Contact Us

Personal information

Please enter your first name.
Please enter your last name.
* required

Your message

Please enter a message.
Please choose a recipient.

Send message

Your message has been sent successfully.
Send another message.

Hall plan

Please choose a booth.

Via Marino Serenari 1
40013 Castel Maggiore (BO) Bologna

Phone / Fax: show
Phone: +39 051 705884
Fax: +39 051 705833
  • Public Transport Public Transport

Share link


Recommendation of NB3N Full 10G

Divide various addresses by comma. The recipients will get a link to this platform.

Please enter a valid recipient.
Please enter a valid email address.
Please enter a message.
* required
Your recommendation has been sent successfully.
Send another message.

Product description

NB3N Full 10G is a Redundant Railway Ethernet Switch allowing the design of a switched LAN over trains. Its structure based on a redundant stack of ruggedized switches offers a large number of advantages in the realization of an IP network, meeting the most demanding needs in bandwidth, reliability and security for train services and operations.
NB3N Full 10 G provides all the key features of a Layer2/Layer3 switch, such as VLAN and Quality of Service support, inter-vlan routing, traffic shaping and full multicast support. It's fully manageable, providing detailed diagnostics based on SNMP protocol. DHCP server and client roles offer the ability to develop a self-contained network solution. RSTP/MSTP allow the deployment of more complex and redundant network topologies.
In-vehicle hosts can be connected to the NB3N Full 10 G with Tera connectors.
  • Managed Gigabit Ethernet switch with 48 10/100/1000Mbps ports + 4 1/10Gbps ports
  • Advanced Layer2/Layer 3 features with security and control policies
  • Link redundancy and bandwidth multiplication via Link Aggregation (LACP)
  • Stacking capability for highly reliable and scalable solution
  • DHCP Server Options handling for IP address automatic assignment in enterprise-like scenarios

More products of the exhibitor