Zenlayer Adds Cloud Networking Features
_789_438_s.png)
Latency and network instability kill the digital experience.
Edge cloud service provider Zenlayer releases a new set of features for its cloud networking product including traffic engineering in the backbone, BGP, enhanced API functions and data insights for customers.
Zenlayer claims its new capability to engineer network traffic combined with its global private backbone decreases network latency by 28% on average, reduces packet loss and improves network resilience.
“Latency and network instability kill the digital experience, which has direct impact to client’s top line,” said David Xie, Chief Product Officer. “Our new Cloud Networking products allow customers to turbocharge connectivity, instantly.”
Additional new features released include BGP and broad-scale data insights. With BGP in place, Zenlayer users can flexibly peer their networks and build virtual private clouds on demand. They can also further customize connectivity between private network and public clouds. Additionally, users can now access their telemetry data to have end-to-end visibility of their network status, connectivity quality, latency and resource utilization.
You might also like...
Broadcast Standards - The Book
Broadcast Standards – The Book is a unique reference resource for broadcast engineers, operators and system designers. Never before has such a huge body of broadcast industry specific information been collated from international standards bodies and distilled into a single source o…
The Ultimate Compression Technology?
Our resident provocateur Dave Shapton speculates on the nature of compression and its potential future evolutionary path.
Live Sports Production: Control Room Teams & Workflow
Why the composition and workflow of the gallery creative team have remained largely unchanged for many years… and the effort taken by engineering to support creative teams.
Microphones: Part 7 - Microphones For Stereophony
Once the basic requirements for reproducing sound were in place, the most significant next step was to reproduce to some extent the spatial attributes of sound. Stereophony, using two channels, was the first successful system.
Building Software Defined Infrastructure: Part 2 - Processing & Streaming Media Essence
Welcome to Part 2 of Building Software Defined Infrastructure - a new multi-part content collection from Tony Orme. This series is for broadcast engineering & IT teams seeking to deepen their technical understanding of the microservices based IT technologies that are…