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  • 29 Jan 2019
    The Outside Plant Engineer provides immediate assistance to clients when issues arise. For example, if a climatic problem exists, they ensure that all of the new installations are in place and that system productivity is not affected. The OSP Engineer is responsible for designing detailed engineering plans, costs and schedules related to the projects. The professional provides engineering guidance about telecommunication issues. They have to make sure that the infrastructure is installed properly to take care of the communication needs. It is the responsibility of the Outside Plant Engineer to get the necessary fiber cable storage, termination and access equipment. The engineers have to maintain a record of all the splicing requirements. The engineer should be able to monitor and manage the fiber splicing. They have to evaluate and approve the installed fiber test characteristics. The professional will coordinate with the concerned departments regarding fiber cable maintenance and repair activities. The OSP Engineer will examine the as-build plans and test results. They should have an in-depth understanding of outside plant facilities such as cable sizing, cable counts, and cable records. The professionals will look into the drawings of all underground and above ground elements and proposed work. Read More : what is osp engineer
    529 Posted by ravi teja
  • 30 Jan 2019
    A network technician is an IT professional employed by a business entity to help with the creation, maintenance, and troubleshooting of present and future computer network hardware and software products to support business operations. Network technicians are responsible for the setup, maintenance, and upgrading of networks and resources, and prepare presentations for informing the management about the need for upgrading network resources. A network support technician should have knowledge about popular networking software, such as Novell Netware and the UNIX operating system. People involved in network support should also be familiar with standard network configurations like peer-to-peer and client-server hookups. Their job involves assessing all of the components of a network to provide effective assistance if a connectivity problem or other issues arise. The day-to-day duties of computer networking technicians often include: Installing and configuring networks and Internet systems Performing routine network maintenance Troubleshooting network or server problems Assisting clients or end users within their organizations Read More : https://www.fieldengineer.com/skills/what-is-a-freelance-network-technician
    528 Posted by ravi teja
  • 28 Jan 2019
    Field Support Engineers provide on-site support for client networks. The engineer must possess knowledge of network hardware, networking, software, and configuration. They address tasks such as the testing, documenting, setting up, and installation of network hardware. They actively participate with clients in devising solutions to improve services. The engineer must be conversant with the latest technologies. Engineers play a vital role in the success of any organization. The Field Support Engineer is responsible to create emergency service plans for customers. They must recommend effective solutions and improvements to achieve the targeted goals. It is them who usually take care of the scheduled customer and technical support related trainings to field staffs. The professionals must look into product installations and anything related to maintenance activities. Support Engineers ensure that client networks operate consistently and efficiently. They confirm consistent up-time of enterprise routers, servers, and networks. They engage in routine maintenance checkup as well. With the advent of cloud-based services, keeping the network up and running has become more important to the enterprise than previous. Engineers confer with customers in initial deployment troubleshooting, as well as in initial debugging of new hardware and software. They must have a good understanding of Ethernet and wireless networks. Engineers should consult all relevant documentation of the client network topology when making troubleshooting decisions. Read More : Freelance Field Support Engineer jobs
    524 Posted by ravi teja
  • 31 Jan 2019
    IT engineers are going to be a crucial part of making sure that your business stays up and running efficiently. You can hire engineers to complete break fix maintenance which means that that you pay them a fee for their services and only for the work that they have completed. This is an attractive prospect to business owners, and one that could save your business quite a fair bit of money. If you are looking for a professional, highly trained engineer to handle break fixes for your business, then you have come to the right place. At Field Engineer, we offer business owners the chance to benefit from a staggering pool of talent. With 40,000+ engineers in over 180 countries, your experts is always only a click away. As well as being highly qualified and experts in the field, our IT engineers are equipped to handle various breaks and issues with IT systems. It’s a fantastic way to keep the cost of repairs completely affordable and take advantage of a totally transparent solution. Read More : https://www.fieldengineer.com/c1/hire-freelance-it-engineers-for-break-fix-services
    493 Posted by ravi teja
Technology 99 views Apr 07, 2021
the rising importance of communications

The scope of telecommunications technology and of the industry itself has grown dramatically over the past few decades, driven primarily by the success of the Internet and its applications, by the digitization of all types of media and forms of communication, and by the rising importance of communications as a key enabling technology.

The telecommunications industry, which once consisted mainly of the telephone companies and their equipment vendors, has expanded greatly. It now includes a broad set of service providers, including telephone companies, cable operators, Internet service providers, and wireless carriers, as well as equipment vendors offering fiber-optic, cable, and wireless connections. Telecommunications comprises all the hardware and software for the telecommunications infrastructure and the applications that run over that infrastructure. It involves communication of information in a wide array of media including voice, images, animation, video, documents, and data.
Without a renewed and sustained investment in telecommunications research, the United States risks losing global leadership in telecommunications and related industries, with significant consequences for the U.S. economy and society.
There are many promising avenues for telecommunications research, and renewed U.S. investment would yield major dividends, as indicated by the following possible results:
An enhanced Internet architecture that goes beyond incremental improvements to deliver capabilities such as greater trustworthiness in the network core and in customer networks, improved addressing and routing, and end-to-end quality-of-service provisioning;
More trustworthy networks that can better cope with the rising frequency, sophistication, and severity of attacks and the complexities and interdependencies associated with the convergence of voice and data networks;
Telepresence and telecollaboration environments that reproduce at a distance a local space with the fidelity needed to allow people to work in concert;
Public safety networks that offer greater mobility, interoperability, adaptability to harsh and changing conditions, and increased resiliency to damage; and
Adaptive and cognitive wireless networks that enable higher-performance communications and more efficient use of radio spectrum, allowing them to provide capabilities that rival and complement those associated with wired networks.

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