The Cubro EXA48800 is a high-performance network packet broker designed to provide advanced visibility for today’s high-speed, complex networks. It aggregates, replicates, filters, and load balances traffic, ensuring that monitoring, management and security tools receive precisely the data they require.
Powered by a multi-core programmable switch chip combined with two high-performance ARM CPUs within a single chassis, the EXA48800 delivers outstanding flexibility and functionality. This unique architecture makes it perfectly suited for advanced visibility and security applications.
Featuring extensive multi-layer filtering and tunnel removal capabilities, the EXA48800 serves as the perfect solution for achieving complete visibility into overlay networks, while also simplifying operations and improving monitoring efficiency.
Main Features of EXA48800
- Filters and load-balances traffic from 1, 10, 25, 40 or 100 Gbps links to multiple monitoring tools
- Aggregates multiple inputs with different interface speeds to one or more output ports/monitoring tools
- 48 x 10/25 Gbps (SFP+/SFP28) and 8 x 40/100 Gbps (QSFP/ QSFP28) ports
- 40/100 Gbps ports support break-out to 4 x 10/25 Gbps
- IPv6 support
- Tunnel removal and inside tunnel filtering
- Flexible port licensing model (24 or 48 ports enabled)
- Deduplication to remove unwanted packets
- Complex filtering inside packet payload
- Open for 3rd party transceivers
- 2-year base warranty period
Functions & Benefits of EXA48800
- Easy to configure: Secure Web GUI / ReST API
- Load balancing: Hash-based, session-aware load balancing on either outer or inner tunnel headers
- Ultra high port density: Supports up to 8 x 40/100 Gbps or 32 x 25/10 Gbps ports and 48 dedicated SFP+/ SFP28 ports for 10G or 25 Gbps
- Supports 4 x 1 Gbps ports
- Regex filtering to search for complex ASCII strings or Hex patterns anywhere in packets
- Tunnel termination and filtering on multiple parameters including inner tunnel (VXLAN, GTP, ERSPAN, MPLS, SRv6, etc)
- Deduplication function
- IP Fragmentation with GRE encapsulation and IP Reassembly
- Data Masking
- SNMPv2c and SNMPv3 support