Datacom Systems Copper Gigabit Regeneration TAP 1000BT-AT+3C
By: Datacom Systems Copper Gigabit Regeneration TAP 1000BT-AT+3C
1000BT-AT+3C
The Copper Gigabit Regeneration Tap provides easy 24 x 7 access to your Gigabit Ethernet segments. Three devices, such as intrusion detection systems, protocol analyzers, or probes can access the same segment at a single point, eliminating contention for network links. With redundant power supply and fault tolerant design, network performance and integrity will not be affected by power loss.
- Permanent In-Line access to Ethernet links - eliminates the need for network connectors to be disconnected and connected each time a segment needs to be analyzed or monitored
- Connect three devices (IDS, Probes, Analyzers, etc.) to the same link
- Multiple access points solves link contention issues
- Ideal for Security and Monitoring applications
- View traffic on both sides of full duplex links
- Redundant power supply insures seamless monitoring even if the main power source is unavailable
Specifications
| Network Connections | |
|---|---|
| 1000MB Tap (RJ45) | |
| Monitoring Connections | |
| 3 -1000MB (RJ45) | |
| Power | |
| 5 VDC, 200mA Redundant Power Supply |
|
| Dimensions (H x W x D) | |
| 1.1 X 8 X 7 in 2.8 X 20.3 X 17.8 cm |
|
| Weight | |
| 2 lbs. .91 Kgs |
|
| Operating Temperature | |
| 0° to 40° C | |
| Storage Temperature | |
| -30° to 65° C | |
| Humidity | |
| Less than 95° C non-condensing | |
| Warranty | |
| Two (2) Years | |
| Ordering Information | |
| 1000BT-AT+3C | 1000BaseT Copper Gigabit Regeneration Tap (3x1) |
| Optional Rack Mount | |
| RMC-2 | |
Network TAP Description:
Model Number: 1000BT-AT+3C
The Copper Gigabit Regeneration Tap provides easy 24 x 7 access to your Gigabit Ethernet segments. Three devices, such as intrusion detection systems, protocol analyzers, or probes can access the same segment at a single point, eliminating contention for network links. With redundant power supply and fault tolerant design, network performance and integrity will not be affected by power loss.
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