Summary of the article
Network connectivity has over the years improved as a result of the construction of quality network transmissions a factor that is attributed by Quality of service (QoS routers). A network router implementing quality of service in the network enables all users and applications using the network resources to have a distributed bandwidth. This ensures that some users or applications are not halted by overconsumption of network resources by other users and applications of the network. QoS can be implemented in two ways as follows. First is the use of traditional QoS that allows network administrators to assign network priority depending on the needs of the user or application. Secondly is the use of intelligent QoS whereby the network resources are handled automatically. These newer methods of QoS such as WMM prioritize network traffic by the type of multimedia content relayed over the network though it only works for wireless connections. Currently, Qualcomm’s StreamBoost is a technology best suited for shaping network traffic. The technology company is involved in the manufacturing of processors designed to function in high-tech routers like Nighthawk X4. This causes the router to contrast and prioritize particular latency traffic like voice over IP (VOIP) services over latency insensitive traffic arising frown downloads and file transfers.
The quality of service in any network connection is essential as it allows user satisfaction by regulation of traffic caused by the clients in the network service provider. The quality of service ensures that applications that require higher bandwidth rates in the network are given a higher priority than those with small and insensitive traffic like downloads. This enables users to carry out gaming over the network. In some effect, the QoS implemented by the home router can cause additional consumer pricing if it is not up to standard. As a result, users who need to use the network to stream videos and make calls over the internet require active quality of service. However, QoS involves much more than traffic control. Good QoS should enable the network administrator to see which radio channels the users are utilizing and configure the router to use other resources. For instance, the router might use any of the three non-overlapping channels in the 2.4GHz frequency. These include 1, 6 and 11. Networks which utilize the functionality of older routers such as an 802.11n router could consider upgrading to models based on 802.11ac, which is more recent. The latter offers significant boosts on the network.
Critical aspects discussed in the article
For the network administrators to ensure that the network is free from latency and jitter associated with undistributed resource sharing, there is a need to utilize modern technology. StreamBoost is one of such technologies which allows network professionals to provide automated quality of service to the users of network resources. A lot of financial resources could be wasted as a result of the improper distribution of network resources thereby ensuring that the customer does not consider a higher ISP to get reliable services. It is also important to realize that quality of service is the result of increased speeds in data transfer which is consequently the measure using bits per second. As a result, routers using the 802.11n standard should consider upgrading to new standards to ensure that QoS is maintained.
