Implementation

      • LAN-to-LAN connectivity
      • Privately owned corporate networks
      • Connecting remote branches, offices, ATMs, etc.

Requirements

      • VPN and QoS support
      • Full set of Security features
      • Long distances and greater throughputs
      • Unlicensed frequency bands

Recommended Products

      • High-capacity backhauls InfiLINK 2×2
      • High-capacity multipoint solutions InfiMAN 2×2

4N Wireless solutions

  • Higher Throughputs. Unlike residential customers, corporate clients usually require far higher capacities to cater for their diverse range of voice and data applications. 4N’s Wireless’ solutions have been designed to deliver exactly these high throughputs and provide organisations of all sizes with multi-megabit access both to external resources (Internet) and to local network resources (Intranet), thereby significantly improving employee productivity by giving them real time access to critical resources, wherever they are located.
  • Triple Play. As today’s businesses demand ever more services to be delivered over their networks  combined with greater capacity and availability, the challenges for infrastructure providers such as 4N’s Wireless has never been greater. Instead of simply connecting people and offices, the benefits of InfiNet’s IP-based platform extend even further by enabling the seamless integration of voice, data and video applications within a single IP network infrastructure, thereby helping organisations align their communications more closely with their business processes and ensuring the right information reaches the right people quickly and efficiently.
  • Security. From its inception in 1993, 4N’s InfiNet Wireless has always ensured that security concerns are built into the heart of its products and solutions, thereby protecting business critical information while continuing to allow a flexible access of the available resources. Network security has been integrated into the fabric of all InfiNet products, helping to provide users with information privacy, protection against web threats and control their access to corporate resources. 4N solutions provide a best-in-class set of security features, including built-in IP Firewalling, tunnelling and network intrusion protection.
  • Quality of Services. The Quality of Service (QoS) management built into 4N solutions is designed to ensure that users receive the level of service responsiveness they expect, while expenditure on system upgrades and enhancements are kept to a minimum. All 4N Wireless solutions are delivered with built-in QoS features such as priority queuing, IP TOS/DiffServ, traffic limiting/shaping (absolute, relative, mixed) and traffic redirection.

Application

Since its inception in 1993, 4N’s has helped hundreds of small, medium and large organisations in meeting their requirements for high-speed broadband Internet access in difficult and sometimes remote locations. Oil and gas major players such as Aramco, Yukos, Gasprom, and SurgutNefteGas have all relied heavily on 4N solutions as an integral part of their corporate networks.

4N’s wireless systems are ideally suited for creating large city-wide or regional transport networks, and have been deployed many times around the world in campus-style topologies or for the connectivity of distant company branches or warehouses. These types of solutions are ideal for multi-site companies looking to improve efficiency and save costs by replacing legacy networking technologies such as ATM and Frame Relay or by moving away from traditional leased lines from their local operators.

In their simplest form, 4N’s solutions have been deployed by many organisations to provide Ethernet extensions (i.e. LAN-to-LAN) via an affordable, dedicated, point-to-point connection operating at bandwidths of 10, 100 and 1000Mbps, between two locations.

In their most advanced configurations, 4N’ solutions are able to provide a complete infrastructure that enables organisations of all sizes to connect all of their remote sites to the headquarters or even with each other (i.e. ‘any to any’ connections), thereby allowing the simultaneous transmission of multi-protocol, voice, video, and data across the network.