Difference between revisions of "Networking/Bandwidth Load and Compression"

 
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==Bandwidth, Load, and Compression==
 
==Bandwidth, Load, and Compression==
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Bandwidth
  
Bandwidth
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* This is the data transfer rate.
*Measured in Megabits per second(Mbits/s), Kilobits per second(Kbits/s)
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* Usually measured in Kbps(Kilobits per second).
  
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[[File:bandwidth3.png|500px]]
  
 
Load
 
Load
  
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* A high load would be compressing H.265 since it is compressing at a harder algorithm.
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* H.264b would be low load since it take less CPU power to compress it.
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[[File:NVRiInfoNetworkLoad.png|500px]]
  
 
Compression
 
Compression
*Compression file includes .zip, .rar and various others.
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* Used to reduce storage in hardware.
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* Video compression are usually H.264B, H.264, H.265H, and H.265.
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* For more information on H.265 vs H.264, visit [[Troubleshoot/H264_vs_H265|here]].
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* H.264H use more complex encoding algorithms and will produce better quality video at an equivalent transfer rate.
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* Baseline profile is easier to decode, but Main and High profiles offer better compression and therefore use less bandwidth to achieve the same quality stream
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[[File:Compression1.jpg|500px]]
  
 
[[Category:Troubleshoot]]
 
[[Category:Troubleshoot]]

Latest revision as of 21:39, 22 June 2016

Bandwidth, Load, and Compression

Bandwidth

  • This is the data transfer rate.
  • Usually measured in Kbps(Kilobits per second).

Bandwidth3.png

Load

  • A high load would be compressing H.265 since it is compressing at a harder algorithm.
  • H.264b would be low load since it take less CPU power to compress it.

NVRiInfoNetworkLoad.png

Compression

  • Used to reduce storage in hardware.
  • Video compression are usually H.264B, H.264, H.265H, and H.265.
  • For more information on H.265 vs H.264, visit here.
  • H.264H use more complex encoding algorithms and will produce better quality video at an equivalent transfer rate.
  • Baseline profile is easier to decode, but Main and High profiles offer better compression and therefore use less bandwidth to achieve the same quality stream

Compression1.jpg