Unmanaged, Powered Fiber TAPs
Portable, Multimode Fiber TAPs
A Network TAP (test access point) is a hardware device that allows you to monitor and secure your network traffic by copying packets from a network link without impacting or compromising network integrity.
Garland Technology’s Unmanaged, Powered Multimode Fiber Network TAPs provide full duplex packet visibility in 1G and 10G networks.
A portable, Powered Multimode Fiber TAP is placed between two (2) network devices to mirror (or copy) the network traffic flowing through those devices. The TAP is unmanaged in that it is configured with DIP switches on the back of the TAP. The TAP supports breakout and aggregation modes. It is ideal for deployments requiring media conversion. The TAP is passive and does not alter the traffic flow in any way. Multimode Fiber TAPs are designed for short-range connectivity environments.
Specifications
Part # |
Network Speed |
Network Ports |
Split Ratio |
|---|---|---|---|
P10GMSA-5 |
1G/10G |
(2) SR-Multimode Network Ports
|
50/50 |
P10GMSA-6 |
1/10G |
(2) SR-Multimode Network Ports
|
60/40 |
P10GMSA-7 |
1G/10G |
(2) SR-Multimode Network Ports
|
70/30 |
P1GMCA |
1G |
(2) SX-Multimode Network Ports
|
50/50 |
P1GMSA |
1G |
(2) SX-Multimode Network Ports
|
50/50 |
Network Speed:
1G/10G
Network Ports:
(2) SR-Multimode Network Ports
(2) SFP+ Monitoring Ports
Split Ratio:
50/50
Network Speed:
1/10G
Network Ports:
(2) SR-Multimode Network Ports
(2) SFP+ Monitoring Ports
Split Ratio:
60/40
Network Speed:
1G/10G
Network Ports:
(2) SR-Multimode Network Ports
(2) SFP+ Monitoring Ports
Split Ratio:
70/30
Network Speed:
1G
Network Ports:
(2) SX-Multimode Network Ports
(2) Copper Monitoring Ports
Split Ratio:
50/50
Network Speed:
1G
Network Ports:
(2) SX-Multimode Network Ports
(2) SFP Monitoring Ports
Split Ratio:
50/50
Resources
AggregatorTAP: Fiber
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IT Security Whitepaper | Garland Technology
Download White Paper Now
Fiber Facts—Yes, You Do Need to Read This
Read Blog Now
Fiber Optical Networking
Read Blog Now
Installation Guides | Garland Technology
Read Blog NowNetwork Diagrams
Breakout
Aggregation
Regen
Filtering
