A Traffic Access Point (TAP) is a passive monitoring device that passes traffic from the live network to the monitoring devices and provides a demarcation between the live network and monitoring infrastructure. It is designed to effectively monitor network traffic whilst optimising performance. It provides users with an understanding of network flow patterns by splitting traffic for monitoring and security without interrupting network traffic.
Click to open expanded view
P/N:FHD-4LCD2MTP8OS255
SKU:300122
AUD319.00
GST Incl.
Product Highlights
TAP Cassettes Provide Real-time Monitoring in the Network or SAN Environment
Push-lock Rivets for Tool-less Snap Installation and Removal
Fully Compatible with All FHD® Enclosures
4 Cassettes Fit into 1U, Up to 96 Fibers
Pre-terminated LC and MTP® Adapters Reduce Field Installation Time
10/40/100G FHD® MTP®-LC TAP Cassette, 4x LC Duplex Live Ports, MTP®-8 Male Live Port, MTP®-8 Male TAP Port, 50/50 Split Ratio
.svg)
Connectivity Solutions
Features
Ideal for Security Applications, Network Monitoring
Completely passive, no electrical power needed
Permanent inline access to network links
Real-time Monitoring Networks without Disruption
TAP Cassettes are passive monitoring device that are used to monitor network traffic and provides a 50/50 split ratio for data centre LAN.
Fiber TAP Port Relationship
Live ports with LC duplex and MTP connectors providing permanent inline access to network links
Fiber TAP Port Relationship
TAP port with MTP connector providing permanent inline access to network links
Fiber Splitter Inside
Divide the incoming optical signals into two outputs, for live link traffic and monitoring
Versatile Solutions for Different Network Requirements
Up to 96 fibres in 1U space, the cassettes can be mounted in FHD® (FS High Density) series enclosures for data centre or enterprise cabling.
Tool-less removable top cover simplifies the operation
Sliding drawer improves front access to cabling
Unique one-piece structure for fast deployment
Patching, cross-connect or splicing in a minimum space
Fiber Mode | OS2 9/125μm | OM4 50/125μm | OS2 9/125μm | OM4 50/125μm | OS2 9/125μm |
Fiber Grade | G.657.A1 Fiber | Bend Insensitive Fiber | G.657.A1 Fiber | Bend Insensitive Fiber | G.657.A1 Fiber |
Live Port | 4 Ports (Front), 1 Port (Rear) | 4 Ports (Front), 1 Port (Rear) | 6 Ports (Front), 1 Port (Rear) | 6 Ports (Front), 1 Port (Rear) | 12 Ports (Front), 2 Ports (Rear) |
TAP Port | 1 Port (Rear) | 1 Port (Rear) | 1 Port (Rear) | 1 Port (Rear) | 2 Ports (Rear) |
Split Ratio | 50/50 | 50/50 | 50/50 | 50/50 | 70/30 |
Termination Type | Front and Rear | Front and Rear | Front and Rear | Front and Rear | Front and Rear |
Front Connectivity | LC UPC Duplex | LC UPC Duplex | LC UPC Duplex | LC UPC Duplex | LC UPC Duplex |
Rear Connectivity | US Conec MTP®-8 Male | US Conec MTP®-8 Male | US Conec MTP®-12 Male | US Conec MTP®-12 Male | US Conec MTP®-12 Male |
Insertion Loss | MTP≤0.35dB, LC≤0.2dB | MTP≤0.35dB, LC≤0.2dB | MTP≤0.35dB, LC≤0.2dB | MTP≤0.35dB, LC≤0.2dB | MTP≤0.35dB, LC≤0.3dB |
Fiber Mode
OS2 9/125μm
OM4 50/125μm
OS2 9/125μm
OM4 50/125μm
OS2 9/125μm
Fiber Grade
G.657.A1 Fiber
Bend Insensitive Fiber
G.657.A1 Fiber
Bend Insensitive Fiber
G.657.A1 Fiber
Live Port
4 Ports (Front), 1 Port (Rear)
4 Ports (Front), 1 Port (Rear)
6 Ports (Front), 1 Port (Rear)
6 Ports (Front), 1 Port (Rear)
12 Ports (Front), 2 Ports (Rear)
TAP Port
1 Port (Rear)
1 Port (Rear)
1 Port (Rear)
1 Port (Rear)
2 Ports (Rear)
Split Ratio
50/50
50/50
50/50
50/50
70/30
Termination Type
Front and Rear
Front and Rear
Front and Rear
Front and Rear
Front and Rear
Front Connectivity
LC UPC Duplex
LC UPC Duplex
LC UPC Duplex
LC UPC Duplex
LC UPC Duplex
Rear Connectivity
US Conec MTP®-8 Male
US Conec MTP®-8 Male
US Conec MTP®-12 Male
US Conec MTP®-12 Male
US Conec MTP®-12 Male
Insertion Loss
MTP≤0.35dB, LC≤0.2dB
MTP≤0.35dB, LC≤0.2dB
MTP≤0.35dB, LC≤0.2dB
MTP≤0.35dB, LC≤0.2dB
MTP≤0.35dB, LC≤0.3dB
Questions & Answers
Ask a question
All (1)100G Connection (1)
Customer Reviews
Write a review
Resources
Recently Viewed