RegenTAP: 1x5
10G | 12 Ports | 1x5 Replication | Provide Multiple Copies of Data
Visibility starts with the packet. A network TAP (test access point) is a hardware device that allows you to access and monitor your network traffic by copying packets without impacting or compromising network integrity.
The RegenTAP: 1x5 provides up to five complete copies of data from a single link to monitoring or security devices in your network.
Regeneration or replication TAPs are used to provide full duplex packet visibility guaranteeing your tools see every bit, byte, and packet.®




Key Features
- Provide 100% full duplex traffic visibility
- Supports tap 'breakout' mode
- 1x5 Replication: Provide 5 tap 'breakout' copies of Tx/Rx traffic from single link
- Network failsafe or passive design
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Supports jumbo frames
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Link Failure Propagation (LFP)
Additional
- OEO design [optical to electrical to optical]
- 100% secure and invisible; no IP address, no MAC address; cannot be hacked
- Dual internal AC power supplies
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Plug and play; no management
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Made, tested and certified in USA
Model No. | Ports | Network Speed | Network | Monitor | Split Ratio | Failsafe | Power |
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INT10G12MSB5 |
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10G | SR Multi-Mode Fiber | SFP+ | - | Failsafe | Dual AC/DC |
INT10G12SSB5 |
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10G | LR Single-Mode Fiber | SFP+ | - | Failsafe | Dual AC/DC |
INT10G12MSB5-5 |
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10G | SR Multi-Mode Fiber | SFP+ |
50/50 |
Passive | Dual AC/DC |
INT10G12MSB5-6 |
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10G | SR Multi-Mode Fiber | SFP+ |
60/40 |
Passive | Dual AC/DC |
INT10G12MSB5-7 |
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10G | SR Multi-Mode Fiber | SFP+ |
70/30 |
Passive | Dual AC/DC |
INT10G12SSB5-5 |
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10G | LR Single-Mode Fiber | SFP+ |
50/50 |
Passive | Dual AC/DC |
INT10G12SSB5-6 |
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10G | LR Single-Mode Fiber | SFP+ |
60/40 |
Passive | Dual AC/DC |
INT10G12SSB5-7 |
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10G | LR Single-Mode Fiber | SFP+ |
70/30 |
Passive | Dual AC/DC |
Custom split ratios are available in 80/20 or 90/10, please inquire. |
Datasheets:
Regeneration Tap: 10G 1x5

1x5 Regeneration. Five complete copies of data from a single link.
1x5 Regeneration. Five complete copies of data from a single link.