Security PIX Pod - Quick Reference Page
This quick reference page provides a summary of the specifications
of this topology. For a complete reference including installation details,
please refer to the Security PIX Pod Planning and Installation Guide 
| Topology | Maximum Per System1 | Supports | Documentation |
|---|---|---|---|
|
2 | FNSP 1.x | Planning and Installation Guide |
1This value indicates the maximum number of pods of this pod type. A single NETLABAE system can host up to 12 equipment pods, total.
Lab Topology
Lab Device Requirements
Lab devices are part of the topology and users can interact with them either directly through the console or network.
Hardware compatibility with NETLABAE does not guarantee the compatibility of labs. Please check the Academy curriculum, NDG pod guides, and lab support pages for specific hardware and IOS requirements.
Other equipment may work if it is supported by NETLABAE and can meet the minimum requirements for feature sets, interfaces, IOS, RAM, and Flash.
PIX1 and PIX2
| Recommended Models |
Ethernet Ports Required |
IOS Release | Images (in order of preference) |
|---|---|---|---|
| PIX515E | 3 |
6.3(4) 7.0(1) |
pix634.bin (IOS) pix701.bin (IOS) pdm-302.bin (pix device manager2) |
|
PIX501 PIX506E |
21 | 6.3(4) |
pix634.bin (IOS) pdm-302.bin (pix device manager2) |
1The PIX 501 and PIX 506E do not support a DMZ.
2NETLABAE does not support the PDM image.
Router Backbone (RBB)
RBB is a static router. It is not accessible or configurable by users. However, it is part of the topology so users can indirectly interact with it (i.e. ping, trace, RIP, etc.).
You can implement RBB in one of two ways:
- A separate standalone RBB router for each Security Router Pod
- Simulating RBB for two or more security pods by utilizing multi-VRF on one physical router.
Configuration of each option is covered in detail in section 8 of the Planning and Installation Guide.
Backbone Server / VPN Client PC
The Backbone Server (BB) provides services that are typically provided by Internet servers.
The FNS curriculum provides two options for the backbone server (BB):
- Option 1 - a dedicated BB server.
- Option 2 - one SuperServer with Intel Pro Server NIC with VLAN support, serving as several PCs in the pod.
NETLABAE currently does not support the SuperServer (option 2). You should use VMware GSX (or other virtualization) products to simulate several machines. Virtual machines have their own routing tables, which avoids asymmetric routing problems in the pod.
FNSP refers to a Client-to-IOS Firewall configuration. NETLABAE does not have a pod type for this topology. However, you may also configure the Backbone Server (BB) for direct access, which means that users can login and interact with the Windows interface.
By loading the Cisco VPN client software on BB, users can use the NETLABAE Security Router Pod for client-to-IOS firewall labs. Direct access also allows BB to be used as an external PC for labs that require testing from an outside network (i.e. simulating the Internet).
Virtual PC Support
Remote PCs are implemented by integrating with 3rd party virtualization products. The NETLABAE documentation library includes several guides with extensive detail on the implementation of virtualization with your NETLAB+ system.
The following operating system choices are typical based on the curriculum. These choices are not mandatory; you can make substitutions provided that:
- Your choice of NETLAB+ supported virtualization product supports the operating system (as a guest).
- Your choices are compatible with the curriculum.
The Security PIX Pod includes placeholders for 7 remote PCs.
Control Device Requirements
Control devices provide internal connectivity, console access, and managed power. Control devices are dynamically managed by NETLABAE and are not accessible or configurable by end users.
- Control switches provide connectivity between devices in the pod.
- Access server lines provide console connections to lab equipment.
- Switched outlets provide managed electrical power, allowing NETLABAE and users to turn lab equipment on and off.
Control Device Requirements for the Security PIX Pod
| Control Device Resource | Quantity Required |
|---|---|
| Control Switch | 10 Consecutive Ports + up to 5 Reserved Ports |
| Access Server | 2 Lines |
| Switched Outlet Devices | 2 Outlets |
The Security Router Pod requires 14 Consecutive Ports + up to 5 Reserved Ports on a control switch.
The Security PIX Pod requires 2 async ports on an access server.
The Security PIX Pod requires 2 outlets on a switched outlet device.
For More Information
Please refer to the Security PIX Pod Planning and Installation Guide