NextGig Systems, Inc. - Network Connectivity & Test Solutions

Datacom Systems 10/100 Ethernet Tap Model Number: 10/100-AT

Eliminates the need for network connectors to be disconnected and connected each time a segment needs to be analyzed


Non-intrusive, fault-tolerant, invisible to the network


Redundant power supply insures seamless monitoring even if the main power source is unavailable


Never lose packets from power failure - industry-leading "no break the link" design guarantees network traffic will continue to flow uninterrupted


View all traffic on both sides of full duplex links


Reduces degradation of switch performance due to port mirroring


View Layer 1 and 2 errors such as runts and CRC errors


Comes with convenient built-in rack-mount or use an optional rack-mount package to mount 3 units (at 1U) and up to 14 units (at 4U).


Passes all pairs


Supports Power over Ethernet (PoE)

Specifications


Network Connections

10/100 Tap (RJ45)


Monitoring Connections

10/100 (RJ45)


Power

5 VDC, 0.5A

Redundant Power Supply


Dimensions (H x W x D)

1.07 X 5 X 5 in

2.7 X 12.7 X 12.7 cm


Weight

8 oz.

.23Kgs


Operating Temperature

0° to 40° C


Storage Temperature

-30° to 65° C


Humidity

Less than 95° C non-condensing


Certifications

EN 50082-1 61000-4 Series

EN 55022 Class A

Low Voltage Directive 72-23-EEC (1993)

CFR 47 Part 15 Class A

CE

Fully RoHS Compliant


Warranty

Two (2) Years


Ordering Information

10/100-AT

10/100 Ethernet Tap


Optional Rack Mount

RMC-3

Resources

datacom_evaluation.html
datacom_register.html
datacom_register.html

Questions? Call  1-805-277-2400

For more information, pricing, demonstration or evaluation on Datacom Systems Products please contact us here.

The 10/100 Ethernet Tap is a single port device that provides a method to observe traffic on a full duplex Ethernet segment. The 10/100 Ethernet Tap provides easy access to segments while maintaining network integrity with "no break the link" design. Network performance will not be affected by power loss.

 
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