DGS-6608מיועד לפרויקטים

מארז Layer3 עם 8 סלוטים מודולריים עד 1.152Tbps
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Chassis-based switches DGS-6600 series are intelligent, high-performance, multi-level devices for local and regional networks. This series switches are an ideal solution for applications requiring continuous operation of network applications and a high level of performance, security and management.
 
Thanks to a flexible modular architecture and industry standard, these switches can easily make scaling the network, and are, thus, a good investment for businesses.
 
Switches DGS-6600 series are equipped with high-speed switching fabric, enhanced software functions, including support for IPv6. These switches provide high performance, fault tolerance, and are ideal not only for solving the current problems, but also problems relevant in the short term.
 
High availability
DGS-6608 is equipped with two slots for control modules. Each control module is equipped with its own switch fabric, as well as software, and can be used for redundancy, load balancing and control tasks. Due 4/8 redundant power supplies, are operating under the load, and the possibility of replacing the fan unit in a "hot mode», DGS-6604/8 has a highly available and is ideal for mission-critical network applications.
 
DGS-6608
• The chassis with 8 slots
• 2 slots for switch modules
• 6 slots for user-selected modules
• Up to 8 slots for redundant power supply according to a 5 + 3
• The possibility of replacing the fan module and dust filter
• Switch fabric 1.152 Tbit / s
 
Versatile modular design
DGS-6600 series includes two models:
 
DGS-6604 - the chassis with 4 slots, three of which are used to set user-selected modules. In addition, there are four slots for redundant power supplies, and one slot for replaceable fan module.
 
DGS-6608 - the chassis with 8 slots. Two slots are used to install control modules with the ability to backup, and the rest - for user-selected modules. In addition, there are 8 slots for redundant power supplies, and one slot for replaceable fan module.
 
This modular architecture allows for scaling the network by installing additional modules that can be replaced at any time, depending on the requirements.
 
Using the DGS-6600 switch as the level of aggregation
Through the use of a set of modules with port 10/100/1000BASE-T, PoE, SFP, and 10-Gigabit trunk ports, IT-staff can install a free slot module with different types of ports and use the device as a switch-level aggregation (ie ie distribution), which provides high port density to connect a large number of jobs in the office or in Metro Ethernet networks with a high density of subscriber equipment.
 
High performance
The switch uses a distributed switching, where each line module (module with the port to connect directly to the network nodes) defines the transmission of each packet. Switches to synchronize information about routing and switching between control and line cards in order to identify the most rapid transmission of data. Through the use of the linear module that performs switching L2/3/4 regardless of control modules, switch DGS-6600 series perform faster transfer package without delay.
 
High port density
Installing a 4-slot plug-ins, users can get up to 144 Gigabit ports or 48 10-Gigabit, and the 8-slot - up to 288 Gigabit ports or 96 ports of 10-Gigabit. All modules can be replaced in a "hot mode", without having to change the settings in the hardware or software. Using the 96 ports 10GE, works on the principle of non-blocking architecture, making the transition to 10G backbone.
 
Convergence applications
Switches DGS-6600 series combines advanced features of the hardware and software, such as traffic prioritization (QoS) routing and Multicast, providing thus the applications in real-time applications such as Internet telephony, video conferencing, IP-CCTV and IPTV. In addition, these switches support PoE, providing a power supply and network connection for PoE devices such as IP-phones, and wireless access points. Switches are an ideal solution for large enterprises. An example of the convergence of applications is the use of mobile VoIP-applications through wireless access points that are connected to switches Series DGS-6600.
 
Support for the IPv6
Switches DGS-6600 series are fully compatible with the networks on the basis of the protocol IPv6. Network
 
The Internet is constantly growing due to the increasing number of applications that use the Internet, including wireless devices, various equipment for the home and office, the vehicles are connected to the Internet, integrated telephony services, as well as due to the increasing demand for computing and gaming area. Use IPv6 addressing simplifies the mechanisms used to provide comprehensive network security devices. IPv6 support is especially important for applications and services that require a large number of IP-addresses.
 
Integrated Safety
Series Switches DGS-6600 provides protection not only from unauthorized users, but also prevent the penetration of viruses and "worms." Access protection by means of access control lists ACL, Port Security features and IP-MAC-Port Binding. Advanced security features to protect against malicious attacks disguised as records management and can cause an overload of the central processing unit (SPU) and the decrease in performance. DGS-6600 series enhances security network management, providing authentication and encryption administration with SSH v2 and SNMP v3.
 
MPLS Features
Series Switches DGS-6600 both support MPLS (Multiprotocol Label Switching), providing intelligent building next-generation networks, and provides a variety of advanced services within the existing infrastructure. Support functions MPLS allows corporate customers to use services such as point-to-point VPN, VPWS (VLL) and point-to-multi-point VPN, VPLS. This solution can be easily integrated into any existing infrastructure, such as, IP, Frame Relay, ATM, or Ethernet. Traffic is coming through various channels can be aggregated in the boundary segment MPLS, without changing the current configuration access switches, as MPLS is independent of the technology used at the access layer.
 
Traffic management for Triple Play Services
DGS-6600 series provides a set of multi-level features QoS / CoS, including bandwidth management, based on the flow and protect against broadcast / multicast / unicast storm, ensuring that critical network services like VoIP, video conference, IPTV and IP- surveillance are served with proper priority. Bandwidth control provides guaranteed bandwidth for these services in case of high network load. With the support of multicast Layer 2 Switch DGS-6600 implements the IPTV-processing applications.
 
Technology D-Link Green
D-Link is a leader in the development of innovative energy-saving technology, not to reduce the performance and functionality of the device. Switches DGS-6600 Series support the technology D-Link Green, which allows the use of energy saving, Smart Fan and PoE on schedule. The power saving function automatically cuts off power ports that are idle. Smart Fan feature provides built-in fan switch at a certain temperature, providing continuous, reliable and environmentally sound operation of the switch. The use of PoE schedule allows the switch to receive information about the activity of a specific port at a given time, and if necessary, automatically disable inactive port.

מאפיינים כללים

Chassis
• Number of slots: 8
• The number of slots in the chassis (for management modules): 2
• Free slots (modules): 6
• Switch fabric: 1.152 Tbit / s
• Max. speed packet forwarding: 857.14 Mpps
 
Max. port density
• Ports 10/100/1000BASE-T: 288
• 10/100/1000BASE-T ports with support for PoE: 288
• Port SFP: 288
• Port 10G SFP +: 96
 
Software
Function L2
• MAC-address table
  - Up to 32 K at the I / O module
• Flow Control
  - 802.3x Flow Control
  - HOL Blocking Prevention
• Jumbo-frame to 9.732 bytes
• IGMP Snooping
  - IGMP v1/v2/v3 Snooping
  - Support for 2K groups
  - IGMP Proxy2
  - Fast Leave on a port-based
• 802.3ad Link Aggregation
  - Meets 802.1AX and 802.3ad
  - Max. 128 groups per device, 8 ports per group
  - Supports aggregation between ports of different modules (cross-module trunk)
• Port Mirroring
  - 3 groups mirroring
  - One-to-one, Many-to-one
  - Tx / Rx / Both
  - On the basis of flow and RSPAN
• RERP (Rapid Ether Ring Protection)
• MLD Snooping
  - MLD v1/v2 Snooping
  - Support for 2K groups
  - MLD Snooping Fast Leave the host-based
• Loopback Detection
• L2 Protocol Tunneling2
 
VLAN
• Group VLAN
  - Max. 4K VLAN groups
• GVRP
  - Support for 256 dynamic VLAN
• 802.1Q Tagged VLAN
• VLAN-based port
• 802.1v Protocol VLAN
• Double VLAN (Q-in-Q)
  - Q-in-Q based on the port
  -Selective Q-in-Q
• VLAN Translation
• VLAN-based MAC-addresses
• VLAN-based subnet
• VLAN Trunking
• Super VLAN
 
Function L3
• Max. Number of IP-interfaces: 4K
• ARP Proxy
• VRRP
• Tunneling IPv6
  - Manual Setup
  - ISATAP
  - 6to4
• Discovering Neighbors IPv6 (ND)
• IPv6 Phase 2 Ready
• Gratuitous ARP2
• Loopback interface
 
L3 routing
• 12K of routing table entries IPv4/IPv6
• 8K entries in switching table L3 IPv4/IPv6
• 256 entries IPv4/IPv6 static routes
  - Support for ECMP
  - Support WCMP2
• Policy-based routing
• RIP v1/v2/ng
• OSPF
  - OSPF v2/v3
  - Passive OSPF interface
  - Stub / NSSA Area
  - OSPF Equal Cost Route
• BGP4
• BGP +2
 
Multicasting L3
• Groups multicast: 1K
• PIM-DM
• PIM-DM v62
• PIM-SM
• PIM-SM v62
• PIM Sparse-Dense Mode2
• DVMRP v3
 
QoS
• IEEE 802.1p CoS
• 8 queues per port
• Processing Queues
  - Strict Priority
  - Weighted Round Robin (WRR)
  - Strict + WRR
  - Strict + DRR
  -WDRR
• A mechanism to combat congestion
  - RED
• CoS based on:
  - Switch port
  - VLAN ID
  - 802.1p priority queues
  - MAC-address
  - IPv4/v6-adresa
  - DSCP
  - The type of protocol
  - IPv6-class traffic
  - IPv6 flow label
  - TCP / UDP-port
  - Defined packet content User2
• Support for the following streams:
  - Tagging 802.1p priority
  - Tagging priority TOS / DSCP
  - Bandwidth Management
  - Guaranteed bandwidth (CIR), min. Step up to 64 kbit / s
• Bandwidth Management
  - Port-based (Ingress / Egress, min. Step up to 64 kbit / s)
• QoS based on time
• Markers "Three color marking"
  - TrTCM
  - SrTCM
 
Access Control Lists (ACL)
• Ingress ACL
• Egress ACL2
• ACL based on:
  - 802.1p priority
  - VLAN ID
  - MAC-address
  - Ether Type
  - LLC
  - IPv4/v6-adresa
  - DSCP
  - The type of protocol
  - Numbers TCP / UDP-port
  - IPv6-class traffic
  - IPv6 flow label
 
Safety
• SSH v2
• Port Security: up to 16 MAC-addresses per port
• Protection from the broadcast / multicast / unicast storm
• IP-MAC-Port Binding
• Prevent DoS attacks
• Prevent attacks ARP Spooofing2
• D-Link Safeguard Engine
 
MPLS
• LDP
• VPWS (VLL)
• VPLS
• MPLS / BGP L3 VPN2
 
AAA
• 802.1X
  - Access control based on the port
  - Access control based on MAC-address
  - Dynamic VLAN Assignment
• RADIUS Server Authentication
• Guest VLAN
• Access control based on Web (WAC) 2:
  - Access control based on the port
  - Access control based on host
  - Dynamic VLAN Assignment
• Access control based on MAC-address (MAC) 2:
  - Access control based on the port
  - Access control based on host
  - Dynamic VLAN Assignment
• TACACS +
 
Management
• Web-interface
• Command Line Interface CLI
• Telnet-server (supports IPv4/IPv6)
• Telnet-Client
• TFTP-client
• SNMP v1/v2c/v3
 
SNMP over IPv6
• SNMP Traps
• System Log
• RMON v1
 
Support groups 1,2,3,9
• Flash File System
• Multiple versions of the software
• Multiple versions of the configuration
• Debug (Debug command)
• Accounts with 15 levels of access rights
• Trusted Host
• Password Recovery
• Support for Microsoft ® NLB2
• DHCP-Client
• DHCP Relay
  - Option 82
• DHCP-server
• SNTP
• Ping (Support IPv4/IPv6)
• Traceroute (Support IPv4/IPv6)
 
D-Link Green
• Power on the status of the connection
• PoE schedule
 
Standard MIB / IETF
• DLINK-MSTP MIB
• DLINK-TC MIB
• draft-ietf-idmr-dvmrp MIB-11, DVMRP-STD MIB
• IEEE Std 802.1X, IEEE8021-PAE MIB
• IEEE Std 802.3ad, IEEE8023-LAG MIB
• RFC791 IP MIB
• RFC792 ICMPv4 MIB
• RFC793 TCP MIB
• RFC826 ARP MIB
• RFC1212 Concise MIB Definitions
• RFC1213 MIBII
• RFC1215 MIB Traps Conversion
• RFC1338, RFC1519 CIDR MIB
• RFC1724 RIPv2 MIB
• RFC1886 DNS IPv6 MIB
• RFC1981 MTU Discovery IPv6 MIB
• RFC2460 IPv6 MIB
• RFC2461, RFC4861 ND IPv6 MIB
• RFC2462, RFC4862 IPv6 automatic configuration
• RFC2463, RFC4443 ICMPv6 MIB
• RFC2464 IPv6 over Ethernet MIB
• RFC2474, RFC3168, RFC2571 SNMP Framework MIB
• RFC2572 SNMP Message Processing Dispatching MIB
• RFC2573 SNMP Applications MIB
• RFC2574 User-based Security Model for SNMPv3 MIB
• RFC3260 DS Field Definition MIB
• RFC2716, RFC3748 EAP MIB
• RFC2737 Entity MIB
• RFC2787 VRRP MIB
• RFC2819 RMON MIB
• RFC2863 IF MIB
• RFC2893, RFC4213 IPv4/v6 Dual Stack Function MIB
• RFC2934 PIM MIB for IPv4
• RFC3411 SNMP-FRAMEWORK MIB
• RFC3412 SNMP-MPD MIB
• RFC3413 SNMP-TARGET MIB
• RFC3413 SNMP-NOTIFICATION MIB
• RFC3414 SNMP-USER-BASED-SM MIB
• RFC3415 SNMP-VIEW-BASED-ACM MIB
• RFC3418 SNMPv2 MIB
• RFC3513, RFC4291 IPv6 Addressing Architecture MIB
• RFC3584 SNMP-COMMUNITY MIB
• RFC3635 EtherLike MIB
• RFC4133 ENTITY MIB
• RFC4188 BRIDGE MIB
• RFC4273 BGP4 MIB
• RFC4292 IP-FORWARD MIB
• RFC4293 IP MIB
• RFC4363 P-BRIDGE MIB
• RFC4363 Q-BRIDGE MIB
• RFC4560 DISMAN-PING MIB
• RFC4560 DISMAN-TRACEROUTE MIB
• RFC4750 OSPF MIB
• RFC5060 PIM-STD MIB
• RFC5132 IPMCAST MIB
• RFC5240 PIM-BSR MIB
• RFC5519 MGMD-STD MIB


נתונים פיזיים

Measurements
• 445 mm × 500 mm × 470 mm

Operating temperature
• 0 ° to 50 ° C
 
Storage temperature
• -40 ° to 70 ° C
 
Operating humidity
• From 10% to 90% (non-condensing)
 
Storage humidity
• 5% to 90% (non-condensing)
 
EMI
• FCC Class A, CE, C-Tick, VCCI, ICES-003
 
Safety
• cUL, CB

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איורים

DGS-6608/A
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