Items tagged with AGGREGATION

Packetmaster EX48400

Packetmaster EX48400

  • Carrier Grade Design
  • 4 x 100 Gbit + 2 x 40 Gbit + 48 x 1/10 Gbit or
    6 x 40 Gbit + 48 x 1/10 Gbit
  • SFP & SFP+ & QSFP
  • Layer 4 filtering + UDF filtering
  • Aggregation
  • L4 Traffic modification
  • GRE|VXLAN|NVGRE|MLAG|GENEVA
  • Session aware load balancing
  • Packet slicing in line rate
  • Port Bandwitdh: 1 Gbit | 10 Gbit | 40 Gbit | 100 Gbit
  • Part Nr #: CUB.PM-EX20400
Packetmaster EX20400

Packetmaster EX20400

  • Carrier Grade Design
  • 20 x 40 Gbit + 4 x 10 Gbit or
    4 x 100 Gbit +16 x 40 Gbit + 4 x 10 Gbit
  • SFP & SFP+ & QSFP
  • Layer 4 filtering + UDF filtering
  • GRE|VXLAN|NVGRE|MLAG|GENEVA
  • Aggregation
  • L4 Traffic modification
  • Session aware load balancing
  • Packet slicing in line rate
  • Port Bandwitdh: 1 Gbit | 10 Gbit | 40 Gbit | 100 Gbit
  • Part Nr #: CUB.PM-EX20400
Packetmaster EX5-2

Packetmaster EX5-2

  • Carrier Grade Design
  • 48 1 Gbit RJ45 + 4 x 10 Gbit SFP+
  • RJ45 SFP & SFP+
  • Layer 4 Filtering
  • Aggregation
  • Traffic modification
  • session aware load balancing
  • Port Bandwitdh: 10 Mbit | 100 Mbit | 1 Gbit | 10 Gbit
  • Part Nr #: CUB.PM-EX5-2

Cubro Solutions

Aggregation of an 10 Gbit link and output to an 10 Gbit port

Aggregation of one 10 Gbit link with optical splitter to 10 Gbit fibre output

GRE de - encapsulation

Virtual environments needs virtual Taps, virtual Taps need GRE to send it over the virtual switchto a real monitoring device. All Packetmaster units can decapsulate GRE traffic to get the data in their original format.

384 x 10 Gbit ports cross connect

We use 6 Packetmaster EX 20400 to realize this 384 x 10 Gbit port cross connect !

  • 400 Gbit backbone
  • tunneling via VXLAN
  • non blocking
  • any to any & many to any & any to many support
  • easy expandable

 

aggregation 40 x 10 Gbit links with one EX 20400

Cubro now offers a "NEW" Packetmaster solution with 80 x 10 Gbit Ethernet ports.
The base unit is the EX 20400 with a new firmware that gives us the possibility to convert
a 40 Gbit port into 4 independent 10 Gbit ports.

Monitoring offload

The smart Cubro solution to use your existing monitoring system even when your data traffic is growing exponential !

  • Reduce Monitoring cost by off-loading the existing monitoring system.
  • Reducing not only Capex also Opex goes down because of less hardware resources.
  • Still the full metadata information on user plan traffic.

Amplification

You can enlarge the transfer range of your media dramatically without risking errors on your data. The examples below show some common options, but a lot more combinations are possible.

EX2 media & speed converter

In this very simple solution the Packetmaster EX2 works only as a bidirectional media and speed converter. The size and the fan less construction, makes the EX2 the flexibles’ and cheapest device on the market.

STP Monitoring multi 100 Mbit links

To monitor hundreds of 100 Mbit links, like on an SMS centre or on an STP, Cubro offers and flexible and price wise solution with 100 Mbit Flextap and Cubro Packetmaster EX5-2 as aggregator and filter device.

Cubro NPB units support bypass function

The Cubro Bypass Application is a superior way to provide a fail-safe access port for an in-line monitoring appliance. From EX2 with Gbit up to EX 20400 with 100 Gbit bypass feature. With and without optical layer 1 switch support.

 

Aggregation of two 10 Gbit span ports to 1 10 Gbit output with EX2+

This application is normally not possible because the EX2+ has only two 10 Gbit ports and you need 3 to do this job.  But we at Cubro give our units some extra features to do this with two ports.

A optical ports has an transmitter and a receiver part, this two “ports” can be used separately in all Cubro NPB. The other feature what you need is the optical tap at the back.

Packetmaster as Patchfield

The Packetmaster EX can be used as intelligent patch field. This is feature is possible because the EX has no designated in and out port configuration. Each port is an input and an output at the same time.