It might happen that a user of a TAP or Packetbroker suspects to have a faulty unit because data are not available on the TAP/Packetbroker output. Missing data at a TAP/Packetbroker output could have several reasons like wrong filter settings. Once the configuration of the TAP/Packetbroker has been checked but the data are still not present at the output there is a very high probability that data are already missing at the input(s). Several times we have experienced that a TAP/Packetbroker problem was
A Network Packet Broker is a tool which normally work in a system together with other tools north and southbound. That is the reason why we give our units many options to customize the Cubro Packetmaster to customer’s needs.
Fully installed Debian Linux,
CLI, WEB Interface,
Python and Perl script.
change filter at link status change
read a file from an external device and change configuration
send mail with statistic data
send packets out for trouble shouting
and much more
Capture Solution stream to disc technology
Cubro cost effective data recorder/packet analyzers perform critical network analysis at the packet level, allowing quicker identification of the root cause. By finding the “needle in the hay stack” they greatly speed your analysis in identifying the issue at hand.
With the growing market of the active and passive twinax cable Cubro offers now this pricewise interesting solution to monitor this links.
The CUBRO Twinax Converter Tap converts the traffic from an SFP active/passive cable, 10 Gbps Gigabit Ethernet links to an optical output. This application is not fully passive. If needed we offer an addition battery option.
For all these cases CUBRO provides a cost-effective, flexible and small device which converts the incoming traffic to an additional output port
This new Cubro optical Tap has two new improvements, the colored connectors, this helps to bring together the link and the monitoring cables. The second advantage is that the link connectors and the monitoring connectors are separated.
Regeneration TAP up to 12,5 Gbit
In some cases the optical power on the network links is too low to simply split the signal. This appears mostly on multi-mode links and on long single-mode links, or if there is a need to split the traffic more than once in order to feed two or more monitoring system.
(Picture full power version)
Example: Splitting optical multi-mode link to two outputs. This is not possible with passive only splitters, because the loss of splitting on multi-mode fiber is too high. Cubro offers regeneration TAP’s from 100 Mbit up to 12,5 Gbit in two versions: half power and full power output.
Cubro 6 link /12 port Copper TAP with filtering and SFP output
The CUBRO Multi port Aggregation TAP combines 12 Copper ports to 12 independent monitoring ports. The network ports are electrical (RJ-45) 10/100/1000 Base-T. 12 Monitoring ports deliver the aggregated traffic via SFP 1000 Base-T (RJ-45) or 1000 Base-X (SM / MM).
Cubro Optical Switch
The CubroOptial Switch family works with state-of-the-art MEMS technology. “MEMS = Microelectromechanical systems” Up to forty-eight MEMS 1x24 switches, twenty-four as inputs and the other twenty-four as outputs, can be interconnected to form a fully non-blocking matrix switch. We also provide standard optical switches orblocking matrix switches.
The Cubro Optical Switch is used in an optical network to dynamically configure the system for Test and Measurement applications. The matrix switch is a simplified alternative solution for cable management and allows users to share resources. A rack mount chassis allows convenient storage for all applications.
MTP TAP 40 & 100 Gbit
The challenge of taping a 40 Gbit /100 Gbit multimode link based on a QSFP connector is that the QSFP is defined as quad cannel interface (Q – quad), this means in fact we have 4 x 10 Gbit. But this 4 x 10 Gbit are in a kind a trunk that means a Ethernet packet is spreading in 4 chunks and send parallel over the 4 fiber links.
A special layer 1 protocol takes care that the receiver knows which the fiber one is two and so on, so that the receivers can reassemble the packet in the right way.
The TAP is connected over MTP connectors (8 fibers) with the QSFP, the output is also MTP which is connected to the input of the Packetmaster 484. The special features in the Packetmaster 484 helps to reassemble the QSFP traffic.
New Packetmaster Software
The Packetmaster Management suite consists of 3 modules, Monitor, Configure and Analyze. The three modules are independent from each other. They can work separately or all together. New Packetmaster Software