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Scalable to 40G link

PacketController is striving to provide a a flexible and cost-effective turn-key bandwidth management solutions that would optimize the bandwidth of your Internet/WAN. We offer unique, scalable, reliable solution to ISPs worldwide.

Design for Industry

In computer networking, network traffic control is the process of managing, controlling or reducing the network traffic, particularly Internet bandwidth, e.g. By the network scheduler. It is used by network administrators, to reduce congestion, latency and packet loss.

As a bandwidth management company, PacketController has been successfully deployed in hundreds of ISP worldwide. It definitely helps you to engage more customers with our smarter QoS solution.

Flexible & Powerful QoS

We help you to manage your bandwidth efficiently. It is a perfect and real-time traffic controller, limiter and shaper of ISP's bandwidth. It also provides flexible API set for integration with 3rd party applications.

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  • Platform 200

    Platform 200 is an affordable and feature-rich bandwidth managment device.
    It is designed to manage uplink at up to 100Mbps. The platform is suitable for small network for customer provisioning, real-time network analysis and policy enforcement.

  • Platform 300

    Platform 300 is built on high performance hardware with 1Gbps throughput.
    It is installed with Quad-Port Fiber Module or Quad-Port Copper Module, platform 300 brings carrier-class QoS features and reliability for middle-sized ISP networks.

  • Platform 400

    Platform 400 is advanced, 8 GbE-port (both Fiber and Copper Supported) device with ASIC-Based QoS chip.
    Platform 400 supports 3Gbps throughput and helps ISP manage subscriber bandwidth and ensure QoE of up to 4.5 million concurrent IP flows. It provides real-time network analytics and policy enforcement.

  • Platform 500

    Platform 500 is 10G QoS solution optimized for high transaction ISP infrastructures.
    Platform 500 is installed 2 10G Fiber ports(SFP+) or 2 2.5G POS. Rock solid performance allows for predictable delivery of subscriber bandwidth management on 10G networks.

  • Platform 600

    Platform 600 provides up to 40Gbps in throughput with near linear performance.
    Platform 600 is the powerful high performance carrier-grade QoS solution. It is built on top of PacketController proprietary Multi-Core Hardware Architecture.

  • External Bypass

    External bypass is a desktop form-factor External Passive Bypass Switch.
    It is designed to detect an inline-appliance malfunction such as a software crash, power failure or link loss, and automatically re-route network traffic away from the inline device directly through the network link.

Our Solutions

  • ISP Solutions

    For Internet Service Provider, the profits are based on the ISP's bandwidth being purchased at wholesale, and its clients paying retail. So how one ISP stands out by its competitive edge?

  • Education

    Universities have the complex networks to serve different user groups, demand profile for residential building networks completely different from academic and administration building networks.

  • Enterprise

    Real-time applications like VOIP are as important as business system such as ERP, OA in corporate daily operations. Cost-effective QoS solutions are becoming critical for enterprise.

How would you like to get started?

  • Try it Free

    Sign up for a free 30 days evaluation copy of PacketController which has All the functionality of our Appliances.

  • Schedule a Demo

    Join a PacketController engineer to gain an in-depth understanding about features and see how our QoS solutions can be used to meet your objectives.

  • Get Quote

    Which solution is right for you? Receive a custom quote based on your unique bandwidth management needs.

In computer networking, network traffic control is the process of managing, controlling or reducing the network traffic, particularly Internet bandwidth, e.g. by the network scheduler.[1] It is used by network administrators, to reduce congestion, latency and packet loss. This is part of bandwidth management. In order to use these tools effectively, it is necessary to measure the network traffic to determine the causes of network congestion and attack those problems specifically.

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Network traffic control is an important subject in datacenters as it is necessary for efficient use of datacenter network bandwidth and for maintaining service level agreements.[1]

Internet Traffic Control

Traffic shaping[edit]

Traffic shaping is the retiming (delaying) of packets (or frames) until they meet specified bandwidth and or burstiness limits.[1] Since such delays involve queues that are nearly always finite and, once full, excess traffic is nearly always dropped (discarded), traffic shaping nearly always implies traffic policing as well.

Traffic policing[edit]

Traffic policing is the dropping (discarding) or reduction in priority (demoting) of packets (or frames) that exceed some specified bandwidth and or burstiness limit.

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References[edit]

  1. ^ abcM. Noormohammadpour, C. S. Raghavendra, 'Datacenter Traffic Control: Understanding Techniques and Trade-offs,' IEEE Communications Surveys & Tutorials, vol. PP, no. 99, pp. 1-1.
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