"Product Catgeory","shq core router for answan"
"Product Name","cisco one - asr1006-x"
"Specification Title","Specification Value"
"Features : should support high port densities and it must provide integration of multi-services like voice and data and video with either internal or external devices to core router. It shall have the capability to support multiple technologies.",Yes
"Controll Processor : Redundant (1+1)",Yes
"AC Power Supply : Redundant (1+1)",Yes
"Hot Swapable :  All Modules should be hot swapable",Yes
"Interface Support : (a) one ch-STM1 interface (upgradable to 4 interfaces with required SFP) (Channelize to E1/T1/DS0) (b) Should have minimum of 3 slots. 1 Free Slot for future expansions) should support variety of interfaces like STM1 and Ch-E1 or V.35 or E1 and FE and GE and 1G and Multiple GE as per IEEE 802.3z and 802.3ab and FE as per IEEE 802.3u Backplane performance of at least 35 Gbps to ensure scalability Forwarding throughput of minimum 30 Mpps for both IPv4 and IPv6. And Router should support 500K Route scale for IPv4 and IPv6 and 30K multicast routes(f) The performance of the router should remain the same in case of failure of one of the CPU module.(g) It should be 19U rack mountable.(h) 4 Nos. of 10/100/1000 Mbps Ethernet ports (scalable to 8 ports)(i) 4 Nos. of 1Gbps fiber ports",Yes
"High Availability Requirements : (a) Multiple storage of multiple images & configurations(b) VRRP/HSRP(c) 4 Nos 10/100/1000 Mbps ethernet ports (scalable up to 8 ports)(d) 4 Nos LX 1 Gbps fiber port.",Yes
"Protocol Support : (a)IPV6 enabled from day one(b)IPv4 and IPV6 dual stakes(c)IPv4 interior gateway protocol (IGP)-(1.)Static route and Default route(2.)RIP v.20(3.)OSPF v.20 and IS-IS(4.)IPv6 routing protocol- RIPng and OSPF v.3 IPv6 IS-IS and IPv6 BGP(d)multicast routing protocols(IGMPv1 and v2 and v3 and PIMSM and PIM-DM or equivalent)(e)Support for IP forwarding Layer 2 and Layer 3 Multiprotocol Label Switching (MPLS) VPNs(f)Diffserv QoS / MPLS CoS(g)MPLS traffic engineering and MPLS DiffServe aware traffic engineering and MPLS Traffic-engineering fast reroute(h)Point-to-point Ethernet and PPP transport over MPLS(J)multiple MPLS application like MPLS L3 VPN combined with MPLS Traffic-Engineering",Yes
"Security Features : (a)PIM-SSM(b)MD-5 route authentication for RIP and OSPF and IS –IS and BGP(c)multi-level of access(d)AAA support using Radius / TACACS(e)DOS prevention for control plane protection(f)IP Access list to limit Telnet and SNMP access to router(g)Multiple privilege level authentications for console and telnet access(h)ACLs for controlled forwarding or equivalent(i)It should have IPSEC with encryption technology",Yes
"Quality Of Service(QoS) : Policy based routing and IP Precedence and DSCP for classification.Priority queuing (PQ) and Class based Queuing (CBQ) and Weighted fair queuing (WFQ) and Weighted Random Early Detection (WRED)/RED for congestion management.Committed Access Rate (CAR) / Committed Information Rate (CIR) for Traffic Conditioning.RSVP or RSVP-TE Extensions cRTP / RTPQ/ LFI / Diffserv for link efficiency mechanisms or policing & Shaping / or traffic optimization.Traffic shaping and FR QoS and MPLS QoS",Yes
"Debug Alarms & Diagnostics : Display of input and output error stats on all interfaces.Trace-route and Ping and extended Ping and monitoring of Traffic flows (sFlow or equivalent)and SLA monitoring or Network Quality Analyzer feature for metrics like delay and latency and jitter and packet loss",Yes
"Management : Web / GUI based management / CLI /Telnet and SNMPv3",Yes