Please wait, loading...

 
HomeTag

Network - Digital Carbon

SD-WAN Cloud Access

Software defined – wide area networking (SD–WAN) is among the most dominant network technologies that enterprises are rapidly adopting. Due to its quality of services, enhanced cloud application performance, minimal architectural complexity, simple  adoption and reduced cost, it is becoming popular and rapidly transforming the network technologies. Across the IT ecosystem, tons of organisations and enterprises are rapidly shifting towards the software defined – wide area networking (SD–WAN) solution because of its provision of efficient, agile and integrated application connections resulting in a faster, better and frictionless network, which is the  priority of IT specialists and network managers across the globe.

Is MPLS Needed

SD-WAN is rapidly capturing the market of MPLS, which was dominating for decades. But both technologies have their limitations as well as their advantages. Though infant SD-WAN seems reliant on MPLS in some major fields, this reliance is not unavoidable. SD-WAN can still altogether bypass MPLS. But it should not be recommended. A perfect hybrid of SD-WAN and MPLS can benefit business organizations in terms of cost-saving, increased security, reduced packet loss, reduced latency, and performance enhancement.

Increase Network Performance By Digital Carbon

According to 2016’s State of the WAN report, traditional WAN exhibits performance limitations such as latency issues and packet loss at a higher level. In this report, two of the factors among the top five were related to network performance, which is of crucial importance. This is the major reason behind fundamental shift from WAN to SD–WAN.  As we move toward SD-WAN solutions, it is necessary to understand how various aspects of SD-WAN can provide discrete solutions to improve performance of the network.

Slow Internet Home Office

Organizations across the globe are rapidly adopting new technologies to meet the customer demands in an increasing market competition. It is necessary for their survival to keep pace with emerging trends in the market. Fluctuating customer demands, introduction of new trends in the market, and advancements in technological sphere always cause big hypes in the market. Due to which whole of market trends start shifting towards it. Traditional network architectures often become outdated in these scenarios to fulfill the market standards required for customer satisfaction. It becomes very difficult for those companies to survive who do not go for digital transformation and upgradation of network architecture. High competition among their counterparts soon rules them out of the market.

Digital Carbon SD-WAN or MPLS

The proliferation and maturation of network technology enthused multiple opinions among the vendors about the benefit and worth of SD-WAN and MPLS in the present era. Since most opinions revolve around the inception of the latest technology overpowering the preceding ones, it is anticipated that SD-WAN would take over the MPLS in the near future.

SD-WAN and Network Functions

A deluge of buzzwords in the field of the networking industry often creates confusion for the ordinary reader. So many acronyms, similar to one another, and even the core technologies behind each one of these acronyms builds into another, with overlapping themes, which adds further confusion into the picture. It becomes difficult to understand their working and functionalities in a clear and distinct way.

Network Visibility

Software-Defined Wide Area Networking (SD-WAN) is fast becoming one of the most popular network technologies for enterprises. Due to its quality of services, enhanced application performance, minimal architectural complexity, simple set-up, and reduced cost, SD-WAN is increasingly popular and rapidly transforming network technologies. According to Kentik's data collection reports, it is expected that 95% of enterprises will have moved from traditional WAN to SD-WAN architectures within 24 months, due to the vital factors mentioned below.

How to Deploy DIY SD-WAN

We have seen a rapid increase in the deployment of SD-WAN by organisations of all scales. It is essential to understand the various methods of SD-WAN deployment. Generally, there are two approaches to deploying software-defined networking: managed SD-WAN providers and do-it-yourself (DIY) methods. In the latter approach, any external service provider is not hired for the deployment of SD-WAN. Instead, it is managed and set up by the company's own IT teams.

Work From Home

COVID-19 dominates working life today. Office staff throughout the world have settled into their work-from-home set-ups. Nevertheless, a significant portion of the global population do not have access to broadband internet at home; even more have weak internet connections. Working from home rarely offers the high-quality connections employees enjoy at the office. Freelancers also suffer a similar problem. Individuals and organisations are therefore looking for technologies that will enable productivity as working from home continues.

Digital Transformation

SD-WAN (Software-Defined Wide Area Network) is a virtual wide area network that has revolutionised how users connect to their applications, no matter where the application resides. Previously, 80% of applications were located in branch offices or core datacenters, and communication was through a leased line, usually MPLS. This has changed today. With the emergence of the public cloud and the adoption of the public cloud by enterprises, applications can be literally anywhere.

DIGITAL CARBONHeadquarters
Our head office is located in the tech hub of King’s Cross, London.
OUR LOCATIONSWhere to find us?
Map
KEEP IN TOUCHFollow Us
To stay up to date with the latest news and technologies, follow us on our social media channels.
DIGITAL CARBONHeadquarters
Our head office is located in the tech hub of King’s Cross, London.
OUR LOCATIONSWhere to find us?
KEEP IN TOUCHFollow Us
To stay up to date with the latest news and technologies, follow us on our social media channels.

Copyright by Digital Carbon. All rights reserved.

Copyright by Digital Carbon. All rights reserved.