Allied Telesis AR44xS series manual Command Reference

Models: AR44xS series

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Permanent Assignments (CR00011355)

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Command Reference

This section describes commands available on the router to configure and manage permanent assignments.

add perm

Syntax

ADD PERM=perm-name LPORT=lport RPORT=rport IP=ipadd

where:

perm-nameis the name of the permanent assignment. The name is case- sensitive and must be identical on each router in the permanent assignment. If the name contains spaces, it must be in double quotes.

lport is the number of the local asynchronous port for this permanent assignment. Ports are numbered sequentially starting with port 0.

rport is the number of the remote asynchronous port for this permanent assignment. Ports are numbered sequentially starting with port 0.

ipadd is the IP address of the remote router.

Description

This command adds one end of a permanent assignment. The permanent assignment must be specified by name, and the local and remote terminal ports and the IP address of the remote router must be specified.

The local and remote ends of a permanent assignment must be configured with the same name. Each permanent assignment on a given router must be configured with a different name.

Examples

To add a permanent assignment called DataLogger between port 1 on the local router and port 1 on a remote router with the IP address 172.16.38.5, use the command:

add perm=datalogger lport=1 rport=1 ip=172.16.38.5

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Allied Telesis AR44xS series manual Command Reference

AR44xS series specifications

The Allied Telesis AR44xS series represents a significant advancement in network technology, designed to meet the demands of modern enterprises. Known for its distinctive features, robust performance, and reliability, this series enables organizations to enhance their network infrastructure efficiently.

One of the standout characteristics of the AR44xS series is its focus on high-performance routing capabilities. These routers are equipped with advanced Layer 3 routing, offering the ability to handle large volumes of traffic seamlessly. This ensures minimal latency and maximizes throughput, making it ideal for bandwidth-intensive applications such as video conferencing and cloud computing.

The AR44xS series integrates an intuitive user interface, enabling easy management and configuration. The web-based management system provides insights into network performance and health, allowing administrators to quickly respond to issues. Additionally, the support for command-line interface (CLI) offers advanced users the flexibility to execute configurations and scripts tailored to specific needs.

Security is a paramount concern in today's digital landscape, and the AR44xS series addresses this with comprehensive security features. It incorporates next-generation firewall capabilities, intrusion detection and prevention systems (IDPS), and secure virtual private network (VPN) support. With these solutions, organizations can safeguard their networks from emerging threats and unauthorized access.

The series also supports various connectivity options, including Ethernet and fiber optics, making it suitable for diverse network architectures. With the availability of multiple interfaces, including Gigabit options, the AR44xS series allows for scalable deployment, ensuring organizations can adapt as their needs evolve.

Moreover, the AR44xS series is built to support advanced technologies such as IPv6, which is critical for future-proofing network infrastructure as the number of internet devices continues to grow. This ensures compatibility with next-generation Internet technologies.

In summary, the Allied Telesis AR44xS series stands out for its high-performance routing, robust security features, intuitive management interface, and support for modern networking technologies. These attributes make it a solid choice for organizations looking to strengthen their network infrastructure while ensuring scalability and security in an ever-changing digital landscape. This series is an essential tool for businesses aiming to future-proof their networking capabilities and drive operational efficiency.