An Intelligent Network Interface Device, more commonly known as an 'INID', is a system that provides triple play media services to customer homes. The system provides digital subscriber line access, advanced TV, and voice over internet protocol (VoIP) phone services to subscribed customers. The term may refer either to a standalone external residential gateway or to a system of multiple components that together provide RG functions. Models include the 2Wire HomePortal INID and the Entone Crescendo INID. AT&T'sU-verse brand of services employs the 2Wire INID as an alternative residential gateway.
An intelligent network (IN) is a service-independent telecommunications network. That is, intelligence is taken out of the switch and placed in computer nodes that are distributed throughout the network. This provides the network operator with the means to develop and control services more efficiently. New capabilities can be rapidly introduced into the network. Preface Intelligent Network (IN) is one concept to specify telecom services, and it has emerged from technical, business and protocol engineering point of view. Intelligent Networks are used by teleoperators for creation and management of value added services in telecom networks. Originally, IN has been applied in telephone and voice services, but today its meaning is also growing in the service integration of mobile and fixed telephone networks. That is why our intelligent network will a be fully Software-Defined Network with Network Functions Virtualisation (SDN-NFV) to empower businesses with a smarter, digital network experience. The Intelligent Network Market is expected to register a CAGR of 22% during the forecast period (2021 – 2026). The most important factors that are driving the growth of the market are considered as the emergence of advanced technologies, such as the IoT, 5G, and cloud. The Intelligent Network Architecture (INA) is a model for organizing the programmable network elements and the communication between those elements. The objectives of that model are in part the same as those of the OSI reference model for computer networks: decomposition and standardization.
Unlike the traditional Network Interface Device (NID) that it replaces, an INID includes an outdoor unit that mounts to the side of the subscriber's home in a hardened, weather-resistant enclosure that is easily accessible by carrier technicians; it also can include an indoor unit and a battery backup.
By transferring intelligent gateway functions and all service and network terminations to the side of the house, the INID eliminates the need to bring DSL into the house, eliminating the signal loss typical of in-home wiring. The location at the side of the house also allows for an easy connection between the INID's integrated VoIP function and the home's existing phone wiring.
The outdoor location also provides carrier technicians with easy access to home coaxial cable wiring, which can be reused to distribute high-speed LAN technologies to video set-top boxes and other networked consumer devices throughout the home using HomePNA.
References[edit]
- http://www.entone.com/assets/File/Data%20Sheets/Crescendo_datasheet%20v1_1206.pdf[permanent dead link]
Intelligent Network & Wireless Cards Drivers
According to panel members, the network is at the center of a maelstrom of change taking place in enterprise data centers. The change is making its way through all levels of the stack, from infrastructure to applications.
“The network [is] in the middle of a huge disruption that’s happening in the data center,” said Ravi Amangati, vice president of engineering at Cisco Systems Inc., “when compute is being virtualized … applications are [using] a microservices-based approach, and … networking has to be at pace with all these trends.”
Intelligent Network & Wireless Cards Drivers
To create a modern and responsive infrastructure, IT teams have virtualized data center infrastructure, from servers to storage to networking. Combined with analytics, virtualization helps the network stand up to new demands.
As hardware becomes virtualized and programmable through software, IT teams need the skills to enable integration – and the hardware needs to be able to integrate. How IT professionals choose their tools and design their IT environments to be automated, virtualized, programmable, secure and scalable will surely be the difference between success and failure.
Security, in particular, has become a key concern. As new devices are introduced to the network, and as companies connect to branch offices, technology professionals need to secure the entire IT continuum, from the network periphery to the data that travels on the network to mobile devices and sensors connected via the Internet of Things. As these devices proliferate, the attack surface only widens, and companies need to develop a continuum of security processes that protect the perimeter, content that carries sensitive data, and the data in motion and at rest.
In this guide to the future of networking, we look at some of the key areas in which network modernization is taking place, including SD-WAN, which enables branch office connectivity, network intelligence and analytics, networking security, and more.
Read on to learn about the future of networking.