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Hybrid working: network managers need to take care of unfinished business

CIO Business Intelligence

Today, the need for long-term solutions means that hybrid working is one of the top three trends driving network modernization – as reflected in the 2022-23 Global Network Report published by NTT. The burden on the network grows even as some employees start returning to the office. The network was never built for that.

Network 101
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Minimizing Jitter for VoIP calls

Spearline Testing

To most organizations, Voice Over Internet Protocol or VoIP mobile services are a perfect option. The simple fact that the service is provided over an internet link is part of what makes VoIP Telephony so efficient. The simple fact that the service is provided over an internet link is part of what makes VoIP Telephony so efficient.

VOIP 139
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What Is: Jitter

Spearline Testing

Today, telecommunications traffic largely passes over a packet-switching network and very often over the public internet. Packet switching networks do not ensure that packets travel the same path to their destination. Network congestion : Jitter is generally caused by congestion in the IP network. What is jitter?

Network 145
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Do your VoIP services have a case of the 'jitters'?

Spearline Testing

The lack of dependence on traditional copper lines and a Publicly Switched Telephone Network to make calls allows for more versatility than ever. However, because VoIP relies on an internet connection, poor network performance is one of the most common issues affecting it. Network capacity. Wireless networks.

VOIP 131
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What Is: Packet Loss

Spearline Testing

Packet loss is when “packets” or pieces of data traveling across a network do not reach their end destination. The end result of these packets failing to reach the opposite end of the network communication leads to missing data, in a VoIP call it would lead to missing pieces of the conversation. Recognizing Packet Loss.

VOIP 148
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Understanding Packet Loss

Spearline Testing

Packet loss occurs when one or more packets of data traveling across a computer network fail to reach their destination. The end result of these packets failing to reach the opposite end of the network communication leads to missing data, in a VoIP call it would lead to missing pieces of the conversation. Identifying Packet Loss.

VOIP 139
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What Is: Jitter

Spearline Testing

Nowadays, telecommunications traffic mostly passes over a packet-switching network and very often over the public internet. Packet switching networks do not ensure that packets travel the same path to their destination. Some of which are: Network Congestion: Jitter is generally caused by congestion in the IP network.

Network 103