Elecomnet is :
 
Organization Profile:

With pleasure we take this opportunity in introducing our Organizational status and structure involved in different fields in this market and for your reference here are few of our activities and projects.

A) Civil Aviation (Supply Spares and Components as Airframes/Power plants and Avionics)
B) Design and Implement Net-work communication LAN/VAN & Fiberoptic projects also procure equipments, Spares and consumables.
C) Electrical and electronics.
D) Consultants and Contractors for Power Plants and Transmission Erection and Implementations.
E) Construction materials, as Steel, Wood, Electrical.
I) Advertising and Publication & Web Hoisting.

Need-less to mention of our achievements, we are active suppliers for war hit Iraq & Afghanistan reconstruction programs with well established contacts and relationship with Iranian organizations as National Iranian Oil/Gas/Drilling/Tanker Companies, Various Iranian Airlines, Govt. and Semi-Govt.
Organizations as Ministry of Civil aviation /Energy
Telecommunication/Housing/Industries/Health Etc.

Kindly note of our existing Seven companies setup for different fields are headed by people from high level lobby in the related fields and organizations with the backing of highly qualified technical staff.

You are most welcome to call on us for any further clarifications in any of the above fields.

We remain with an appreciation of your association, and with assurance of best of our services For mutual benefits.
 
IP TELEPHONE (VOIP):
VOIP is a voice communication system through WAN & LAN wherein voice converted to data and reconverted to voice using applicable hardware and software for different applications.
 
High Speed INTERNET:
For reliable and high speed internet connections. New generation technology as DSL, ADSL,… Through LAN or Wireless and Satellite systems adapted.
To achieve higher data RX compare to conventional dialup connections.
 
MATV, SMATV & CABLE TV:
Cable TV concept originated in America during 1948, latter on with advancement in broadcasting systems and increase in recipients the technology of Cable TV underwent rapid changes.
The new generation with different mode of receiving Audiovisual signals through centralized antenna and network system.
SMATV stands for Satellite Master Antenna Television, and refers to a system that uses multiple satellite and broadcast signals to create a single integrated cable signal for distribution to a cabling network. In other words, with a SMATV system you can become your own in-house cable company. We install a satellite dish and TV antennae to receive programming from satellite providers and local broadcast networks. These antennae feed into several racks of electronic equipment which tunes in the channels you choose for your cable lineup, and combines them into a single cable signal. This feed can also include local on-campus channels such as a campus TV station, information and billboard channels, live campus events and so on.
Prior to the 1990s, cable television systems were not intended to be general-purpose communications mechanisms. Their primary and often sole purpose was the transportation of a variety of entertainment television signals to subscribers. Thus, they needed to be one-way transmission paths from a central location, called a headend, to each subscriber’s home, delivering essentially the same signals to each subscriber. The signals are intended for use with the consumer-electronics equipment that subscribers already own. This equipment is built to operate on the current U.S. television technical standard called NTSC after the organization that created it in 1941, the National Television Systems Committee. This black-and-white television standard was modified in 1953 to provide compatible color information to color television receivers, and again in 1984 to add compatible stereo sound.




"The original purpose for cable television was to deliver broadcast signals in areas where they were not received in an acceptable manner with an antenna. These systems were called community antenna television, or CATV. In 1948, Ed Parson of Astoria, Oregon, built the first CATV system consisting of twin-lead transmission wire strung from housetop to housetop. In 1950, Bob Tarlton built a system in Lansford, Pennsylvania, using coaxial cable on utility poles under a franchise from the city." "In most CATV systems, off-air signals were not available or were very weak because of the terrain or the distance of the receiver from television transmitters. In some areas, such as New York City, multiple signal reflections and shadows cast by buildings made reception difficult. In both of these environments, a hard-wire method of delivery of signals to subscribers was welcomed. The first operators of these systems were retail TV receiver dealers who sought to expand the market for the sale of their products by also providing the signals that the products required. By the late 1960s, nearly all of the areas of the U.S. that could benefit from a community antenna had been served. Growth in the cable industry all but stopped. "In the mid 1970s, an embryonic technology breathed new life into cable television. This technology was satellite delivery of signals to cable systems, which added more channels than were available from terrestrial broadcasters. While satellites and earth stations were very expensive investments, these programming pioneers understood that the costs could be spread over many cable operators who, in turn, serve many subscribers."

Network Topology -- Distribution Plant:
There are five major parts to a traditional coaxial cable system: 1) The head-end, 2) the trunk cable, 3) the distribution (or feeder) cable in the neighborhood, 4) the drop cable to the home and in-house wiring, and 5) the terminal equipment (consumer electronics).




CCTV & IPCAMERA:

Closed Circuit TV Systems, Designed to suite security and surveillance needs for different applications such as Banks,Goverment organization, Industrial site, privet and public utilites.

WIRELESS :


Wireless Technology has been adapted for many decade. As early as WWII wireless technology was applied by all three defence forces resulting posetive impacts in the war.
In this context during 1971, university of HAWAI inter link different faculty at different locations upting wireless technology.
Durring 1977 through organized international electrical and electronics engineers instiute(IEEE) the wireless technology further develop to new horizone leading to new genaration wireless systems for different application.

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