memcached server. Before doing this, you should check with your host to see if they are configured for this and to ensure proper security measures are in place.

  • What are the minimum system requirements for running Memcached?

    Memcached can run on nearly any hardware, because it is designed to use very little resources. Of course, the higher processor speed and more RAM available, the faster it will perform. Performance will vary depending on the number of active clients, available servers, etc. You should consult the Memcached Wiki for specific strategies for optimizing performance.

  • Can I use Memcached for my database?

    Memcached does not recommend using it on a database host. Instead, they advise giving your database as much RAM as possible. This way if cache misses happen, your indexes and data are already in memory.

  • Can I use memory swapping with Memcached?

    It is not recommended, as swapping will result in poor performance. Instead, you should assign a certain percentage of physical memory (usually a few percent more than you anticipate needing), to a Memcached server. For best performance you should monitor your server if it is using swap, and make adjustments to your allocations as necessary.

  • How do I configure Memcached?

    Memcached is a command line application, so you will need to review the documentation available with the installation and on their website for an up-to-date list of Memcached arguments.

  • How do I install Memcached onto my own server?

    You can install Memcached using one of many pre-compiled packages available on their website, or you can download the source code and compile it yourself. They recommend using a package whenever available, as these have been tested to work successfully. See the Memcached website for specific information pertaining to your operating system.

  • Once Memcached is installed, how can I monitor it?

    Memcached contains a number of statistical counters to monitor system performance and health. There are also third-party monitoring tools available on the Memcached Wiki site. Some of them feature a command line interface, like Memcached, while others provide a graphical user interface to simplify the user experience.

  • How can I contribute to Memcached?

    There are several ways you can contribute to Memcached. You can join discussions with other community members and developers via their mailing list or IRC channel. There are a number of technical conferences available for developers and users. You can also contribute to the Memcached Wiki site by emailing your suggestions or asking for editing access through the mailing list.

  • Should any considerations be made before upgrading to a newer version of Memcached?

    While each release of Memcached is thoroughly tested, it is important to run a new release in a QA or dev environment first, then test it on a single server in production. If everything works fine, roll out to the rest of your servers one at a time.

  • Can I use physical memory instead of RAM?

    No. Memcached is developed to optimize latency and speed. Anytime you access physical memory, each of those suffers.

  • What sort of load can Memcached handle?

    That will depend on the system it’s running on. For a fast machine with a high speed network, it should easily handle over 200,000 requests per second. With some adjustments or faster hardware, it can handle many times more requests than that. Even on slower machines, it should easily be able to accomplish a few hundred requests per second.

  • How many clients can a Memcached site support?

    Memcached uses an event-based architecture, so high numbers of clients should not slow it down. It is successfully working for companies with hundreds of thousands of connected clients. Of course, Memcached can only work as hard as your hardware. You need enough spare RAM for each connected client, so even though an individual client only requires a very small amount of RAM, hundreds of thousands of clients will require a lot of RAM. Other factors, such as thread limitations and local ports, may affect your ability to handle a large number of clients. System tuning and additional adjustments can help.

  • How do release cycles work?

    Three weeks after each stable release, Memcached releases a –rc1 for the next release. Additional –rc’s typically follow once or twice a day, depending on the number of fixes. After three days, unless additional bugs are still being reported, a new stable version is released. This usually results in a new stable version approximately every month. While any of the core developer may contribute changes, the contributor is not allowed to be a part of the review process for their own changes.

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