EOC655 User Manual
  • Introduction
    • 💡About this Guide
    • 📒Safety and Regulatory Information
  • Initial Setup and Configuration
    • ▪️Product Overview
    • ▪️Professional Antenna Installation
    • ▪️Preparatory Steps
    • ▪️Device Setup and Access
    • ▪️Graphical User Interface (GUI) Overview
      • Quick Start
  • Configuration Settings
    • ▪️System Configuration
    • ▪️Wireless Configuration
    • ▪️Network Configuration
  • Management, Monitoring, and Troubleshooting
    • ▪️General Management
    • ▪️Monitoring Tools
    • ▪️Diagnostics and Troubleshooting
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  • Device Operation - Point-to-Point Protocol
  • Protocol Operations
  1. Configuration Settings

System Configuration

Device Operation - Point-to-Point Protocol

EOC655 series models implement Point-to-Point protocol designed for Outdoor deployments. The protocol is a polling protocol where the the BSU controls the data exchange between BSU and SU. BSU allocates poll slots to the registered subscribers for data exchange. The details of the protocol are mentioned below:

Protocol Operations

  1. Registration ( or ) Network Join

    • BSU will be sending beacons every beacon interval.

    • SU will scan all the supported channels for the configured country.

    • SU will select the best SNR BSU [ BSU Information available in Site Survey Tab ]

    • SU will register with BSU and generates an event log confirming the registration in both BSU and SU.

  2. Termination ( or ) Network Exit

    • BSU or SU link disconnection will happen in the below scenarios:

      • The user disconnects the link from WEB.

      • Link Timeout due to inactivity or no data exchange.

      • Soft reset [ Configuration Change ]

      • Soft Reboot [ User rebooting the device manually ]

      • Hard Reboot [ Power On/Off ] [ Dying Gasp Message ]

    • BSU or SU will send the termination packet to other partners to disconnect the link.

  3. Data Exchange

    • Classification & Queuing

      • The packets received on the ethernet interface are bridged to the wireless interfaces.

      • The packets received on the wireless interfaces are classified and queued in the respec-tive data queues.

    • Scheduling

      • The protocol supports round robin and priority-based scheduler where the packets in the respective data queues will be exchanged between BSU and SU.

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Last updated 1 year ago

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