Increasing next generation networks provide ordinary internet protocol-based simple infrastructures that are largely available to the customers world over. In the past, committed networks provided single services, like the voice telephone service. By allowing interconnection to other networks like the internet, NGNs effectively remove technology carriage barriers and provide a broad foundation to the next generation services and applications. This has implications for users, regulators and providers, as it not only changes the shape of services, but also their nature of interaction in an industry that is coming closer.
Next generation applications mainly provide connectivity that is distinguished by being always available and readily accessible or approachable. Connectivity is providing the channel for e-health and tele-working service solutions. Some ongoing developments in the next generation access network infrastructure, such as wireless, fiber and femtocells may extend broadband connectivity and will support developments in video telephonic and high definition voice applications. But, the shared infrastructure of the next generation networks poses challenges of supervising the reliability and security of information. Technologies available for broadband and penetration play a foundation role in the development of connectivity-focused applications.
The Next generation applications are built on connectivity and are mainly based upon the accessibility concept. Rise of social media is hard to imagine without having an entrance to next generation access networks. Blogs and micro blogs allow a user to make and share a personal kind of information that is of interest to both the author and other like-minded people. In blogs about news, technology or current affairs, people share their opinion on any given topic and readers of the blog are able to then provide their own views and share ideas on it.
The increasing use of smart phones and other mobile devices alongside Internet applications and video calls or emails is bringing an extraordinary increase in wireless network traffic worldwide. From a network operator’s point of view, key factors in motivating wireless network topologies are basically their ability to meet demand for bandwidth, users quality of service, user capacities and network costs.
Among other useful technological devices, the role of iPhone in bringing the world closer is simply undeniable .It has brought the world together by offering next generation cellular and wireless connectivity through its Ultra fast wireless data networks.
You can rely on your iPhone as it gives you a thin, light design and outstanding battery life with a fast data connection. The LTE wireless technology is built for speed and adding it to a phone will create bulk and drain battery life quickly. Latest iPhone uses LTE the right way and optimizes battery life. In short gives you all the things you may want most from your smart phone.
LTE is the type of architecture that is being transformed with the introduction of remote radio heads connected to a base station cabinet with fiber optic cables and can reach beyond 10 km or small cells. Both the methods bring the users closer to the base station.
iPhone supports more networks throughout the world. It includes all advanced networks such as HSPA, HSPA+, and DC-HSDPA. You can browse, stream content and download, at ultrafast speeds. The Dual-band 802.11n wireless connectivity feature accelerates your Wi-Fi experience, and takes it up to 150 Mbps.
iPhone connects to the Internet automatically from almost everywhere using cellular network. It contains a built-in Wi-Fi. Using an iPhone Wi-Fi connection provides several benefits:
- It saves time: Using an iPhone Wi-Fi gives much higher network bandwidth than the cellular protocols generally supported by iPhone. It means noticeably faster app downloads and browsing facility.
- It saves costs: A network traffic generated when the iPhone is connected with Wi-Fi will not add in monthly data plan quota.
iPhone automatically switches from a cellular connection to a Wi-Fi once it successfully gets a Wi-Fi connection and it will revert back to cellular connectivity in case the Wi-Fi is disconnected or suddenly drops. The connections should be periodically checked by the user to ensure they are connected to Wi-Fi when needed.
It is the function of connectivity that makes a wireless network more reliable and cost efficient to operate and iPhone offers you such technological options that give you a reliable service of wireless and cellular connectivity.