Brocade Vyatta vRouter
Increase your network’s agility while saving moneyIncreased Agility
The Brocade Vyatta vRouter allows you to build sophisticated, multitier networks within virtualized environments. You can add, configure, and move network services on demand.
Capital and Operational Savings
The Brocade Vyatta vRouters reduces the total cost of ownership for data center infrastructure.
Brocade Vyatta vRouters delivers advanced routing and security functionality for physical, virtual and cloud networking environments. The Vyatta Network OS includes dynamic routing, stateful firewall, VPN support, traffic management and more in a package that is optimized to take advantage of multicore x86 processing power, common hypervisor platforms and emerging cloud architectures. All features are configured through Vyatta’s familiar, networking-centric CLI, web-based GUI or third party management systems using the Vyatta Remote Access API.
Brocade Vyatta vRouters are designed to be installed on any standard x86 based system scaling from single-core desktop units for SME and branch office needs to quad core plus for high-performance BGP routing or scalable VPN termination. Advancements in x86 processing power have proven that readily available multi-core systems can easily handle small packet processing up to 10Gbps.
Subscription customers receive ongoing services to provide proactive notification of software updates, bug fixes and security alerts, as well as access to Vyatta Global Customer Support. Subscriptions are packaged with a choice of technical support to meet your business requirements and are eligible for optional add-on training and proactive engineering services that are designed to get your network up and running and maintaining optimal performance.
Vyatta Network OS 6.5
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IPv4 / IPv6 Routing |
● BGPv4, BGPv6 ● OSPFv2 ● BGP Multipath |
● RIPv2 ● Static Routes ● Policy-Based Routing |
● IPv6 Policy ● IPv6 SLAAC ● Multicast |
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IP Address Management |
● Static ● DHCP Server ● DHCP Client |
● DHCP Relay ● Dynamic DNS ● DNS Forwarding |
● IPv6 DNS Resolver ● IDHCPv6 Server, Client ● DHCPv6 Relay |
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Encapsulations |
● Ethernet ● 802.1Q VLANs ● PPP |
● PPPoE ● IP in IP ● Frame Relay |
● MLPPP ● HDLC ● GRE |
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Firewall |
● Stateful Inspection Firewall ● Zone-based Firewall ● P2P Filtering |
● IPv6 Firewalling ● Time-based Firewall Rules ● Rate Limiting |
● ICMP Type Filtering ● Stateful Failover |
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Tunneling / VPN |
● SSL-based OpenVPN ● Site to Site VPN (IPSec) ● Remote VPN (PPTP, L2TP, IPSec) |
● Virtual Tunnel Interface ● OpenVPN Client Auto-Configuration ● Layer 2 Bridging over GRE |
● Layer 2 Bridging over OpenVPN ● OpenVPN Dynamic Client ● Dynamic Multipoint VPN |
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Additional Security |
● Network Address Translation ● VyattaGuard Web Filtering |
● 3DES, AES Encryption ● MD5 and SHA-1 Authentication ● RSA, Diffie Helman Key Mgmt |
● NAT Traversal ● Role based access control |
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WAN / LAN Device Drivers |
● WAN Device Drivers - T1/E1 ● Intel 10/100Mbps - 10Gbps |
● Broadcom 10/100Mbps - 10Gbps ● IEEE 802.11 wireless ● Drivers in 2.6.31 Linux Kernel |
● Synchronous Serial - V.35, X.21, RS-422, EIA530 |
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Performance Optimization |
● WAN Link Load Balancing ● Ethernet Link Bonding ● Web Caching |
● MLPPP ● ECMP ● Bandwidth Management |
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QoS Policies |
● Priority Queuing ● Network Emulator ● Round Robin |
● Random / Weighted Random ● Classful Queuing ● Ethernet Header Matching |
● VLAN Tag ● IPv6 Address ● Port Mirroring |
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High Availability |
● Stateful Firewall / NAT Failover ● VRRP ● HA Clustering |
● Configuration Replication ● RAID 1 |
● IPSec VPN Clustering ● Protocol Fault Isolation |
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Administration & Authentication |
● Integrated CLI ● Web GUI ● Vyatta Remote Access API |
● Telnet ● SSHv2 / SSH Public Key ● Binary Image Install ● Image Cloning |
● RADIUS ● TACACS+ ● X.509 Digital certificate authentication ● Single Configuration File |
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Diagnostics & Logging |
● tcpdump ● Wireshark Packet Capture ● BGP MD5 Support |
● Serial Loopback Commands ● Netflow/ sFlow ● LLDP |
● Syslog ● SNMPv2c ● SNMP for IPv6 |
