Cisco
PIX 501 Firewall
The
Cisco PIX 501 Firewall delivers enterprise-class security
for small offices and teleworkers in a reliable, plug-and-play
security appliance. Ideal for securing high-speed "always
on" broadband environments, the Cisco PIX 501 Firewall, which
is part of the market-leading Cisco PIX Firewall Series, provides
robust security capabilities, small office networking features
and powerful remote management capabilities in a compact,
all-in-one solution
Enterprise-Class
Security for Small Office Enviroments
The
Cisco PIX 501 Firewall is a purpose-built security appliance
that provides rich security services including stateful inspection
firewalling, virtual private networking (VPN) and intrusion
protection in a single device. Using the Cisco state-of-the-art
Adaptive Security Algorithm (ASA) and PIX operating system,
the PIX 501 ensures that all the users behind it are safe
and secure from threats lurking on the Internet. Its powerful
stateful inspection firewall technology keeps track of the
state of authorized users' network requests and prevents unauthorized
network access. By leveraging the flexible access control
capabilities of the PIX 501, administrators can also enforce
customized policies on network traffic traversing through
the firewall.
The Cisco PIX 501 Firewall can also secure all network communications
from remote offices to corporate networks across the Internet
using its standards-based Internet Key Exchange (IKE)/IP security
(IPsec) VPN capabilities. By encrypting data with 56-bit Data
Encryption Standard (DES) or optional advanced 168-bit Triple
DES (3DES) encryption, prying eyes cannot see your sensitive
corporate data as it safely travels across the Internet.
The integrated intrusion protection capabilities of the PIX
501 can protect your network from many popular forms of attacks.
Looking for over 55 different attack "signatures," PIX keeps
a vigilant watch for attacks and optionally blocks them or
notifies you of them in real time.

By
packing all the same security features found in the Cisco
high-end gigabit PIX Firewalls, the PIX 501 provides the rich
protection that all broadband users look for in an easy-to-use
and easy-to-deploy solution.
The
Cisco PIX 501 Firewall provides a convenient way for multiple
computers to share a single broadband connection via its integrated,
high-performance four-port 10/100-Mbps switch. Furthermore,
Cisco PIX Firewalls provide Network Address Translation (NAT)
and Port Address Translation (PAT) features to hide the actual
network addresses of devices on your network. Users can also
enjoy plug-and-play networking by taking advantage of the
built-in Dynamic Host Configuration Protocol (DHCP) server
within PIX, which automatically assigns their computers network
addresses when they are powered on. The Cisco PIX 501 Firewall
provides the features necessary to seamlessly integrate into
most broadband networking environments.
The
PIX 501 is a reliable, easy-to-maintain platform that provides
a wide variety of methods for configuring, monitoring and
troubleshooting it. PIX management solutions range from an
integrated, Web-based management tool to centralized, policy-based
management tools to support for remote monitoring protocols
such as Simple Network Management Protocol (SNMP) and syslog.
PIX Device Manager (PDM) provides an intuitive, Web-based
interface for administrators to easily configure and monitor
a PIX 501, without requiring any software (other than a standard
Web browser) to be installed on the administrator's computer.
Administrators can also remotely configure, monitor and troubleshoot
the PIX 501 using its command-line interface (CLI) through
a variety of methods including Telnet, Secure Shell (SSH)
and out-of-band access via the console port.
A large number of PIX 501 Firewalls can also be easily remotely
managed using Cisco Secure Policy Manager (CSPM) 3.0, available
within the Cisco VPN/Security Management Solution (VMS). CSPM
3.0 is a scalable, next-generation centralized management
solution for PIX Firewalls that includes features such as
a task-based interface, interactive network topology map,
policy wizards, policy import capabilities, and much more.
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