Specifications

GURANTEED TECHNICAL PARTICULARS - ANNEXURE-VII
Should be chassis based & modular architecture with multicore processor for scalability and should
be a single box configuration for ease of management.
Should support redundant power supply.
Should have embedded hardware based (IPSec and SSL) Encryption card accelerator
Should support complete Firewall, IPS features.
Should have 512Mb RAM should be upgradeable to 2Gb
Should have 256Mb flash and should be upgradeable to 4Gb
Should have two free slots for future expansion.
Should have integrated USB port to provide console, storage and secure token capabilities
Chassis should be 19” rack mountable type.
Should be supplied with necessary power cards, data cables, connectors, CD’s, manuals, bracket
accessories, wire managers and other appropriate accessories.
Performance:
Shall support high performance traffic forwarding upto 35Mbps with con-current services
Shall support variety of interfaces like V.35 Sync Serial (64Kbps, 2 Mbps), G.703, Ch-E1, 3G, E3
Interfaces for future uplink purposes, Ethernet Interfaces – 1Gbps, 10/100 Mbps, 802.3af, ISDN PRI,
BRI, ATM, Digital/Analog dialup and remote access modules,
Shall support voice interface like FXS, FXO, E&M, T1/E1
Shall support DSL connectivity using ADSL, G.SHDSL
Should support integrated capability to host application like Unified Communication, Video
Surveillance, Storage System, Network services, or customer application, etc using different
processor, storage, memory to optimize and consolidate infrastructure
Should support other IP Services like GRE tunneling, ACLs, IPSEC VPNs, Firewalling, NAT
services.
Shall support Voice traffic optimization with features like WRED, H-QoS, RSVP, performance routing
and network based application routing
Should support two onboard voice and video capable digital signal processor
Should support per port PoE power monitoring
Should support management of power to module slots, to reduce energy consumption
High Availability
Shall support redundant Gigabit Ethernet connection to LAN
Shall support Redundant Power supply
Shall support fast reboot for minimum network downtime
Shall support Non-Stop forwarding for fast re-convergence of routing protocols
Shall support boot options like booting from TFTP server, Network node and Flash Memory
Shall support multiple storage of multiple images and configurations
Shall support link aggregation using LACP as per IEEE 802.3ad
Shall support VRRP or equivalent
Protocol Support
Should support Routing protocols like IS-IS, RIP v1 & RIP v2, OSPF ver2, OSPF on demand, BGP4,
BGP Route-Reflector
Should support Multicast routing protocols IGMPv3, PIM-SM, PIM-SS, DVMRP, IPv4 to IPv6
Multicast, BFD, IEEE802.1ah, IEEE802.3ag
Should support DHCPv6, IPv6 QoS, RIPng, OSPFv3
Shall support MPLS, Layer2 and Layer3 VPN, L2TPv3
Support for Load balancing Protocol.
Support unequal cost link load sharing to better utilize the alternate paths
Configuration Roll Back to recover the mis-configured router to last good configuration
Encapsulation Support
Should support Encapsulation like Ethernet, 802.1q, PPP, MLPPP, FR, MLFR, HDLC, Serial (RS232,
RS449, X.21, V.35, EIA530), PPPoE and ATM
Security Features:
Support Standard ACL, Extended ACL, ACL that can match arbitrary bits of packet bits of a packet at
an arbitrary depth in the packet header and payload
Support IPSEC Site-to-Site and Remote Access VPNs. Any Office to Any other office, dynamic
establishment of VPNs so that the configuration & management of IPSEC VPNs becomes easier,
Tunnel-less VPN connectivity and SSL VPN
Support IPSEC VPNs should be able to carry data, voice, video
Support Firewall feature set supporting Stateful, application-based filtering, per-user Authentication
and Authorization, transparent firewall, Http and email inspection engine to detect port 80 misuses
and email connectivity. IPS feature set with predefi
Support Content filtering
MD-5 route authentication for RIP, OSPF and BGP
Shall support multi-level of access, SNMPv3 authentication, SSHv2
AAA support using Radius. CHAP authentication for P-to-P links
DoS prevention through TCP Intercept & DDoS protection
IP Access list to limit Telnet and SNMP access to router
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