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Kontakt Säljrelaterade frågor Per Jonsson Teknikrelaterade frågor Tobias Enegren |
Blue Coat och VoIP och Videoaccelerering To contain costs and improve enterprise communication, companies everywhere are converging all their voice, video and data applications onto a single network. But converged networks often suffer from performance problems created by overflows of network traffic and hundreds of applications all competing for limited bandwidth. How can you realize the cost savings of network convergence without sacrificing application performance? The Blue Coat Application Delivery Network (ADN) can help you migrate to lower-cost converged networks for data, voice and video without sacrificing the performance and reliability of critical applications. With the Application Delivery Network, you can build a comprehensive network infrastructure that combines the visibility, acceleration and security technologies critical to delivering high-performance business applications while controlling IT costs. VoIP: Improve voice quality with greater network visibility VoIP quality is extremely sensitive to latency, jitter and packet loss — critical performance issues resulting from too many applications competing for too little bandwidth. Without adequate visibility and control over network traffic and bandwidth consumption, voice quality can suffer dramatically, particularly over constrained WAN links. A successful VoIP deployment requires complete visibility into all your network traffic so you can identify bandwidth usage trends among users and applications, allocate existing bandwidth to support your VoIP deployment, control the impact of new voice traffic on your existing applications and plan for future VoIP deployments. Application Delivery Networks give you intelligent network control The Blue Coat Application Delivery Network (ADN) provides the insight you need to prevent network delays that can impact VoIP calls. With Blue Coat, you can establish and enforce service levels for quality and availability, and resolve network problems before they impact end users. Our ADN infrastructure enables you to: See everything running on the network
Streaming media: Make it work for your business Streaming media applications are both a curse and a blessing for business. On the positive side, you can quickly and cost-effectively distribute corporate communication across your enterprise. On other hand, YouTube, viral videos and other recreational apps can consume tremendous amounts of bandwidth and diminish business application performance. To maximize the benefits of streaming media, and minimize the cost and risk of recreational use, you have to intelligently control everything on your network. To optimize on-demand video for business value, you need to differentiate between business and recreational content, control bandwidth-hungry, recreational applications, support live video broadcasts over your existing network and enforce corporate policies for network access and use. In short, you need to see, accelerate and secure all your critical applications. Application Delivery Networks: Optimize the flow of streaming media The Blue Coat Application Delivery Network (ADN) enables business-driven streaming media by giving you detailed visibility over all your internal, external and real-time applications so you can identify and control unauthorized network traffic such as online ads, inappropriate surfing, P2P, Skype, malware and other applications. By applying the right mix of acceleration capabilities such as bandwidth management, stream-splitting, protocol optimization, and byte caching, you can save bandwidth and reduce WAN congestion.A The Application Delivery Network infrastructure provides a fully optimized, cost-effective network that enables you to:
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Events 2010 Blue Coat Certified Pre Sales Engineer Blue Coat Certified WAN Acceleration Professional (BCWAP) Blue Coat PacketShaper Technical Training: Specialist Level I Blue Coat Certified ProxySG Professional Blue Coat Certified WAN Acceleration Administrator (BCWAA) Vendor Whitepapers |
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