2xN 10/100 In-Line SpyderSwitch
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Introduction
Net Optics 2xN 10/100 In-Line SpyderSwitches enhance LAN visibility by
providing access across multiple 10/100BaseT network links for one or two
distributed analyzers. The physical layer connections through the Spyder-
Switch eliminate the need to reconnect and recongure analyzers for each new
monitoring task. This exibility instantly improves ease of use and return on
investment.
The 2xN SpyderSwitch supports simultaneous passive monitoring of any two
links connected to the SpyderSwitch, each with a separate distributed ana-
lyzer. Monitored links can be selected statically, for automatic roaming, or for
a custom monitoring pattern with PortRover management software. Models
with 2x8 and 2x16 port densities are available.
Net Optics’ pioneering Zero Delay Technology ensures that any loss of power
to the Tap is transparent to the network, and does not affect the ow of trafc
through the Tap – eliminating packet delay and loss as potential security is-
sues.
Monitoring Control
For spot-checking and long-term monitoring, the monitored links can be
set and easily changed with a simple click in the PortRover interface. When
greater coverage is needed, an automatic mode continuously scans all ports,
monitoring each port for a congurable time period. Network administrators
can have complete control over monitoring activities by creating and saving
custom monitoring patterns with PortRover management software.
Security and Visibility
Monitoring devices connected to the SpyderSwitch see all full-duplex trafc
as if it were in-line, including Layer 1 and Layer 2 errors. Since IP addresses
are not required for the SpyderSwitch and connected devices, they are isolated
from the network, dramatically reducing their exposure to attacks.
Reliability
For extra uptime protection, Net Optics SpyderSwitches offer redundant
power connections. Should the primary power source fail, the SpyderSwitch
automatically switches to the backup power source. Power LEDs on the front
of the SpyderSwitch indicate the current power source.
