CLI Commands

set

There are numerous cases of IP address assignments for the proxy and each case causes slightly different behavior:

Proxy address is in the same subnet as the Controller LAN address. If the Controller Ethernet IP address and the proxy IP address are in the same subnet, either since both addresses are the same or they fall into the same subnet based on address and mask, the Controller will attempt to use the Ethernet interface to send packets to other hosts in that subnet. Once an external host has sent a packet to the Controller that arrives on the proxy interface, the Controller will then use the proxy interface for all communication to that host.

Proxy address is in a different subnet than the Controller LAN address. If the Controller Ethernet IP address and the proxy IP address are in different subnets based on address and mask, then the Controller will use either the Ethernet interface or proxy interface to send packets to other hosts, based on which subnet the host is in or, which subnet the IP gateway is on.

Proxy address is equal to one of the Router’s numbered IP addresses. If the Controller proxy IP address is equal to one of the Router’s own numbered IP addresses or equal to one of the Router’s static NAT addresses that maps to one of the Router’s numbered IP addresses, then the Controller and Router will appear to be a single IP host to devices on any of the Router’s interfaces.

This is a very useful mode that will make the Controller and Router appear to be a single IP device. When working in this mode, all management traffic directed to the Router will be forwarded internally to the Controller instead. This includes Telnet, SNMP, Adit-Navigator socket applications. When configured this way, an external host Telnet to the Router will go to the Controller login prompt and CLI.

If the proxy interface is to be the primary IP interface between the Controller and other hosts, then it is highly recommended that the IP gateway be set to the same address as the proxy address. This will make the proxy interface the default route for IP datagrams.

It is highly recommended for optimum connectability, that the Controller’s proxy IP address be a unique host address in one of the Router subnets or be equal to one of the Router IP addresses if the user wishes to have both devices share a single IP address, and that the IP gateway address be set to equal the proxy address.

 

 

 

 

 

 

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Axxius 800 specifications

The Carrier Access Axxius 800 is a versatile telecommunications platform designed to optimize and manage voice and data networks. Initially launched as a solution for service providers, the Axxius 800 has garnered attention for its array of features, extensive connectivity options, and overall flexibility. Leveraging both traditional and modern telecommunications technologies, this device stands out in an increasingly competitive market.

One of the main features of the Axxius 800 is its support for various voice and data protocols, including T1, E1, and DS3 interfaces. This multi-protocol compatibility allows service providers to integrate legacy systems with newer technologies, providing a seamless migration path for businesses looking to upgrade their communications infrastructure. The device supports voice over IP (VoIP) as well, making it an ideal solution for organizations transitioning to IP-based communication systems.

The Axxius 800 is equipped with multiple slots for modular interface cards, allowing operators to customize the system according to their specific needs. This modular approach not only enhances scalability but also ensures that the system can adapt to changing business requirements over time. Users can easily add or remove interfaces, ensuring that they only invest in the capabilities they require.

In terms of management and monitoring, the Axxius 800 features an intuitive web-based interface that simplifies the administration of voice and data resources. This centralized management capability enables easy configuration, monitoring, and troubleshooting, dramatically reducing operational inefficiencies. Additionally, it supports SNMP (Simple Network Management Protocol), allowing for integration with existing network management systems and enabling proactive monitoring of network health.

The Axxius 800 also excels in redundancy and reliability. With dual power supplies and hot-swappable components, the device ensures minimal downtime, which is crucial for businesses that rely on constant communication availability. Security features are another focal point, as the platform offers various encryption and authentication options to safeguard sensitive data.

In conclusion, the Carrier Access Axxius 800 is a robust telecommunications solution that combines flexibility, reliability, and advanced features. Its ability to accommodate numerous technologies, alongside an emphasis on easy management and reliability, makes it an excellent choice for service providers and enterprises looking to enhance their network infrastructure while safeguarding future investments.
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