Content Delivery Network Architecture
Understanding Content Delivery Network Architecture
In the late 90s, when the internet is beginning to receive familiarity, and the volume of netizens is overpowering the number of websites at that time, the need for a mechanism that can easily bring data across the globe without website failure was created. The functions of content delivery networks became very much popular to website owners. The first CDN providers were the ISP companies of that era, and now, content delivery network architecture are all over the world.
Should you be availing of service through CDN architecture? Should you also get into the bandwagon of going to CDN providers to use content delivery network architecture, the way globalized companies like Netflix and AirBNB did? Before going to the nearest CDN providers and inquiring about this service, it would be better to load up on basic knowledge about content delivery network architecture first. CDN architecture might sound like a daunting topic, and you might think that CDN providers will still give you the low-down if you approach them now. However, we here at BelugaCDN would like to extend our hand first, so that you’ll have enough content delivery network architecture knowledge so that you can ask the right questions to your CDN providers.
CDN Architecture Basics
The most basic function of content delivery network architecture is its capabilities with caching, or the storing of data for future use. In the regular web browsing scene, when a website visitor wishes to see the website, the browser will send a request to the website’s server. The request is then granted, and the data will travel back to the user. This may sound simple, but there are a lot of troubles when it comes to this setup, such as latency problems due to distance and bandwidth differences. But CDN architecture can remedy this. CDN providers will program your website to be hosted by a certain point-of-presence, and this POP will cache all the data needed by website visitors within that area. These visitors will be directed to the closest POP, and data will be delivered as if the user is requesting for it from the home server. This is effective data delivery, thanks to strategic location planning of CDN providers, and high-tech content delivery network architecture.
Edge servers are the points-of-presence that caches data and sends them to the nearest website users. CDN providers choose the best edge server for your content delivery network architecture needs. CDN providers will ask you on which locations you wish to cater your content, and it’s only these parts of the CDN architecture that will be activated.
Pull zones are areas of the CDN architecture wherein data is gathered and prepared for distribution. CDN providers are to identify from which servers the content delivery network architecture will get data for the cache. CDN providers will have to work closely with you to identify the correct path data pulling.
Push zones, on the other hand, are the areas of the CDN architecture from which data is to be distributed. Talk to your CDN providers on who will be the recipients of these data. Let your CDN providers know how data will be distributed in the push zones,
Why Use CDN Architecture?
Content delivery network architecture will surely bring better results when it comes to connecting you or your company to the rest of the world. May it be to promote productivity or to raise your enterprise’s identity, CDN providers will be there to assist you with using CDN architecture. Talk to us here at BelugaCDN right now to start your journey in using CDN architecture effectively. Be part of the many organizations that have used content delivery architecture for their own versions of global success.
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