Specifications

GURANTEED TECHNICAL PARTICULARS - ANNEXURE-VII
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
Multiple privilege level authentications for console and telnet access through Local database or
through an external AAA Server.
Time based & Dynamic ACLs for controlled forwarding based on time of day for offices
IEEE 802.1x support for MAC address authentication
Multi-media support:
Shall support Voice capabilities
i) Codec support for G.711 and G.729
ii) Should support the capability to integrate with PBXs using E1 connectivity.
Shall support H.323, SIP, MGCP
Shall support QSIG, E1 R2 and several CAS signaling
Should have in-built voice call processing in the event of WAN link failure to central call processing
Engine capability for xx IP phones
Shall support bandwidth optimization features like Voice Activity Detection, Silence Suppression,
Echo cancellation
Should not consume more than 14-15Kbps of bandwidth (including overheads) for a single voice
over IP call
Debug, alarms & Diagnostics:
Support for monitoring of Traffic flows for Network planning and Security purposes
Trace-route, Ping and extended Ping
Should support extensive support for SLA monitoring for metrics like delay, latency, jitter, packet
loss, RTP-Based VoIP traffic and should support the capability for measurement of the call setup
time using H.323/SIP signaling protocol over IP network.
Shall support embedded event manager that enables automation of many network management
tasks and directs the operation of router OS to increase availability, collect information, and notify
external systems or personnel about critical events
Accounting:
Packet & Byte Counts
Start Time Stamp & End Time Stamps.
Network Time Protocol
Input & Output interface ports.
Type of service, TCP Flags & Protocol
Source & Destination IP addresses
Source & Destination TCP/UDP ports
Management
Shall have support for Web, GUI based management, CLI, Telnet and SNMPv3
Shall support Secure Shell for secure connectivity.
Embedded RMON support for four groups – history, statistics, alarms and events
Should have to support Out of band management through Console and an external modem for
remote management.
Event and System logging: Event and system history logging functions shall be available. The
Router shall generate system alarms on events. Facility to put selective logging of events onto a
separate hardware here the analysis of log shall be available.
Pre-planned scheduled Reboot Facility: The Router shall support the preplanned timed reboot to
upgrade their hardware to a new software feature and plan the rebooting as an off-peak time
Interface Requirements:
4 * Channelized E1 WAN interface Ports.
4 * E1 WAN interface Ports, On board 2 x GB Ethernet Port
4 * IP Phones with SCCP support to register with this router.
Miscellaneous
WITH POWER CABLE, LAN CABLE(S), AUXILIARY AND CONSOLE CABLES, V.35 CABLE
4.2
Router For Sundernagar & Nangal Computer Centres
Architecture:
Should have support for Data, Voice, Video, Security and mobility services.
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