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 - Product Photo - 1G SX/LX/Copper Inline Regeneration Tap, LC-Type
1G SX/LX/Copper Inline Regeneration Tap, LC-Type

Click to enlarge -  - Product Photo - 1G SX/LX/Copper Inline Regeneration Tap, LC-Type
Real-time, simultaneous passive monitoring of one GigaBit fiber network link with one to eight 1 Gbps intrusion detection systems, protocol analyzers, RMON probes, and other devices. SFP monitor ports enable you to mix and match monitoring equipment with singlemode fiber, multimode fiber, and copper interfaces.

GigaBit Regeneration Tap with SFP Monitor Ports Multimode and Singlemode Fiber
Net Optics GigaBit Regeneration Taps solve the key physical layer challenges of multi-device monitoring for Gigabit networks. For a complete picture of network health, Regeneration 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 the same traffic simultaneously through a single one of these Taps.

Modular SFP Monitor Ports
For optimal flexibility, GigaBit Regeneration Taps have SFP monitor ports so they can attach to monitoring equipment with any type of interface - singlemode fiber, multimode fiber, and copper. Just plug in the appropriate SFP transceiver modules for as many and whatever types of tools you want to connect.

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 inline, including Layer 1 and Layer 2 errors.

Reliability
For extra uptime protection, Net Optics Taps offer redundant power connections. Should one power source fail, the Tap continues to operate normally using only the remaining power source. Power LEDs on the front of the Tap indicate the current power.


RG-830
 
8x1 1 Gigabit SX 62,5µm 50:50, Inline MM, with SFP Ports

RG-840
 
8x1 1 Gigabit SX 50µm 50:50, Inline MM, with SFP Ports

RG-843
 
8x1 1 Gigabit SX 50µm 70:30, Inline MM, with SFP Ports

RG-850
 
8x1 1 Gigabit LX 8,5µm 50:50, Inline SM, with SFP Ports

RG-853
 
8x1 1 Gigabit LX 8,5µm 70:30, Inline SM, with SFP Ports

Accessories
1 Gigabit SX Base SFP Transceiver w/cable 62,5µm 850nm 1 Gigabit SX Base SFP Transceiver w/cable 50µm 850nm 1 Gigabit LX Base SFP Transceiver w/cable 8,5µm, 1310nm 1 Gigabit ZX Base SFP Transceiver w/cable 8,5µm, 1550nm 1 Gigabit Copper SFP Transceiver
SFPKT-SX 1 Gigabit SX Base SFP Transceiver w/cable 62,5µm 850nm  
SFPKT-50SX 1 Gigabit SX Base SFP Transceiver w/cable 50µm 850nm  
SFPKT-LX 1 Gigabit LX Base SFP Transceiver w/cable 8,5µm, 1310nm  
SFPKT-ZX 1 Gigabit ZX Base SFP Transceiver w/cable 8,5µm, 1550nm  
SFPKT-GCU 1 Gigabit Copper SFP Transceiver  
10/100/1000Base-T SFP Transceiver w/cable
SFPKT-CU3 10/100/1000Base-T SFP Transceiver w/cable  

Temperature: 0°C to 40°C (Operating), -10°C to 70°C (Storage) Relative Humidity: 10% min, 95% max, non-condensing

Dimensions: 1.75" high x 13" deep x 17" wide, Weight: 5 lbs

Electrical:
Redundant Power Supplies, each: Input: 100-240VAC, 0.5A, 47-63Hz DC Input: -48VDC nominal, -36 to -72VDC, 1A Power Consumption: 45W

Fiber Optic Interface:
Laser: 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.

Connectors:
Monitoring Ports: (16) SFP cages (SFP modules are sold separately) Network Ports: (2) LC connectors

Performance:
Drops: No packets dropped from 0 to 1 Gbps

Certifications:
MET (UL), CE, FCC, VCCI, C-Tick, RoHS, WEEE, IEEE 802.3 compliant

SFP Transceiver Kits
SFPKT-SX Gigabit Fiber SX SFP Transceiver (850nm) with cable 62.5µm
SFPKT-50SX Gigabit Fiber SX 50um SFP Transceiver (850nm) with cable 62.5µm
SFPKT-LX Gigabit Fiber LX SFP Transceiver(1310nm) with cable 8.5µm
SFPKT-CU3 10/100/1000 Copper Transceiver with cable
SFP transceivers are required for operation and are sold separately

Passive, Secure Technology
  • Enables real-time monitoring of a single GigaBit link with up to 8 monitoring devices/li>
  • Provides complete full-duplex visibility at 1 Gbps without data stream interference or introducing a point of failure/li>
  • Passes all traffic - including errors - from all layers for comprehensive troubleshooting/li>
  • No IP address is needed for the Tap or monitoring device, enhancing security/li>
  • Redundant power ensures monitoring uptime
Warranty
  • All Net Optics products come standard with a 1 year manufacturer´s warranty
  • Additional Service Plan options to extend warranty coverage are available for purchase
Ease of Use
  • LED indicators show redundant power, speed, link, and activity status
  • Front-mounted connectors support easy installation and operation
  • No custom analyzer cables - each half-duplex data stream has its own connector
  • Compatible with all major manufacturers´ monitoring devices, including protocol analyzers, probes, and intrusion detection systems

 - Product Photo - 10G SR/LR Inline Regeneration Tap, LC-Type
10G SR/LR Inline Regeneration Tap, LC-Type

Click to enlarge -  - Product Photo - 10G SR/LR Inline Regeneration Tap, LC-Type
Real-time, simultaneous passive monitoring of one 10 GigaBit fiber network link with one to eight 10 Gbps intrusion detection systems, protocol analyzers, RMON probes, and other devices. SFP+ monitor ports enable you to mix and match monitoring equipment with both singlemode and multimode fiber interfaces.

10 GigaBit Regeneration Tap with SFP Monitor Ports Multimode and Singlemode Fiber
Net Optics 10 GigaBit Regeneration Taps add the flexibility of modular SFP+ monitor ports to solve key physical layer challenges of multi-device monitoring for 10 Gigabit networks. For a complete picture of network health, Regeneration Taps connect up to eight different network management and security devices at any single 10 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 the same traffic simultaneously through a single Regeneration Tap. Secure, passive access for multiple devices simply means a better return on monitoring investments.

Modular SFP+ Monitoring Ports
These 10 GigaBit Regeneration Taps provide the added flexibility of SFP+ monitoring ports, which enable them to attach to monitoring equipment with any type of fiber interface: singlemode and multimode, and 62.5, 50, or 8.5 µm diameters. Just plug in the appropriate SFP+ transceiver modules for as many and whatever types of tools you want to connect. (1G SFP transceivers are not supported; the Regeneration Tap does not perform data rate conversion.)

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 inline, including Layer 1 and Layer 2 errors.

Reliability
For extra uptime protection, Net Optics Taps offer redundant power connections. Should one power source fail, the Tap continues to operate normally using only the remaining power source. Power LEDs on the front of the Tap indicate the current power source.


RG-830X
 
8x1 10 Gigabit SR - Inline MM 62,5µm 50:50, w/ SFP+ Ports

RG-840X
 
8x1 10 Gigabit SR - Inline MM 50µm 50:50, w/ SFP+ Ports

RG-843X
 
8x1 10 Gigabit SR - Inline MM 50µm 70:30, w/ SFP+ Ports

RG-850X
 
8x1 10 Gigabit LR - Inline SM 8.5µm 50:50, w/ SFP+ Ports

Accessories
10 Gigabit SR Base SFP+ Transceiver w/cable 62,5 850nm 10 Gigabit SR Base SFP+ Transceiver w/cable 50µm 850nm 10 Gigabit LR Base SFP+ Transceiver w/cable 8,5µm, 1310nm 10 Gigabit ER Base SFP+ Transceiver w/cable 8.5µm, 1550nm
SFP+KT-SR 10 Gigabit SR Base SFP+ Transceiver w/cable 62,5 850nm  
SFP+KT-50SR 10 Gigabit SR Base SFP+ Transceiver w/cable 50µm 850nm  
SFP+KT-LR 10 Gigabit LR Base SFP+ Transceiver w/cable 8,5µm, 1310nm  
SFP+KT-ER 10 Gigabit ER Base SFP+ Transceiver w/cable 8.5µm, 1550nm  

Temperature: 0°C to 40°C (Operating), -10°C to 70°C (Storage) Relative Humidity: 10% min, 95% max, non-condensing

Dimensions: 1.75" high x 13" deep x 17" wide, Weight: 5 lbs

Electrical:
Redundant Power Supplies, each: Input: 100-240VAC, 0.5A, 47-63Hz DC Input: -48VDC nominal, -36 to -72VDC, 1A Power Consumption: 45W

Fiber Optic Interface:
Laser: 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.

Connectors:
Monitoring Ports: (16) SFP cages (SFP modules are sold separately) Network Ports: (2) LC connectors

Performance:

Drops: No packets dropped from 0 to 10 Gbps

Certifications:
MET (UL), CE, FCC, VCCI, C-Tick, RoHS, WEEE, IEEE 802.3 compliant

Part Numbers:
RG-830X - 8x1 10 Gigabit SR - Inline Multimode 62,5µm 50:50, w/ SFP+ Ports
RG-833X - 8x1 10 Gigabit SR - Inline Multimode 62,5µm 70:30, w/ SFP+ Ports
RG-840X - 8x1 10 Gigabit SR - Inline Multimode 50µm 50:50, w/ SFP+ Ports
RG-843X - 8x1 10 Gigabit SR - Inline Multimode 50µm 70:30, w/ SFP+ Ports
RG-850X - 8x1 10 Gigabit LR - Inline Singlemode 8.5µm 50:50, w/ SFP+ Ports
RG-853X - 8x1 10 Gigabit LR - Inline Singlemode 8.5µm 70:30, w/ SFP+ Ports
Add -DC to the part number for the -48VDC model.

SFP+ Transceiver Kits:
SFP+KT-SR 10 Gigabit Fiber SR SFP+ Transceiver (850nm) with cable 62.5µm
SFP+KT-50SR 10 Gigabit Fiber SR 50um SFP+Transceiver (850nm) with cable 50µm
SFP+KT-LR 10 Gigabit Fiber LR SFP+ Transceiver (1310nm) with cable 8.5µm
SFP+KT-ER 10 Gigabit Fiber ER SFP+ Transceiver (1550nm) with cable 8.5µm
SFP+ transceivers are required for operation and are sold separately

Passive, Secure Technology
  • Enables real-time, simultaneous monitoring of a single 10 Gigabit link with up to 8 monitoring devices
  • SFP+ monitor ports attach to monitoring equipment with singlemode fiber and multimode fiber interfaces
  • Provides complete full-duplex visibility at 10 Gbps 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 security
  • Redundant power ensures monitoring uptime
Warranty
  • All Net Optics products come standard with a 1 year manufacturer´s warranty
  • Additional Service Plan options to extend warranty coverage are available for purchase
Ease of Use
  • LED indicators show redundant power, speed, link, and activity status
  • Front-mounted connectors support easy installation and operation
  • No custom analyzer cables - each half-duplex data stream has its own connector
  • Compatible with all major manufacturers´ monitoring devices, including protocol analyzers, probes, and intrusion detection systems

 - Product Photo - 10G SR/LR Span Regeneration Tap, LC-Type
10G SR/LR Span Regeneration Tap, LC-Type

Click to enlarge -  - Product Photo - 10G SR/LR Span Regeneration Tap, LC-Type
Real-time, simultaneous passive monitoring of two 10 GigaBit fiber Span ports with one to four 10 Gbps tools each. SFP+ monitor ports enable you to mix and match intrusion detection systems, protocol analyzers, RMON probes, and other devices with both singlemode and multimode fiber interfaces.

10 GigaBit Span Regeneration Tap with SFP Monitor Ports Multimode and Singlemode Fiber
Net Optics 10 GigaBit Span Regeneration Taps add the flexibility of modular SFP+ monitor ports to solve the key physical layer challenges of multi-device monitoring for 10 Gigabit networks. For a complete picture of network health, these Taps fan out two 10 Gigabit switch Span ports to up to four different network management and security devices each.

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 the same traffic simultaneously through one Regeneration Tap.

Modular SFP+ Ports
For optimal flexibility, these 10 GigaBit Regeneration Span Taps have SFP+ monitor ports so they can attach to monitoring equipment with any type of fiber interface: singlemode and multimode, and 62.5, 50, or 8.5 µm diameters. Just plug in the appropriate SFP+ transceiver modules for as many and whatever types of tools you want to connect. (1G SFP transceivers are not supported; the Regeneration Tap does not perform data rate conversion.)

Security and Visibility
Without an IP address, monitoring devices are isolated from the network, dramatically reducing their exposure to attacks.

Reliability
For extra uptime protection, Net Optics Taps offer redundant power connections. Should one power source fail, the Tap continues to operate normally using only the remaining power source. Power LEDs on the front of the Tap indicate the current power sources.


RG-845X
 
8x1 10 Gigabit SR 50µm Span Regeneration Tap, with SFP+ Ports

RG-855X
 
8x1 10 Gigabit LR 8,5µm Span Regeneration Tap, with SFP+ Ports

Accessories
10 Gigabit SR Base SFP+ Transceiver w/cable 62,5 850nm 10 Gigabit SR Base SFP+ Transceiver w/cable 50µm 850nm 10 Gigabit LR Base SFP+ Transceiver w/cable 8,5µm, 1310nm 10 Gigabit ER Base SFP+ Transceiver w/cable 8.5µm, 1550nm
SFP+KT-SR 10 Gigabit SR Base SFP+ Transceiver w/cable 62,5 850nm  
SFP+KT-50SR 10 Gigabit SR Base SFP+ Transceiver w/cable 50µm 850nm  
SFP+KT-LR 10 Gigabit LR Base SFP+ Transceiver w/cable 8,5µm, 1310nm  
SFP+KT-ER 10 Gigabit ER Base SFP+ Transceiver w/cable 8.5µm, 1550nm  

Temperature: 0°C to 40°C (Operating), -10°C to 70°C (Storage) Relative Humidity: 10% min, 95% max, non-condensing

Dimensions: 1.75" high x 13" deep x 17" wide, Weight: 5 lbs

Electrical:
Redundant Power Supplies, each: Input: 100-240VAC, 0.5A, 47-63Hz DC Input: -48VDC nominal, -36 to -72VDC, 1A Power Consumption: 45W

Fiber Optic Interface:
Laser: 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.

Connectors:
Monitoring Ports: (16) SFP cages (SFP modules are sold separately) Network Ports: (2) LC connectors

Performance:
Drops: No packets dropped from 0 to 10 Gbps

Certifications:
MET (UL), CE, FCC, VCCI, C-Tick, RoHS, WEEE, IEEE 802.3 compliant

Part Numbers:
RG-835X - Regen Tap, 8x1 10 Gigabit Span MM 62.5μm
RG-845X - Regen Tap, 8x1 10 Gigabit Span MM 50μm
RG-855X - Regen Tap, 8x1 10 Gigabit Span SM 8.5μm
Add -DC to the part number for the -48VDC model.

SFP+ Transceiver Kits:
SFPKT-SR 10 Gigabit Fiber SR SFP+ Transceiver (850nm) with cable 62.5 µm
SFPKT-50SR 10 Gigabit Fiber SR 50um SFP+Transceiver (850nm) with cable 50 µm
SFPKT-LR 10 Gigabit Fiber LR SFP+ Transceiver (1310nm) with cable 8.5 µm
SFPKT-ER 10 Gigabit Fiber ER SFP+ Transceiver (1550nm) with cable 8.5 µm
SFP+ transceivers are required for operation and are sold separately

Passive, Secure Technology
  • Enables real-time monitoring of two switch Span ports with four monitoring devices each
  • SFP+ monitor ports attach to monitoring equipment with singlemode fiber and multimode fiber interfaces
  • Provides complete visibility at 10 Gbps 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 security
  • Redundant power ensures monitoring uptime
Warranty
  • All Net Optics products come standard with a 1 year manufacturer´s warranty
  • Additional Service Plan options to extend warranty coverage are available for purchase
Ease of Use
  • LED indicators show redundant power, speed, link, and activity status
  • Front-mounted connectors support easy installation and operation
  • No custom analyzer cables - each half-duplex data stream has its own connector
  • Compatible with all major manufacturers´ monitoring devices, including protocol analyzers, probes, and intrusion detection systems


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