核心路由器
产品描述
ISG 6800系列路由器是新一代高性能多业务路由器，产品采用模块化、可扩展的系统架构，可轻松实现未来网络的平滑升级和业务扩展，保护用户投资；转发平面和控制平面分离及双重冗余的设计，保证设备的安全可靠；“ALL in one”的设计理念，提供丰富的接口类型和业务功能，可根据应用环境实现多种功能与业务的灵活定制组合；多种性能的主控转发卡平滑升级，满足用户分步投资需求，最大限度降低客户对网络的投资建设成本。
6800系列路由器包括6800-4E和6800-8E等两个型号，可广泛灵活的适用于大中型企业的出口网关及总部/分支接入、行业纵向网的核心/汇聚/接入、企业的综合业务服务中心等网络。
ISG 6800系列路由器，凭借先进的硬件设计和成熟高效的ZXROS5.0操作系统，满足用户当前和未来各种业务部署的需求，搭建缤纷智能网络，笑赢未来。
本系列型号详见技术规格表格。
关键特性
- S强劲性能，具备电信级可靠性，打造精品网络
- M多重业务，适合各种场景灵活组网，快速开展新业务
- I集成平台，有线无线灵活接入，节省网络投资
- L长期演进，实现网络平滑升级，最少的投资赢得最大的收益
- E易开易维，节省网络开通时间，有效降低网络维护成本
技术规格
| 描述 | ISG 6800-4E | ISG 6800-8E | |
| 物理规格 | 175 × 442 × 200 | 264 × 442 × 200 | |
| ( 高×宽×深 ) mm | |||
| 带机量 | 10,000台 | 10,000台 | |
| 接口卡槽位数 | 4 | 8 | |
| 固定业务端口 | 8×10GE SFP+（PFU-68E-C2型交换板自带8个万兆接口） | ||
| 主控卡槽位 | 2，1:1冗余 | 2，1:1冗余 | |
| 转发卡槽位 | 1 | 2，1+1冗余 | |
| Console口 | 1 RJ45 + 1 Mini USB / MPU (主控卡) | ||
| AUX端口 | 1 | ||
| USB接口 | 1 / MPU | ||
| 接口卡类型 | POS | OC-3/STM-1，OC-12/STM-4，OC-48/STM-16 | |
| CPOS | OC-3/STM-1 | ||
| Ethernet | 10GE，GE/FE | ||
| TDM | E1，CE1 | ||
| 同异步串口 | V.35 / V.24 | ||
| 电源 | AC或DC | ||
| AC：100V~240V, 50Hz~60Hz | |||
| HVDC：240V/336V, 192V~400V | |||
| DC：-48V | |||
| 电源1+1冗余，AC和DC混合冗余 | |||
| 电源模块额定功率：500W | |||
| 重量 | 15.5kg(裸机) / 19kg(带包装) | 22.5kg(裸机) / 26.5kg(带包装) | |
| 环境要求 | 长期工作温度：-5℃～45℃ | ||
| 运行湿度：5%～95% (无凝露) | |||
| L2功能 | MAC管理、VLAN、QinQ、SuperVLAN、Smartgroup、PPP、HDLC、FR | ||
| IPv4 | 单播 | 静态路由、RIPv1/v2、OSPFv2、IS-ISv4和BGP-4动态路由协议 | |
| 策略路由、路由策略和路由负荷分担 | |||
| 组播 | IGMPv1/v2/v3 | ||
| 静态组播、PIM-DM、PIM-SM、PIM-SSM、MSDP和MBGP | |||
| 组播VPN、组播负荷分担 | |||
| NAT | 静态/动态NAT、PAT、VRF NAT、ALG等 | ||
| DHCP | DHCP Relay、DHCP Server | ||
| IPv6 | 单播 | 静态路由、RIPng、OSPFv3、IS-ISv6和BGP4+ | |
| 策略路由、路由策略和路由负荷分担 | |||
| 组播 | MLDv1/v2 | ||
| 静态组播、PIM-DM、PIM-SM、PIM-SSM和MBGP | |||
| 过渡技术 | 6in4、6to4、4in6、6 over 4、6PE、NAT64、6rd、ISATAP | ||
| DHCPv6 | DHCPv6 Server、DHCPv6 Relay | ||
| QoS | 流分类、标记、优先级继承和映射、流量整形、流量限速 | ||
| PQ、WFQ、CBWFQ、LLQ和基于物理端口的流量调度 | |||
| 基于时间段的QoS | |||
| HQoS | |||
| MPLS特性 | 静态LSP，LDP，MPLS-TE，RSVP-TE，LDP FRR，TE FRR，MPLS L2 VPN，MPLS L3 VPN，PWE3，6VPE | ||
| VPN特性 | MPLS L2VPN（VPWS、VPLS等）和MPLS L3VPN | ||
| GRE、IPSec VPN、DMVPN、GET VPN和L2TP | |||
| 6VPE | |||
| PWE3电路仿真 | SAToP 和CESoPSN封装 | ||
| OAM | WEB网管、SNMPv1/v2/v3 | ||
| 告警管理、性能统计、时钟和时钟同步管理和SYSLOG | |||
| Telnet、SSHv1/v2 | |||
| USB方式升级版本、网管方式批量升级版本 | |||
| Eth OAM、MPLS OAM、SQA (网络服务质量分析) 、EEM | |||
| 可靠性 | 主控、电源等关键部件冗余 | ||
| 单板热插拔 | |||
| 链路捆绑、BFD for everything、FRR和VRRP技术、 | |||
| 链路冗余备份、伪线冗余等 | |||
| 系统可用性达到99.999% 电信级标准 | |||
| 安全 | 端口镜像、NetFlow V5/V8/V9 | ||
| 国密算法 (SM1，SM2，SM3，SM4) | |||
| 数据平面安全：ACL安全过滤、URPF | |||
| 控制平面安全：CPU安全、防DOS攻击、路由安全 | |||
| 管理平面安全：账号口令安全、RADIUS/TACACS+认证授权、日志功能、设备访问安全 | |||
| SDN演进 | VXLAN、EVPN、NETCONF、SR、SRv6等 | ||
| describe | ISG 6800-4E | ISG 6800-8E | |
| Physical Specifications | 175 × 442 × 200 | 264 × 442 × 200 | |
| (Height × Width × Depth) mm | |||
| Machine quantity | 10,000 units | 10,000 units | |
| Interface card slot number | 4 | 8 | |
| Fixed service port | 8×10GE SFP+ (PFU-68E-C2 type switch board with 8 10 Gigabit interfaces) | ||
| Main control card slot | 2, 1:1 redundancy | 2, 1:1 redundancy | |
| Forwarding card slot | 1 | 2，1+1redundancy | |
| Console port | 1 RJ45 + 1 Mini USB / MPU (Main Control Card) | ||
| AUX port | 1 | ||
| USB interface | 1 / MPU | ||
| Interface card type | POS | OC-3/STM-1，OC-12/STM-4，OC-48/STM-16 | |
| CPOS | OC-3/STM-1 | ||
| Ethernet | 10GE，GE/FE | ||
| TDM | E1，CE1 | ||
| synchronous and asynchronous serial ports | V.35 / V.24 | ||
| power supply | ACorDC | ||
| AC：100V~240V, 50Hz~60Hz | |||
| HVDC：240V/336V, 192V~400V | |||
| DC：-48V | |||
| Power supply 1+1 redundancy, AC and DC hybrid redundancy | |||
| Power module rated power: 500W | |||
| Power module rated power: 500W | 15.5kg (bare machine) / 19kg (with packaging) | 22.5kg (bare machine) / 26.5kg (with packaging) | |
| Environmental requirements | Long-term operating temperature: -5℃～45℃ | ||
| Operating humidity: 5%～95% (non-condensing) | |||
| L2 function | MAC management, VLAN, QinQ, SuperVLAN, Smartgroup, PPP, HDLC, FR | ||
| IPv4 | unicast | Static routing, RIPv1/v2, OSPFv2, IS-ISv4 and BGP-4 dynamic routing protocols | |
| Policy-based routing, routing policies, and routing load balancing | |||
| multicast | IGMPv1/v2/v3 | ||
| Static multicast, PIM-DM, PIM-SM, PIM-SSM, MSDP, and MBGP | |||
| Multicast VPN, Multicast Load Balancing | |||
| NAT | Static/Dynamic NAT, PAT, VRF NAT, ALG, etc. | ||
| DHCP | DHCP Relay、DHCP Server | ||
| IPv6 | unicast | Static routes, RIPng, OSPFv3, IS-ISv6, and BGP4+ | |
| Policy-based routing, routing policies, and routing load balancing | |||
| multicast | MLDv1/v2 | ||
| Static multicast, PIM-DM, PIM-SM, PIM-SSM, and MBGP | |||
| Transition technology | 6in4、6to4、4in6、6 over 4、6PE、NAT64、6rd、ISATAP | ||
| DHCPv6 | DHCPv6 Server、DHCPv6 Relay | ||
| QoS | Flow classification, labeling, priority inheritance and mapping, traffic shaping, and traffic rate limiting. | ||
| PQ, WFQ, CBWFQ, LLQ, and physical port-based traffic scheduling | |||
| Time-based QoS | |||
| HQoS | |||
| MPLS features | static LSP，LDP，MPLS-TE，RSVP-TE，LDP FRR，TE FRR，MPLS L2 VPN，MPLS L3 VPN，PWE3，6VPE | ||
| VPN features | MPLS L2VPN（VPWS、VPLSae etc）and MPLS L3VPN | ||
| GRE、IPSec VPN、DMVPN、GET VPN and L2TP | |||
| 6VPE | |||
| PWE3 circuit simulation | SAToP and CESoPSN packages | ||
| OAM | Web management, SNMPv1/v2/v3 | ||
| Alarm management, performance statistics, clock and clock synchronization management, and SYSLOG | |||
| Telnet、SSHv1/v2 | |||
| USB upgrade method, network management method for batch upgrade | |||
| Eth OAM, MPLS OAM, SQA (Quality of Service Analysis), EEM | |||
| reliability | Redundancy in key components such as main control unit and power supply | ||
| Hot-swappable single boards | |||
| Link bonding, BFD for everything, FRR and VRRP technologies | |||
| Link redundancy backup, pseudowire redundancy, etc. | |||
| System availability reaches 99.999% (telecom-grade standard). | |||
| Safety | Port mirroring, NetFlow V5/V8/V9 | ||
| Chinese national cryptographic algorithms (SM1, SM2, SM3, SM4) | |||
| Data plane security: ACL security filtering, URPF | |||
| Control plane security: CPU security, protection against DOS attacks, routing security | |||
| Management plane security: account and password security, RADIUS/TACACS+ authentication and authorization, logging function, device access security | |||
| SDN Evolution | VXLAN, EVPN, NETCONF, SR, SRv6, etc. | ||