H3C WA6628E-T Wi-Fi 6 Rail Transit Access Point
An all-metal Wi-Fi 6 AP for trains and vehicles, with M12 connectors and resistance to strong electromagnetic interference.
Price on Request
Carrier-class core routers for backbone, metro core and DC interconnect, scaling from one chassis to 12-chassis clusters.
Island-wide delivery to all 25 districts
| Models | CR19000-8, CR19000-8 back-to-back cluster, CR19000-16, CR19000-20, CR19000-20 3+12 cluster |
|---|---|
| MPU slots | CR19000-8: 2; CR19000-8 back-to-back cluster: N/A; CR19000-16: 2; CR19000-20: 2; CR19000-20 3+12 cluster: N/A |
| Switching fabric slots | CR19000-8: 6; CR19000-8 back-to-back cluster: N/A; CR19000-16: 6; CR19000-20: 8; CR19000-20 3+12 cluster: N/A |
| Line-card slots | CR19000-8: 8; CR19000-8 back-to-back cluster: 16; CR19000-16: 16; CR19000-20: 20; CR19000-20 3+12 cluster: 240 |
| System aggregated throughput | CR19000-8: 14.4 Tbps; CR19000-8 back-to-back cluster: 28.8 Tbps; CR19000-16: 28.8 Tbps; CR19000-20: 36 Tbps; CR19000-20 3+12 cluster: 432 Tbps |
| Power module | 8 power modules per chassis support for redundancy and smart power management / 16 power modules support for redundancy and smart power management / 24 power modules per chassis support for redundancy and smart power management |
| Fan trays | 6 fan trays per chassis support for redundancy and smart heat dissipation / 2 fan trays support for redundancy and smart heat dissipation / 33 fan trays per chassis support for redundancy and smart heat dissipation |
| Dimensions (H × W × D) | 843 × 440 × 743 mm (33.19 × 17.32 × 29.25 in), 19 RU / 931 × 440 × 857 mm (36.65 × 17.32 × 33.74 in), 21 RU / 1820 × 440 × 850 mm (71.65 × 17.32 × 33.46 in), 41 RU |
| Operating temperature | 0°C to 45°C (32°F to 113°F) |
| Operating humidity | 5% to 95%, non-condensing |
| Operating altitude | –60 m (–196.85 ft) to +5000 m (+16404.20 ft) |
| Ports | 1000BASE-X-SFP fiber ports 10GBASE-R/W-SFP+ fiber ports 40GBASE-R-QSFP+ fiber ports 100GBASE-R-QSFP28 fiber ports 400GBASE-R-QSFPDD fiber ports |
| Interfaces | GE, 10GE, 40GE, 100GE and 400GE interfaces |
| QinQ | VLAN termination |
| Traffic statistics | Traffic statistics on both the incoming and outgoing traffic |
| QoS | Priority marking/remarking CAR (Ingress/Egress) CBQ Congestion management Queue scheduling QoS policy (applied on an interface, globally, and on the control plane) Dynamic modification of QoS policies QPPB |
| ACL | Ingress/Egress ACL Basic ACLs, advanced ACLs Applying an ACL to an interface or globally |
| IPv4 protocol | TCP, UDP, RawIP, Ping, Traceroute Telnet, FTP, TFTP ICMPv4 DNS DHCP NTP ARP, ARP Proxy |
| IPv6 protocol | Dual IPv4 and IPv6 protocol stacks TCP6, UDP6, RawIP6, Pingv6, Traceroute6 Telnetv6, FTPv6, TFTPv6 DNS6 ICMPv6 VRRPv3 DHCPv6 ND PMTUD (IPv6) 6PE |
| IPv4 routing protocol | RIPv1/v2 OSPFv2 IS-IS BGPv4 IPv4 static routing/routing policy/route recursion/policy-based routing |
| IPv6 routing protocol | RIPng OSPFv3 IS-IS6 BGPv4+ IPv6 static routing/routing policy/route recursion/policy-based routing |
| Layer 3 multicast | Static multicast routes IPv4 intra-AS multicast routes IPv4 inter-AS multicast routes IPv4 multicast group management IPv6 intra-AS multicast routes IPv6 multicast group management Multicast VPN |
| Interconnect | VXLAN |
| MPLS | Basic MPLS MPLS L3VPN VPWS/VPLS 6VPE MPLS TE P2MP |
| SDN | BGP-LS BMP Flowspec OpenFlow PCEP |
| Segment Routing | SR BE、SR TE、SR TE Policy SR OAM L3VPN、EVPN L3VPN HoVPN VPNv4/VPNv6 over SR BE/SR-TE/SR TE Policy |
| SRv6 | SRv6 BE、SRv6 TE Policy SRv6 OAM TI-LFA L3VPN、EVPN L3VPN HoVPN VPNv4/VPNv6 over SRv6 BE/SRv6 TE Policy |
| Device security | Protection against data packet-based attacks Protection against protocol packet-based attacks Attack detection Protection of protocol packets Diagnosis on packet transmitting and receiving |
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