This chapter describes advanced features and optimizations that enhance access point performance, mobility, traffic handling, and network management. It covers configuration options such as high-throughput transmission rates, roaming enhancements, Layer 2 NAT, VLAN settings, QoS classification, SNMP support, low-latency profiles, and packet capture utilities for monitoring and troubleshooting.
Configure transmission rate with high throughput
Limits the transmission rate for WGB in moving deployments by configuring the high throughput modulation and coding scheme. This manual configuration ensures stable connectivity during high-speed operations.
802.11v features
Provides a wireless network management standard that optimizes client connectivity and improves overall network performance through enhanced management frames and procedures.
Auxiliary scanning
Describes the configuration of aux-scan mode on WGB radio 2 to enhance roaming performance. This feature allows users to select between scanning-only or handoff modes.
Optimized roaming with dual-radio WGBs
Enhances roaming efficiency for wireless workgroup bridges by utilizing dual-radio configurations to minimize service disruption and downtime during network transitions.
Layer 2 NAT
Enables one-to-one Layer 2 NAT to map unique public IP addresses to private IP addresses for end devices. This functionality allows devices with duplicate private IP addresses to communicate across public networks in industrial deployments.
Native VLAN on Ethernet Ports
Enables the separation of wired client traffic from the Workgroup Bridge management VLAN by configuring a native VLAN on the Ethernet port.
Low latency profile
Optimizes IEEE 802.11 networks to meet the low latency and Quality of Service requirements essential for IoT applications. These configurations ensure consistent performance for latency-sensitive traffic in wireless environments.
SNMP features
Provides a standardized framework for monitoring and managing WGB devices through protocol-based communication between managers and agents. It enables network administrators to assess device health and configure parameters efficiently.
QoS ACL classification and marking
Identifies network traffic using access control list rules and assigns specific priority values to ensure optimal performance. This process enables granular control over traffic flows such as voice, video, and data across the network.
Packet Capture: TCP dump utilities
Provides network packet analysis by capturing and displaying traffic transmitted over WGB wired interfaces. This utility assists in monitoring and troubleshooting network communications to ensure correct frame relay between wired clients and wireless networks.
Port address translation
Describes the network address translation method that maps multiple internal private IP addresses and port numbers to unique public IP addresses. This functionality enables client devices within an internal local subnet to reuse IP addresses across different automated guided vehicles.
802.1X authentication for wired clients
Describes the 802.1X authentication framework used to secure wired client access within enterprise network environments. This process ensures that only authorized devices gain network connectivity.