Fibre Optic Link and Latency


Fibre Optic Links and Latency in the Financial Sector


Making use of fibre optic technology, the financial sector of the world operates very fast out of necessity.

The fine line between success and failure in today’s financial world is so thin that in a matter of a few seconds a huge impact can be made.

So, it bears huge importance for financial companies to maintain a minimum network latency. This could in turn provide a sustainable competitive advantage.

To alleviate latency, first one must understand what the cause of latency is.

To do this it is possible to simulate fibre optic links and latency in order to know where it might go wrong or what needs to be improved.



Fibre Optic link




Fibre Optic Link Simulation


In order to do an accurate simulation of field links and latency, a lab environment is a prerequisite to validating system performance at a high level.

For the financial and banking sector, achieving predictable and reliable connectivity along with the minimum latency achievable is a must.

Without reducing the amount of latency there is no shortcut to success.

The backbone of a financial organisation depends on quite a few factors such as maintaining an extra layer of security while allowing customers access to funds after standard banking hours.

However, it can be tricky for financial institutions to maintain a superior level of performance without compromising these necessary factors.

We have already established that minimising latency in financial networks is their first priority.



Fibre Optic Link




Fibre Optic Link Impact


With time delays that stand at fractions of a second and constantly fluctuating stock prices, the highest volume of trades of shares could be either positively or negatively impacted by a decision made on the spot.

The emergence of blockchain technology puts more emphasize on minimal latency and high reliability.

Financial networks require rapid and reliable transmission of data.

At the moment financial institutions are adopting blockchain technology for ease of access and use.

This is a stepping stone towards their striving for a faster speed. It portrays the ever-increasing necessity of simulating optical links for further connectivity.

The technologies to be used on a fibre optic network of any given company must simulate the physical environment in a specific way so that it matches that of the actual situation.

In this regard, financial institutions can use the same fibre optic cables with a professional and efficient configuration to make the most out of it.

This provides a consistent result, which is a big relief for engineering teams, allowing them the peace of mind, knowing that their setup will get the results intended.




Fibre Optic in the global finance market


In this era of global finance, world trading markets go on all day long.

Which means that the competition is extremely high, too.

Amid this booming competitive nature of the financial market, the only way to stop-loss orders and make better trade decisions is possible through immediate executions.

Therefore, the network driving these transactions and decisions must be instant, predictable, and reliable.



Conclusion


In order to make sure whether a fibre optic based system will satisfy expected parameters, you can opt for a standard fibre optic latency simulation to find out whether the system will be suitable or not.

This is obviously the ongoing practice among top trading firms, leading banks, and financial institutions.


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