Linked from

The 40 pages that link to Content delivery network, each with the reason it gives.

• Streaming mediaRelated: Nearby servers reduce the distance streaming segments travel and can ease congestion.

• InternetRelated: CDNs reduce delay and network load when popular Internet content is requested.

• Cloud computingRelated: Cloud-hosted services use it to reduce latency and distribute content globally.

• NetflixRelated: Netflix uses distributed delivery infrastructure to stream video reliably across regions.

• Streaming musicRelated: Nearby servers can reduce delays when a service sends music to listeners.

• Packet switchingRelated: CDNs use packet-switched networks to distribute content while reducing delivery distance and load.

• Streaming televisionRelated: Nearby servers reduce delay and congestion when television services deliver video at scale.

• Video on demandRelated: CDNs reduce distance and congestion when VOD services deliver popular videos.

• Computer networkRelated: These networks reduce delivery delays by serving content from distributed points.

• HTTPRelated: CDNs commonly cache and serve HTTP resources at geographically dispersed edge locations.

• Digital distributionRelated: CDNs shorten download times by serving files from locations near customers.

• Live streamingRelated: Edge servers reduce delivery distance and help streams reach geographically dispersed audiences.

• DecentralizationRelated: It decentralizes content delivery to reduce dependence on a single distant server.

• Internet radioRelated: CDNs can reduce delay and distribute popular station streams at scale.

• Web serverRelated: It extends web-resource delivery beyond a single origin server.

• Digital mediaRelated: CDNs reduce delay and network load when media is distributed at scale.

• Edge computingRelated: Its distributed points of presence illustrate how computation or data can be placed near demand.

• International broadcastingRelated: These networks help online broadcasters distribute streams to audiences in multiple countries.

• Adaptive bitrate streamingRelated: Nearby delivery servers help segments arrive quickly enough for uninterrupted playback.

• Cloud storageRelated: It can cache objects originating in cloud storage for faster delivery.

• Internet backboneRelated: CDNs reduce long-distance backbone traffic by serving popular content closer to its audience.

• HTTP Live StreamingRelated: CDNs commonly serve HLS playlists and segments from geographically distributed caches.

• Digital signageRelated: Large signage networks can use distributed delivery to send media efficiently.

• Distributed denial-of-service attackRelated: Its distributed capacity can absorb floods and reduce load on an origin server.

• Denial-of-service attackRelated: Distributed capacity can absorb traffic and reduce pressure on an origin server.

• Web developmentRelated: It can deliver static assets closer to users and reduce origin-server load.

• Web pageRelated: CDNs can serve page resources quickly without each request reaching the origin server.

• Digital distribution of video gamesRelated: Nearby servers can reduce download time for large game files.

• Proxy serverRelated: CDNs use proxy-like intermediaries to serve cached content close to clients.

• Architecture (networks)Related: It extends network design to improve reach, latency, and traffic distribution.

• Cache replacement policiesRelated: Edge caches use replacement rules to manage limited storage across changing content demand.

• DownloadRelated: A download may be served by a nearby cache instead of its origin server.

• Online streamerRelated: Delivery networks distribute streams efficiently to viewers in different regions.