enabled Secured Campus & Wi-Fi Hotspot Solutions
SWAN ( State Wide Area Network ) Wireless & Fiber Connectivity
The three basic types of Networks include:
v Local Area Network (LAN)
v Metropolitan Area Network (MAN)
v Wide Area Network (WAN)
Wide Area Network is an advanced telecommunication infrastructure, which is used now-a-days extensively, for exchange of data and other types of information between two or more locations, separated by significant geographical distances. The medium of connectivity can be copper, optical fibre cable or wireless, as may be found feasible. Such wide area networks, in a way, create a highway for electronic transfer of information in the form of voice, video and data. Network: A group of stations or entities, inter connected to each other to share resources and to exchange information will be termed as network. A network consists of two or more computers that are linked in order to share resources, exchange files or allow electronic communications will be termed as Networking for computers.
Rural India hooked to Web via SWAN
The penetration of the internet in rural areas will see an all time high this year. In a survey conducted by IMRB for the Internet and Mobile Association of India
(IAMAI), the total number of active internet users in rural area will rise by 98 per cent
Point to Point wireless Connectivity for :---
Data & Broadband sharing VOIP Gateways
Video Conferencing E1 link connectivity
Point to Point (ptp) Bridging:
A point to point topology is the simplest to configure and connects two networks in two separate locations, normally a remote building
or warehouse, via one wireless bridge in each location.
Our high-performance, point-to-point radio solutions operate in many frequencies, providing reliable connectivity when and where you need it, even in the most challenging environments.
Point-to-Point Microwave solutions for the 2.4 GHz and 5.8 GHz bands with speeds up to 150 to 300Mbps full duplex.
Point to Multi Point Wireless Connectivity Solutions :
Point to Multi-point (point to multipoint, ptmp) bridging:
The DIGIANA’s Radio is a robust and affordable 150 Mbps MIMO wireless point-to-multipoint connectivity solution ideal for campus networking and last mile access A point to Multipoint topology wirelessly connects multiple locations together allowing them to share the same network resources. The bridge at the main, central, location is called the root bridge or base station bridge and all data passing between the wireless bridge clients must pass through the root bridge first. These point-to-multipoint networks are used in wireless internet service providers (WISP), large corporate campuses, distribution facilities, school districts, public safety applications and many others…
LAST MILE BROADBAND WIRELESS Base Station and Backhaul connectivity
The DIGIANA’s Radio is a robust and affordable 150 Mbps MIMO wireless point-to-multipoint connectivity solution ideal for campus networking and last mile access. Easily providing an outdoor extension to your LAN, the system enables the instant creation of wireless WANs for a number of applications such as security and surveillance and portable classrooms. Internet Service Providers can cost effectively deploy last mile access networks for business and residential customers in medium-sized communities. Utilizing the new Wireless Outdoor Router Protocol (WORP), the system provides a high aggregate bandwidth for best-in-class performance and scalability. Consisting of a Base Station Unit and low cost Subscriber Units, DIGIANA’s Radio enables service providers to compete effectively against ADSL and Cable modem solutions. Subscriber units, available in residential and business versions, are extremely affordable and completely self-installable. The system can be managed and configured remotely - eliminating the need for truck-rolls to the customer.
WIRELESS SURVEILLANCE FOR OFFICE , FACTORY PREMISES AND CITY TRAFFIC MONITERING :
In order to minimise threats, prevent crime and safeguard public areas, the government has decided to install CCTV-based City Surveillance and Intelligent Traffic Management System (CSITMS) in major cities of the state.