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Net Optics 8x1 GigaBit Regeneration Taps solve the key physical layer challenges of multi-device monitoring for GigaBit fiber networks. For a complete picture of network health, these Taps connect up to eight different network management and security devices at any single GigaBit network location.
One Tap, No Idle Resources
Keep your intrusion detection and prevention systems, protocol analyzers, RMON probes, and other security devices productive with a single Regeneration Tap. Maximize resources and save on access points when multiple devices can monitor link traffic simultaneously through a single Regeneration Tap. Secure, passive access for multiple devices simply means a better return on monitoring investments. Net Optics unique dust cap is tethered to the connector so it is always right where you need it.
Security and Visibility
Without an IP address, monitoring devices are isolated from the network, dramatically reducing their exposure to attacks. However, the monitoring device connected to the Tap still sees all full-duplex traffic as if it were in-line, including Layer 1 and Layer 2 errors.
Reliability
For extra uptime protection, Net Optics Taps offer redundant power connections. Should the primary power source fail, the Tap automatically switches to the backup power source. Power LEDs on the front of the Tap indicate the current power.
Splitter Specifications: Split Ratio: 50/50 Fiber Type: GigaBit SX Multimode Corning 62.5µm, wavelength 850nm Insertion Loss: Network Port: 4.5 dB Monitor Port: 9.0 dB max Fiber Type: GigaBit LX Singlemode Corning 8.5µm, wavelength 1310nm Insertion Loss: Network Port: 3.7 dB Monitor Port: 7.4 dB max Operating Specifications: Operating Temperature: 0°C to 55°C Storage Temperature: -10°C to 70°C Relative Humidity: 10% min, 95% max, non-condensing Mechanical Specifications: Power Supply: Input: 100-240VAC, 0.5A, 47-63Hz Dimensions: 1.25” high x 8” deep x 17” wide Connectors: (8) Duplex SC connectors (monitor ports) (2) Duplex SC connectors (network ports) Fiber Optic Interface: Connectors: Class I, eye-safe, laser emitter type. These Class I Lasers conform to the applicable requirements per US 21 CFR (J) and EN 60825-1, also UL 1950 applications. Optical Transmitter Wave Length: 850 nm nominal Output Power: -9.5 dB min, -4 dB max Optical Receiver Input Sensitivity: 0 dB min, -17 dB max Optical Transmitter Wave Length: 1310 nm nominal Output Power: -10 dB min, -3 dB max Optical Receiver Input Sensitivity: -3 dB min, -20 dB max Certifications: Fully RoHS compliant Part Numbers: 8x1 GigaBit SX Regeneration Tap RGN-SX-IL8 8x1 GigaBit SX 50µm Regeneration Tap RGN-50SX-IL8 8x1 GigaBit LX Regeneration Tap RGN-LX-IL8
| Passive, Secure Technology | | Warranty | | Ease of Use |  | |  | |  | - Enables real-time, simultaneous monitoring of a single GigaBit link with up to eight monitoring devices
- Provides complete full-duplex visibility at 1000 Mbps without data stream interference or introducing a point of failure
- Passes all traffic (including errors) from all layers for comprehensive troubleshooting
- No IP address is needed for the Tap or monitoring device, enhancing monitoring security
- Redundant power ensures monitoring uptime
- Fully IEEE 802.3 compliant
- Fully RoHS compliant
| | - All Net Optics products come standard with a 1 year manufacturer's warranty
- Optional 1 or 2 year extended warranty available at time of product purchase
| | - LED indicators show redundant power, speed, link, and activity status
- Front-mounted connectors support easy installation and operation
- Connectors are perfectly angled to reduce cable strain
- Silk-screened application diagram illustrates all connections for easy deployment
- Optional custom monitoring cables support easy full-duplex monitoring by sending each side of the signal to a separate monitoring device NIC
- Tested and compatible with all major manufacturers’ monitoring devices, including protocol analyzers, probes, and intrusion detection/prevention systems
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8x1 GigaBit SX Regeneration Tap | | 8x1 GigaBit LX Regeneration Tap |  | |  | - RGN-SX-IL8 Regen, 8x1, IL, Fiber, SX 62.5µm, SC, 850nm
| | - RGN-LX-IL8 Regen, 8x1, IL, Fiber, LX 8.5µm, SC, 1310nm
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