“Bequant has helped us to save in national roaming costs and at the same time improve our customers’ quality of experience. We have had a very fast return on our investment.”
Bequant helps mobile operators in two ways:
This section shows the quality of experience improvement with live traffic in a 4G mobile operator in production. During several days, two MEDUX probes from CaseOnIt generated browsing, download and video traffic and measured several indicators of QoE. The two probes were at the same place and coverage conditions, one was accelerated by the BTA and the other was simply forwarded. Additionaly, you can also look at our Netflix results in different kinds of ISPs.
The compression rate (output data vs input data) typically achieved by the BTC is 50%. How much this represents as overall traffic saving depends on the percentage of compressible HTTP in the network traffic mix. A typical mix is 80% of TCP with 20% of HTTP, of which 20% is compressible, leading to an overall traffic saving of 1.5% in the backbone and in the radio network. Given the high cost of the access network, even a saving of a few percentage points will be a strong business case to make the investment, which can be recouped in a few months.
The BTA is also interesting from a traffic saving point of view, since it resolves retransmitted traffic locally and reduces interconnection costs.
Bequant software runs on Bequant Nodes (BQN), which are transparently deployed in the Gi interface as a bump-in-the-wire between the access gateways (e.g. PDN-GW, GGSN) and the next router towards the Internet. Normally, one BQN node of the required capacity is collocated per access gateway.
The BQN only needs to be on the path of the traffic to optimize and it is compatible with other network elements such as traffic policers or shapers. Note that a BQN deployment can support both TCP acceleration (BTA) and web compression (BTC) simultaneously in the same node.