With online traffic growing every day, questions about Ethernet speed is nothing but avoidable. There is a lot of hype in general about moving to 100 Gbps Ethernet. But is it what your website requires and is it something unavoidable is what you might want to know.
In early 2000’s a 1Gbps connection was considered very fast, but as the first decade came to an end, 10Gbps connections started appearing. In 2017, 10 Gbps connections have become the standard, and 40 Gbps connections are gaining popularity.
The major factor for this rise is Traffic.
Data center traffic is pegged to grow 4x times in the next three years. It shows that a higher bandwidth deal would be required to keep your website visitor experience intact.
Why is there such growth in Traffic?
The answer is simple and obvious. Data transferred online has increased significantly due to always-on smartphones, increase in online content viewership, popularity of cloud computing and more.
More than this, traffic patterns have changed inside the data center. Earlier, traffic in a data center consisted of requests mostly from external sources. Now, traffic stays within the core of data center, in large parts due to storage virtualization.
Web pages now are more complex than ever before, which has completely changed traffic patterns within data centers.
So, shouldn’t 40Gbps Ethernet be sufficient?
10 Gbps has become the standard now. But the online traffic has exploded in such a way that 100Gbps Ethernet would be necessity earlier than you thought. 40 Gbps connections can serve as an intermediary solution for a brief period of time, but you will have to shift your data center to 100 Gbps Ethernet eventually. One of the major reasons for their slow adoption rate is the cost, which is all set to come down drastically in the near future.
The IT fraternity is a buzz with the 10Gbps Ethernet revolution. Although wriggling from a slow start, the beginning of the millennium paved way for a swift hike in the demand for new products. This while increasing user demands in turn caused a steady decline in the prices of such products that came with a promise to deliver high density, high-speed networks.
Welcome to the era of 10Gbps Gigabit Ethernet segments that have already spread their wings across the globe.
Speaking of the 10Gbps VPS, these servers operating with the 10-gigabit technology can offer scalability benefits that can support WANs, LANs and MANs while offering the optimized network speed. These servers come in as a major advantage as they do not require any change to the Ethernet MAC protocol alongside supporting all the upper-layer services that are linked to the Open Systems Interconnection Seven Layer Model; including security, VoIP, quality of service coupled with high availability. Additional benefits come in the shape of server load balancing and web caching. With so many positives of this not-so recent evolution enlisted, here is the rundown of the impact these servers will have on your business.
- Rocket Speed Operations
- An Impetus to Video conferencing
- Quicker Upload of Images On To The Cloud
- The Inviting Age of Faster Transmissions
All in an attempt to enjoy benefits of ultra-fast internet, such a speed will have an impact on all the spheres of business operations including management, new product development and customer service. An internet speed rated at 10Gbps by the VPS will make cloud-based computing more viable. With more and more businesses migrating to the cloud-based environment, such a swiftness will prompt for better utilization of cloud services; all in a jiffy!
Video conferencing is a pleasurable and user-friendly option especially when it concerns professionals working from home. Offering them the luxury of staying in touch with peers and clients across the globe, high-quality videoconferencing is sure to improve the work-life balance of techies; a positive outcome of 10Gbps VPS. This can also lead to a satisfied customer base when users can directly get in touch with enterprises with an instant response to their query.
Along with the ability to connect instantaneously to security cameras, the age of gigabit internet hastens the process of uploading voluminous and bulky batches of images that can be done in hours in contrast to the earlier situation when it used to take days at length for the upload to be completed. This feature will especially find a place with enterprises dealing with high-definition medical images that is made possible through faster, 10Gbps connections.
With the constant thirst for data, the current trend is skewed towards fast Ethernet or Gigabit Ethernet offered in the form of 10Gbps VPS. Offering an advantage of scalability through virtualization, it is possible to club 8 10Gbps switches into a single virtual switch to offer an astounding 80Gbps throughput.
With all these benefits up the sleeve of 10Gbps VPS, the day is not far when the equipment offering 100Gbps will come at an affordable price for the internet-driven business enterprises to make the most of their unparalleled performance and affordability.
Virtual Private Networks (VPN) come in as important assemblies meant for the security of enterprises and consumer applications. Identified as a secured path connecting two or more computer systems on the internet, the VPN connectivity works as a bridge between these entities. Enabling them to pass on and exchange information, the VPNs find their extensive use in enterprises and consumer driven applications.
From the business point of view, these networks help to securely connect remote workstations together while also offering to provide connectivity to “out-of-office” employees connect to the official network. Consumers on the other hand too, benefit from this type of connectivity when they are granted protection from attacks while they access public wireless networks.
With the innate characteristics of the VPNs enlisted, here is the rundown of their detailed description.
A VPN helps to secure your traffic when it uses a private server that is located at a remote place. This way, companies can protect their data that is saved on the network from local hacking attempts. Another advantage comes in the form of masking the real IP (Internet Protocol) address from the normal websites accessed by you. This way, you can secure your open wireless networks from the fraudulent practices of account hijacks and hacking attempts.
Variety is the spice of life! This is so true in the case of VPNs as well when no two VPNs are alike in all respects. Technology presents different VPN technologies demonstrating numerous encryption strengths. Some of them include PPTP (Point-to-Point Tunneling Protocol), OpenVPN, IPSec which make use of SSL (Secure Sockets Layer) or TLS (Transport Layer Security). It is also important to note that VPNs operating through the TLS protocol should pay an attention to the type of encryption algorithm that is in place along with the key length that is in use.
Many a times, geographical barriers come in the way of accessing online content. In such a scenario, a VPN can be effective in avoiding these barriers, thus allowing browsers to access information that is not available in their region. It is an interesting piece of trivia to note that the governments of countries like Turkey and China which constantly block certain websites for political gains make the most of VPNs to circumvent such limitations.
Companies establish their tailor-made VPNs employing special network appliances. On the flipside, consumers are the receiving end of a plethora of services offered in the form of paid or free VPNs. It is needless to mention that free VPNs are patronized by the browsing populace overcrowding such servers with huge traffic. Majorly displaying advertisements, such networks offer a few servers to choose from, with slow connection speeds. Paid VPN services, on the other hand adopt a subscription-driven model independent of data usage limits.
With all the advantages of VPNs enlisted, it comes as a wise move to opt for an indigenous VPN to make the most of the access services that this connection offers. You can then simply plug in your devices to your home network and work from anywhere in the world. Hence, this would come as a workable option to avoid the exposure of your services directly to the internet; a move that will protect your data from cyber criminals.