The EXA32100 series Network Packet Broker is an advanced network packet broker offering filtering capabilities beyond OSI Layer 4. The EXA32100 is part of the Fifth Generation (G5) network packet brokers from Cubro. The architecture in these devices is a programmable switching fabric that offers unparalleled performance and throughput for extremely high-bandwidth installations.
The EXA32100 features 32 x 40/100G QSFP interfaces. The Advanced G5 Packetmasters support breakout cables on the QSFP ports to individual 4 x 1/10/25G providing an extensive and flexible level of connectivity.
- GRE termination
- Traffic aggregation + replication
- L2 - L5 traffic filtering
- L2 - 5 header modification
- Filter on inner headers of encapsulated traffic
- GTP header stripping
- GTP inner IP hashing
- GTP inner IP dual-stack support
- VLAN add/remove/modify
- Multiple MPLS tag removal
- Session-aware load balancing
- Packet slicing
- Supports IPV4 and IPV6
- Non-blocking backplane
- TX and RX of QSFPs operate independently
- Web GUI
- REST API
The EXA32100 is ideal in environments where tools need access to links spanning bandwidth capabilities from 1G to 100G. QSFP ports capable of up to 100G speeds also provide the option to create a high-bandwidth backbone between Packet Brokers or backhaul to, and from, remote sites. The high port density, session-aware load balancing, and thousands of filtering rules at the users disposal combine to make the EXA32100 a device which can support large amounts of monitoring and security appliances and the unique architecture of the device means that performance is never compromised regardless of complexity and features used.
- 32 X 40/100G QSFP*
- 1 X 10/100/1000 management interface
- 1 X Serial console interface
- Dual redundant PSUs (DC options available)
*QSFP ports support breakout to 4 X 1/10/25G
“The equipment has already proven themselves many times in their short active-duty, in our normal project support and operational support. It's been used in already quite some topics for troubleshooting. And as an architect it’s even a pleasure to see how fast I can design and ask for implementation on the Cubro devices due to its lean-and-mean CLI configuration setup!”
Technical Architect, Leading European CSP
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