Access Device Models for Network Continuity in AnySecura

Understanding the different models of the AnySecura Access Device helps you choose the right hardware to protect your network's critical pathways. This overview clarifies the port configurations and management options available across the lineup.

You'll see how each model's built-in BYPASS function, a key feature of the Access Gateway module, actively maintains network continuity even during an unexpected device event, ensuring your operations stay resilient.

AnySecura Device Introduction interface


The Access Device comes in the following models: 1700F, 2500F, 3300F, 3500F, 4300F, and 4500F.

1700F:

AnySecura Device Introduction interface

Four RJ45 ports, including one set of BYPASS (ETH0 and ETH1).

The management port is EMP.

2500F:

AnySecura Device Introduction interface

Six RJ45 ports, including two sets of BYPASS (ETH0 and ETH1, ETH2 and ETH3).

The management ports are EMP1 and EMP2.

3300F:

AnySecura Device Introduction interface

Six RJ45 ports, including two sets of BYPASS (ETH0 and ETH1, ETH2 and ETH3).

The management ports are EMP1 and EMP2.

3500F:

AnySecura Device Introduction interface

Six RJ45 ports, including two sets of BYPASS (ETH0 and ETH1, ETH2 and ETH3).

The management ports are EMP1 and EMP2.

4300F:

AnySecura Device Introduction interface

Six RJ45 ports, including two sets of BYPASS (ETH0 and ETH1, ETH2 and ETH3).

Two SFP ports (ETH4 and ETH5).

The management ports are EMP1 and EMP2.

4500F:

AnySecura Device Introduction interface

Six RJ45 ports, including two sets of BYPASS (ETH0 and ETH1, ETH2 and ETH3).

Two SFP ports (ETH4 and ETH5).

The management ports are EMP1 and EMP2.

Note

1. All devices support gigabit network speeds.
2. Initial configuration uses the management ports:
For devices with only one management port (EMP), the IP is fixed to 190.190.190.190.
For devices with two management ports (EMP1 and EMP2), the IP for EMP1 is fixed to 190.190.190.190, and the IP for EMP2 is fixed to 191.191.191.191.
3.BYPASS function: In the event of a controller power failure or crash, the BYPASS function allows the two ends connected to the controller to remain physically connected, ensuring that the network continues to operate without disruption.