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Unified Networking
Revolutionize your organization’s connectivity and collaboration with our Unified Networking Design and Implementation Service at Terminus System. In an era where seamless communication is paramount, our expert team specializes in crafting unified networking solutions that transcend traditional boundaries. We strategically design and implement integrated networking infrastructures that unify voice, data, and video communications, fostering unprecedented collaboration and efficiency. Our tailored approach ensures that your organization’s unique needs are met, creating a network that not only connects devices but also accelerates business processes. Whether it’s optimizing bandwidth, enhancing security, or implementing scalable solutions, our Unified Networking service transforms your network into a dynamic, cohesive ecosystem. Partner with Terminus System to propel your organization into the future of connectivity, where unified networking isn’t just a solution but a strategic advantage.
Computer networks play a major role in the implementation of ICT technology as the main infrastructure of communication in each organization. Network fit with the needs of the business is very important in this regard. Most of the problems that existing networks suffer from are their design factors.
Structure of our solution
A robust methodology is required to design a new network and to develop and improve existing networks. Finally, for the implemented network to meet the needs of the organization, the methodology should have the following steps:
- Analysis of needs and objectives including:
- Objectives to be considered in technical and managerial terms
- Understanding Organizational Structure
- Review of economic and executive viewpoints including budget, human resources, and resources
- Familiarity with policies and investments undertaken
- Determine the various constraints existing in the organization
- Determine the technical characteristics of the network required
- Determine the extent of physical network expansion, number of users, and applications
- Determine the damage caused by interrupting the network
- Determine MTBF and MTTR required for equipment and communication lines
- Documenting and determining the status quo
- Documentation of topology, communication, and equipment, and geographic distribution of nodes
- Examining and documenting existing applications
- Examining and documenting existing protocols
- Determine the status of the network in terms of addressing and naming status
- An examination of the flow of information
- Survey of the technical staff of the network in terms of knowledge and number
- Logical design of the network
- Determining the topology of the network
- Designing addressing and naming model
- Selecting communication protocols
- Determine reliability
- Choosing a management strategy and network security
- Physical design of the network
- Backbone design by identifying equipment and communication environment
- Designing access and distribution levels by identifying equipment and communication environment