Backcall
DGS-6604
Description
The DGS-6600 series chassis switches are intelligent, high-performance and multi-layer devices designed for local and regional networks. This series of switches is the ideal solution for situations where continuous operation of network applications and a high level of performance, security and management are required.
With a flexible, modular architecture and industry standards, these switches allow for easy network scaling, making it a profitable investment for enterprises.
The DGS-6600 series switches are equipped with a high-speed switching fabric, advanced software features, including IPv6 support. These switches provide high performance, fault tolerance and are ideal not only for solving current problems, but also for tasks that are relevant in the near future.
High fault tolerance
DGS-6604 is equipped with 1 slot for installation of the control module. With 4 redundant load sharing power supplies and hot-swappable fan tray, the DGS-6604 is highly fault-tolerant and ideal for mission-critical network applications.
DGS-6604
• Chassis with 4 slots
• 1 slot for control module
• 3 slots for installing user-selected modules
• Up to 4 slots for 3+1 redundant power supplies
• Replaceable fan assembly and dust filter
• Switching matrix 576 Gbps
Versatile Modular Design
The DGS-6600 series is represented by two models:
The DGS-6604 is a chassis with 4 slots, three of which are used to install user-selected modules. In addition, there are 4 slots for redundant power supplies and one slot for a replacement fan tray.
DGS-6608 is an 8-slot chassis. Two slots are used to install redundant control modules, and the rest are for user-selected modules. In addition, there are 8 slots for installing redundant power supplies and one slot for installing a replacement fan tray.
This modular architecture enables network scalability by installing additional modules that can be easily replaced at any time depending on requirements.
Using the DGS-6600 as an Aggregation Layer Switch
Using a set of modules with 10/100/1000BASE-T ports, support for PoE, SFP, and 10-Gigabit trunk ports, IT staff can install a module with various types of ports in a free slot and use the device as an aggregation layer switch (i.e. e. Distribution), which provides high port density for connecting a large number of workplaces in the office or in Metro Ethernet networks with a high density of subscriber equipment.
High performance
The switch uses a distributed switching method where each line module (a module with a port to connect directly to network nodes) defines a transmission path for each packet. Switches synchronize switching and routing information between control and line modules in order to determine the fastest path for data transmission. By using a line module that performs L2/3/4 switching independently of the control modules, the DGS-6600 series switches perform faster packet transmission without delay.
High port density
By installing expansion modules in a 4-slot chassis, users can get up to 144 Gigabit ports or 48 10-Gigabit ports, and in an 8-slot chassis, up to 288 Gigabit ports or 96 10-Gigabit ports. All modules can be hot-swapped without making changes to the hardware or software settings. The use of 96 non-blocking 10GE ports simplifies the transition to a 10G backbone.
Application Convergence
The DGS-6600 series switches combine advanced hardware and software features such as QoS and Multicast routing to enable real-time applications such as Internet telephony, video conferencing, and IP video surveillance. and IPTV. In addition, these switches support PoE, providing power and network connectivity for PoE devices such as IP phones and wireless access points. Switches are the ideal solution for large-scale enterprises. An example of application convergence is the use of mobile VoIP applications through wireless access points connected to DGS-6600 series switches.
Redundant AC and DC power supplies cannot be used together. Redundant DC power supplies do not support PoE functionality, i.e. PoE modules will work like normal modules.
Support for IPv6 technology
DGS-6600 series switches are fully compatible with IPv6 based networks. Net
The Internet is constantly expanding due to an increase in the number of applications that use the Internet, including wireless devices, various equipment for home and office, Internet-connected vehicles, integrated telephony services, as well as in connection with the growing needs in computing and gaming. The use of IPv6 addressing simplifies the mechanisms used to provide end-to-end security for network devices. IPv6 support is especially relevant for applications and services that require a large number of IP addresses.
Comprehensive Security
Switches of the DGS-6600 series provide protection not only from unauthorized access of users, but also prevent penetration of viruses and "worms". Access protection is provided by ACLs, Port Security, and IP-MAC-Port Binding. Advanced security features provide protection against malicious attacks disguised as control protocols that can overload the central processing unit (CPU) and degrade performance. The DGS-6600 series enhances network management security by providing authentication and encryption of administration traffic using SSH v2 and SNMP v3 protocols.
MPLS Functions
The DGS-6600 series switches support MPLS (Multiprotocol Label Switching) functions to enable next-generation intelligent networks and provide a wide range of advanced services within the existing infrastructure. Support for the MPLS function allows enterprise 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. Subscriber traffic coming through different channels can be aggregated in the MPLS edge segment without changing the current settings of access switches, since MPLS does not depend on the technologies used at the access layer.
Traffic management for Triple Play services
The DGS-6600 series provides a set of multilayer QoS/CoS features, including flow-based bandwidth control and broadcast/multicast/unicast storm protection, to ensure that delay-critical network services such as VoIP, video conferencing, IPTV, and IP video surveillance will be served with the appropriate priority. Bandwidth control provides guaranteed bandwidth for these services in case of high network load. With support for Layer 2 multicast, the DGS-6600 switch realizes the processing of IPTV applications.
D-Link Green technology
D-Link is at the forefront of developing innovative energy-saving technology that does not compromise device performance or functionality. The DGS-6600 series switches support D-Link Green technology, which allows you to use the power saving mode, Smart Fan and PoE on a schedule. The Power Save feature provides automatic power down for inactive ports. The Smart Fan function automatically turns on the built-in fans at a certain temperature, ensuring long-term, reliable and environmentally friendly operation of the switch. Using PoE on a schedule allows the switch to receive information about the activity of a specific port at a given point in time, and, if necessary, automatically turn off an inactive port.
Characteristics
Chassis
• Number of slots: 4
• Number of slots in the chassis (for control modules): 1
• Free slots (for modules): 3
• Switching matrix: 576 Gbps
• Max. packet forwarding rate: 428.57 Mpps
Max. port density
• 10/100/1000BASE-T ports: 144
• 10/100/1000BASE-T PoE ports: 144
• SFP ports: 144
• 10G SFP+ ports: 48
Software
L2 functions
• MAC address table
- up to 32 K per I/O module
• Flow control
- 802.3x flow control
- Prevention of blocking HOL
• Jumbo frame up to 9,732 bytes
• IGMP Snooping
- IGMP v1/v2/v3 Snooping
- Support 2K groups
- IGMP Proxy2
- Fast Leave based on port
• 802.3ad Link Aggregation
- Compliant with 802.1AX and 802.3ad
- Max. 128 groups per device, 8 ports per group
- Support for aggregation between ports of different modules (cross-module trunk)
• Port mirroring
- 3 mirroring groups
- One-to-one, many-to-one
- Tx/Rx/Both
- based on flow and RSPAN
• RERP (Rapid Ether Ring Protection)
• MLD Snooping
- MLD v1/v2 Snooping
- Support 2K groups
- MLD Snooping Fast Leave host based
• Loopback Detection
• L2 Protocol Tunneling 2
VLAN
• VLAN groups
- Max. 4K VLAN groups
• GVRP
- Support for 256 dynamic VLANs
• 802.1Q Tagged VLAN
• Port Based VLAN
• 802.1v Protocol VLAN
• Double VLAN (Q-in-Q)
- Q-in-Q based on port
-Selective Q-in-Q
• VLAN Translation
• VLAN based on MAC addresses
• VLAN based on subnet
• VLAN Trunking
• SuperVLAN
L3 functions
• Max. number of IP interfaces: 4K
• ARP Proxy
• VRRP
• IPv6 tunneling
- Manual setting
-ISATAP
-6to4
• IPv6 Neighbor Discovery (ND)
• IPv6 Phase 2 Ready
• Gratuitous ARP 2
• Loopback interface
L3 routing
• 12K entries in the IPv4/IPv6 routing table
• 8K entries in the L3 switching table IPv4/IPv6
• 256 IPv4/IPv6 static route entries
- ECMP support
- WCMP 2 support
• Policy Based Routing
• RIPv1/v2/ng
• OSPF
OSPFv2/v3
- Passive OSPF interface
- Stub/NSSA Area
- OSPF Equal Cost Route
• BGP4
• BGP+ 2
Multicasting L3
• Multicast groups: 1K
• PIM-DM
• PIM-DM v6 2
• PIM-SM
• PIM-SM v6 2
• PIM Sparse-Dense Mode 2
• DVMRP v3
QoS
• IEEE 802.1p CoS
• 8 queues per port
• Queue handling
- Strict Priority
- Weighted Round Robin (WRR)
- Strict+WRR
- Strict+DRR
-WDRR
• Congestion control mechanism
- RED
• CoS based:
- switch port
- VLAN ID
- 802.1p priority queues
- MAC addresses
- IPv4/v6 addresses
- DSCP
- protocol type
- IPv6 traffic class
- IPv6 flow labels
- TCP/UDP ports
- user-defined package contents 2
• Support for the following actions for streams:
- Adding 802.1p priority tag
- Adding TOS/DSCP priority tag
- Bandwidth control
- Guaranteed bandwidth (CIR), min. step up to 64 kbps
• Bandwidth control
- based on the port (Incoming / Outgoing, min. step up to 64 Kbps)
• Time based QoS
• Markers "Three colors of marking"
-trTCM
- srTCM
Access Control Lists (ACLs)
• Ingress ACL
• Egress ACL 2
• ACL based:
- Priority 802.1p
- VLAN ID
- MAC addresses
- Ether Type
- LLC
- IPv4/v6 addresses
- DSCP
- protocol type
- TCP/UDP port numbers
- IPv6 traffic class
- IPv6 flow labels
Safety
• SSHv2
• Port Security: up to 16 MAC addresses per port
• Broadcast/multicast/unicast storm protection
• IP-MAC-Port Binding
• DoS attack prevention
• Prevention of ARP Spooofing 2 attacks
• D-Link Safeguard Engine
MPLS
•LDP
• VPWS (VLL)
• VPLS
• MPLS/BGP L3 VPN 2
AAA
• 802.1X
- Port based access control
- Access control based on MAC address
- Dynamic VLAN assignment
• Authentication to a RADIUS server
• Guest VLAN
• Web Based Access Control (WAC) 2 :
- Port based access control
- Host based access control
- Dynamic VLAN assignment
• MAC Access Control (MAC) 2 :
- Port based access control
- Host based access control
- Dynamic VLAN assignment
• TACACS+
DDM (Digital Diagnostics Monitoring)*
Yes
Control
• Web interface
• CLI command line interface
• Telnet Server (Support IPv4/IPv6)
• Telnet client
• TFTP client
• SNMPv1/v2c/v3
SNMP over IPv6
• SNMP Traps
• System log
• RMON v1
Group support 1,2,3,9
• Flash file system
• Multiple software versions
• Multiple configuration versions
• 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 saving by connection status
• Scheduled PoE
MIB/IETF standard
• 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
The DGS-6600 series chassis switches are intelligent, high-performance and multi-layer devices designed for local and regional networks. This series of switches is the ideal solution for situations where continuous operation of network applications and a high level of performance, security and management are required.
With a flexible, modular architecture and industry standards, these switches allow for easy network scaling, making it a profitable investment for enterprises.
The DGS-6600 series switches are equipped with a high-speed switching fabric, advanced software features, including IPv6 support. These switches provide high performance, fault tolerance and are ideal not only for solving current problems, but also for tasks that are relevant in the near future.
High fault tolerance
DGS-6604 is equipped with 1 slot for installation of the control module. With 4 redundant load sharing power supplies and hot-swappable fan tray, the DGS-6604 is highly fault-tolerant and ideal for mission-critical network applications.
DGS-6604
• Chassis with 4 slots
• 1 slot for control module
• 3 slots for installing user-selected modules
• Up to 4 slots for 3+1 redundant power supplies
• Replaceable fan assembly and dust filter
• Switching matrix 576 Gbps
Versatile Modular Design
The DGS-6600 series is represented by two models:
The DGS-6604 is a chassis with 4 slots, three of which are used to install user-selected modules. In addition, there are 4 slots for redundant power supplies and one slot for a replacement fan tray.
DGS-6608 is an 8-slot chassis. Two slots are used to install redundant control modules, and the rest are for user-selected modules. In addition, there are 8 slots for installing redundant power supplies and one slot for installing a replacement fan tray.
This modular architecture enables network scalability by installing additional modules that can be easily replaced at any time depending on requirements.
Using the DGS-6600 as an Aggregation Layer Switch
Using a set of modules with 10/100/1000BASE-T ports, support for PoE, SFP, and 10-Gigabit trunk ports, IT staff can install a module with various types of ports in a free slot and use the device as an aggregation layer switch (i.e. e. Distribution), which provides high port density for connecting a large number of workplaces in the office or in Metro Ethernet networks with a high density of subscriber equipment.
High performance
The switch uses a distributed switching method where each line module (a module with a port to connect directly to network nodes) defines a transmission path for each packet. Switches synchronize switching and routing information between control and line modules in order to determine the fastest path for data transmission. By using a line module that performs L2/3/4 switching independently of the control modules, the DGS-6600 series switches perform faster packet transmission without delay.
High port density
By installing expansion modules in a 4-slot chassis, users can get up to 144 Gigabit ports or 48 10-Gigabit ports, and in an 8-slot chassis, up to 288 Gigabit ports or 96 10-Gigabit ports. All modules can be hot-swapped without making changes to the hardware or software settings. The use of 96 non-blocking 10GE ports simplifies the transition to a 10G backbone.
Application Convergence
The DGS-6600 series switches combine advanced hardware and software features such as QoS and Multicast routing to enable real-time applications such as Internet telephony, video conferencing, and IP video surveillance. and IPTV. In addition, these switches support PoE, providing power and network connectivity for PoE devices such as IP phones and wireless access points. Switches are the ideal solution for large-scale enterprises. An example of application convergence is the use of mobile VoIP applications through wireless access points connected to DGS-6600 series switches.
Redundant AC and DC power supplies cannot be used together. Redundant DC power supplies do not support PoE functionality, i.e. PoE modules will work like normal modules.
Support for IPv6 technology
DGS-6600 series switches are fully compatible with IPv6 based networks. Net
The Internet is constantly expanding due to an increase in the number of applications that use the Internet, including wireless devices, various equipment for home and office, Internet-connected vehicles, integrated telephony services, as well as in connection with the growing needs in computing and gaming. The use of IPv6 addressing simplifies the mechanisms used to provide end-to-end security for network devices. IPv6 support is especially relevant for applications and services that require a large number of IP addresses.
Comprehensive Security
Switches of the DGS-6600 series provide protection not only from unauthorized access of users, but also prevent penetration of viruses and "worms". Access protection is provided by ACLs, Port Security, and IP-MAC-Port Binding. Advanced security features provide protection against malicious attacks disguised as control protocols that can overload the central processing unit (CPU) and degrade performance. The DGS-6600 series enhances network management security by providing authentication and encryption of administration traffic using SSH v2 and SNMP v3 protocols.
MPLS Functions
The DGS-6600 series switches support MPLS (Multiprotocol Label Switching) functions to enable next-generation intelligent networks and provide a wide range of advanced services within the existing infrastructure. Support for the MPLS function allows enterprise 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. Subscriber traffic coming through different channels can be aggregated in the MPLS edge segment without changing the current settings of access switches, since MPLS does not depend on the technologies used at the access layer.
Traffic management for Triple Play services
The DGS-6600 series provides a set of multilayer QoS/CoS features, including flow-based bandwidth control and broadcast/multicast/unicast storm protection, to ensure that delay-critical network services such as VoIP, video conferencing, IPTV, and IP video surveillance will be served with the appropriate priority. Bandwidth control provides guaranteed bandwidth for these services in case of high network load. With support for Layer 2 multicast, the DGS-6600 switch realizes the processing of IPTV applications.
D-Link Green technology
D-Link is at the forefront of developing innovative energy-saving technology that does not compromise device performance or functionality. The DGS-6600 series switches support D-Link Green technology, which allows you to use the power saving mode, Smart Fan and PoE on a schedule. The Power Save feature provides automatic power down for inactive ports. The Smart Fan function automatically turns on the built-in fans at a certain temperature, ensuring long-term, reliable and environmentally friendly operation of the switch. Using PoE on a schedule allows the switch to receive information about the activity of a specific port at a given point in time, and, if necessary, automatically turn off an inactive port.
Characteristics
Chassis
• Number of slots: 4
• Number of slots in the chassis (for control modules): 1
• Free slots (for modules): 3
• Switching matrix: 576 Gbps
• Max. packet forwarding rate: 428.57 Mpps
Max. port density
• 10/100/1000BASE-T ports: 144
• 10/100/1000BASE-T PoE ports: 144
• SFP ports: 144
• 10G SFP+ ports: 48
Software
L2 functions
• MAC address table
- up to 32 K per I/O module
• Flow control
- 802.3x flow control
- Prevention of blocking HOL
• Jumbo frame up to 9,732 bytes
• IGMP Snooping
- IGMP v1/v2/v3 Snooping
- Support 2K groups
- IGMP Proxy2
- Fast Leave based on port
• 802.3ad Link Aggregation
- Compliant with 802.1AX and 802.3ad
- Max. 128 groups per device, 8 ports per group
- Support for aggregation between ports of different modules (cross-module trunk)
• Port mirroring
- 3 mirroring groups
- One-to-one, many-to-one
- Tx/Rx/Both
- based on flow and RSPAN
• RERP (Rapid Ether Ring Protection)
• MLD Snooping
- MLD v1/v2 Snooping
- Support 2K groups
- MLD Snooping Fast Leave host based
• Loopback Detection
• L2 Protocol Tunneling 2
VLAN
• VLAN groups
- Max. 4K VLAN groups
• GVRP
- Support for 256 dynamic VLANs
• 802.1Q Tagged VLAN
• Port Based VLAN
• 802.1v Protocol VLAN
• Double VLAN (Q-in-Q)
- Q-in-Q based on port
-Selective Q-in-Q
• VLAN Translation
• VLAN based on MAC addresses
• VLAN based on subnet
• VLAN Trunking
• SuperVLAN
L3 functions
• Max. number of IP interfaces: 4K
• ARP Proxy
• VRRP
• IPv6 tunneling
- Manual setting
-ISATAP
-6to4
• IPv6 Neighbor Discovery (ND)
• IPv6 Phase 2 Ready
• Gratuitous ARP 2
• Loopback interface
L3 routing
• 12K entries in the IPv4/IPv6 routing table
• 8K entries in the L3 switching table IPv4/IPv6
• 256 IPv4/IPv6 static route entries
- ECMP support
- WCMP 2 support
• Policy Based Routing
• RIPv1/v2/ng
• OSPF
OSPFv2/v3
- Passive OSPF interface
- Stub/NSSA Area
- OSPF Equal Cost Route
• BGP4
• BGP+ 2
Multicasting L3
• Multicast groups: 1K
• PIM-DM
• PIM-DM v6 2
• PIM-SM
• PIM-SM v6 2
• PIM Sparse-Dense Mode 2
• DVMRP v3
QoS
• IEEE 802.1p CoS
• 8 queues per port
• Queue handling
- Strict Priority
- Weighted Round Robin (WRR)
- Strict+WRR
- Strict+DRR
-WDRR
• Congestion control mechanism
- RED
• CoS based:
- switch port
- VLAN ID
- 802.1p priority queues
- MAC addresses
- IPv4/v6 addresses
- DSCP
- protocol type
- IPv6 traffic class
- IPv6 flow labels
- TCP/UDP ports
- user-defined package contents 2
• Support for the following actions for streams:
- Adding 802.1p priority tag
- Adding TOS/DSCP priority tag
- Bandwidth control
- Guaranteed bandwidth (CIR), min. step up to 64 kbps
• Bandwidth control
- based on the port (Incoming / Outgoing, min. step up to 64 Kbps)
• Time based QoS
• Markers "Three colors of marking"
-trTCM
- srTCM
Access Control Lists (ACLs)
• Ingress ACL
• Egress ACL 2
• ACL based:
- Priority 802.1p
- VLAN ID
- MAC addresses
- Ether Type
- LLC
- IPv4/v6 addresses
- DSCP
- protocol type
- TCP/UDP port numbers
- IPv6 traffic class
- IPv6 flow labels
Safety
• SSHv2
• Port Security: up to 16 MAC addresses per port
• Broadcast/multicast/unicast storm protection
• IP-MAC-Port Binding
• DoS attack prevention
• Prevention of ARP Spooofing 2 attacks
• D-Link Safeguard Engine
MPLS
•LDP
• VPWS (VLL)
• VPLS
• MPLS/BGP L3 VPN 2
AAA
• 802.1X
- Port based access control
- Access control based on MAC address
- Dynamic VLAN assignment
• Authentication to a RADIUS server
• Guest VLAN
• Web Based Access Control (WAC) 2 :
- Port based access control
- Host based access control
- Dynamic VLAN assignment
• MAC Access Control (MAC) 2 :
- Port based access control
- Host based access control
- Dynamic VLAN assignment
• TACACS+
DDM (Digital Diagnostics Monitoring)*
Yes
Control
• Web interface
• CLI command line interface
• Telnet Server (Support IPv4/IPv6)
• Telnet client
• TFTP client
• SNMPv1/v2c/v3
SNMP over IPv6
• SNMP Traps
• System log
• RMON v1
Group support 1,2,3,9
• Flash file system
• Multiple software versions
• Multiple configuration versions
• 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 saving by connection status
• Scheduled PoE
MIB/IETF standard
• 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
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