D-Link

DGS-8606E

DGS-8600E Series Chassis Switches

  • 40G Campus Network Core Switches
  • Advanced Hardware Architecture and Industry-leading Port Density
  • 99.999% Carrier-level Reliability
  • Varied Service Characteristics
  • Versatile IPv6 Solution
  • Complete Security Mechanism

Overview

DGS-8600E Series is a new generation carrier-level core switch oriented for carrier's IP MANs and campus networks. Developed on the leading architecture of distributive multi-stage switching matrix and software platform, DGS-8600E Series provides high-performance L2/L3/L4 wire speed switching capacity by integrating services such as IPv6, network security, flow analysis, virtualization, with highly reliable techniques including continuous forwarding, graceful restarting and loop network protection; the work efficiency of DGS-8600E Series and its maximum running time are guaranteed.

DGS-8600E Series supports Green Architecture, significantly reducing equipment energy consumption, effectively cutting down operation and maintenance costs, and providing a perfect solution for the green and sustainable development of the network.

DGS-8600E Series consists of three models: DGS-8603E, DGS-8606E and DGS-8610E, which can meet the port density and performance requirements of different network scales.

Advanced Hardware Architecture Design and Leading Processing Capacity

With the leading architecture of distributive multi-stage switching matrix, the ASIC switch chip and the multi-core processor, DGS-8600E Series meets the carrier-level core equipment requirements of high performance, high capacity, high density and expansion. DGS-8600E Series supports high-intensity 10G service boards and realizes the wire-speed switching of 3 layers without blocking.

Carrier-Level High Reliability

DGS-8600E Series adopts HPS (Hitless Protection System). The key components of DGS-8600E Series such as the main control unit, power system and the fan system support redundancy design. All system modules support hot-swap and seamless switching without manual intervention. DGS-8600E Series supports redundancy protection mechanisms such as STP/RSTP/MSTP protocol, VRRP protocol, ring network protection, dual uplink active/standby link protection and LACP link aggregation. DGS-8600E Series supports BFD and realizes fault detection and service recovery in seconds through linking with layer-2 or layer-3 protocol.

Innovative VSS Technique

DGS-8600E Series supports VSS (Virtual Switch System), which can virtualize multiple physical devices into one in logic. The virtualized system is superior to the independent physical device in performance, reliability, flexibility and management. Doubled Performance: the virtualized system makes the best use of each link in the device and avoids the blocking of STP to the link. High-reliability: based on the advanced distributed processing technique and the efficient function of cross-physical device link aggregation, DGS-8600E Series provides non-stop layer-3 routing forwarding and avoids single points of failure. Flexibility: with the function of DGS-8600E virtual cluster service cards, the distance of virtual cluster system can expand to 80KM, breaking the geographic restriction of traditional cluster technique. Easy Management: the whole virtual system realizes single IP unified management and simplifies the management of network device and network topology.

Comprehensive IPv6 Solutions

DGS-8600E Series comprehensively supports IPv6 Neighbor Discovery, ICMPv6, Path MTU Discovery and DHCPv6. DGS-8600E Series supports IPv6-based Ping, Traceroute, Telnet, SSH, ACL, meeting the need of IPv6 network equipment management and service control. DGS-8600E Series supports IPv6 multicast characteristics including MLD, MLD Snooping and IPv6 layer-3 routing protocols including IPv6 static routing, RIPng, OSPFv3 and BGP4+. DGS-8600E Series supports IPv4-to-IPv6 technologies including IPv6 manual/automatic tunnel, auto tunnel.

Comprehensive Service

DGS-8600E Series supports complete layer-2 and layer-3 multicast routing protocols and meets the access requirement of IPTV, multi-terminal high-definition video monitoring and high-definition video meeting. DGS-8600E Series supports complete layer-3 routing protocols and a super-large routing table capacity, which make super-large data center networks, campus networks, enterprise networks and industry private networks available.

Comprehensive Security Mechanisms

DGS-8600E Series adopts advanced hardware architecture design, realizing the hierarchical scheduling and protection of the packet. It provides multiple security measures to defend against DOS or TCP attacks; and supports command line authority control based on user levels. Comprehensive Security Certification: DGS-8600E Series complies with IEEE 802.1x, Radius, Tacacs+. Enhanced Service Security Mechanism: DGS-8600E Series supports the plain text or MD5 authentication of relevant routing protocols; uRPF.

Innovative Green Environmental Design

DGS-8600E Series supports Green Architecture. Its power consumption is no more than 1000W. Smart Power Management System: DGS-8600E Series adopts advanced power system architecture design which can realize the function of efficient power switching, private power monitoring, soft start, real-time monitoring, intelligent adjustment and energy-saving. Smart Fan Management System: DGS-8600E Series is designed with the intelligent fan and supports switching between front-back mode and back-front mode and fan automatic speed regulation. DGS-8600E Series supports Energy Efficient Ethernet and complies with International standard IEEE 802.3az.

DGS-8606E

Specifications

Specification
Fan Modules1
Power Supply Slots3
Control Module Slots2
Service Slots4
Backplane1.28 Tbps
Forwarding rate952 Mpps
Total Number of slots6
MCU slots2
Business slots4
Energy savingIEEE 802.3az green Energy Efficient Ethernet
Operating temperature0°C ~ 40°C
Operating humidity10%~90% (non-condensing)
Power supplyAC: 100V-240V, 50Hz±10% DC: -48V
Power consumption (W)<550W
Dimensions mm (WxDxH)482 x 370 x 397, 9U
Weight KG (empty)21
MAC SwitchingStatic configuration and dynamically learning of MAC address Check and clear MAC address Configuring of MAC address aging time Limit on MAC address learning number MAC address filtering function Black-hole MAC items
VLAN4K VLAN entries GVRP 1:1 and N:1 VLAN Mapping Basic QinQ and selective QinQ Private VLAN
ReliabilityDual Master Control Redundancy Power N+M backup Master control, service card hot swap and service automatic recovery Static/LACP link aggregation and cross service card link aggregation Ring network protection including EAPS VRRP GR for OSPF and BGP BFD for OSPF and BGP
STP802.1D (STP), 802.1W (RSTP), 802.1S (MSTP) BPDU protection, root protection and ring protection
MulticastIGMP v1/v2/v3 IGMP Snooping IGMP Fast Leave Multicast group policy and multicast number limit MVR PIM-SM and PIM-DM
IPv4Static routing, RIP v1/v2, OSPF and BGP Policy routing Load balance through equal-cost routing Graceful Restart of OSPF and BGP BFD for OSPF and BGP
IPv6ICMPv6, DHCPv6, ACLv6, IPv6 Telnet IPv6 Neighbor Discovery Path MTU Discovery MLD and MLD Snooping IPv6 static routing, RIPng, OSPFv3 and BGP4+ Manual tunnel
Management and MaintenanceConsole, Telnet and SSH SNMP v1/v2/v3 Upload and download of TFTP files Remote Network Monitoring (RMON) Statistics analysis of sFLOW
QoSTraffic classification of each field of L2/L3/L4 protocol headers 802.1P/DSCP priority remark Multiple queuing algorithms such as SP, WRR or SP+WRR Tail-Drop Traffic supervision and traffic shaping Ingress and Egress ACL, and matching L2, L3, L4 and IP quintuples for copying, forwarding and discarding Hash algorithms and load balancing
Security featuresIdentification and filtering of L2/L3/L4 based ACL Defend against DoS or TCP attacks Suppression of broadcast, multicast and unknown unicast packet Port isolation Port security, IP + MAC + port binding DHCP Snooping, DHCP Option 82 IEEE 802.1x authentication Radius and TACACS+ authentication uRPF Command line authority control based on user levels
Value-added servicesVSS
Energy saving (Features)IEEE 802.3az green Energy Efficient Ethernet
EnvironmentOperating temperature/humidity: 0°C-40°C ; 10%-90% non-condensing Storage temperature/humidity: -20°C-70°C ; 5%-95% non-condensing

Actual performances may vary due to settings, cabling, temperature, network configuration, interface, device compatibility, environmental and on-site conditions, and other similar factors. References to power capability, signal or processing speed, signal range or distance, data encryption, storage capacity, display properties, or other performance metrics are based on optimal conditions derived from industry standards and provided for informational purposes only. Specifications may be subject to change without prior notice.

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