Powerful and flexible networking solution for small, medium, and enterprise businesses.
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Key Features
Features
Networking
Connectors
Power
MemoryNetwork Switch With Port Mirroring
Dimensions
Miscellaneous
8-Port Gigabit PoE Smart Managed Switch
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Port-based Bandwidth Control | Yes |
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Class of Service (CoS) | Yes |
802.3x Flow Control | Yes |
Head-of-line (HOL) Blocking Prevention | Yes |
Store & Forwarding Forwading | Yes |
Comply with RoHS 6 | Yes |
Energy Efficiency Ethernet (EEE) | Yes |
1000Base-T PoE Interface | 8 |
Auto MDI/MDIX | Yes |
10/100/1000BASE-T PoE ports | 8 |
CPU Speed | 62.5 MHz |
DRAM Size | 48K Bytes |
Flash Memory Size | 2 MB |
Packet Buffer Size | 1.5 Mbits |
FAN | Fanless |
Jumbo Frame | 9216 bytes |
Loopback Detection (LBD) | Yes |
MAC Address Table Size | 4160 |
IGMP Snooping | Yes |
Max IGMP Snooping Groups | 128 |
Link Aggregation Group Per Device | 2 (static port trunk) |
Max Port Per Link Aggregation Group | 4 (static port trunk) Only port 1-4 for group 1 Only port 5-8 for group 2 |
Web-based GUI | Yes |
SNMP | Yes |
SNMP Trap | Yes |
D-Link Discover Protocol (DDP) | Yes |
DHCP/BootP Client | Yes |
D-Link Network Assistant | Yes |
Port Mirroring | Yes |
Cable Diagnostics | Yes |
Switch Capacity | 16 Gbps |
Max. Packet Forwarding Rate | 11.9 Mpps |
Maximum PoE Budget | 64W |
PoE Budget | 64 W |
Rate Limiting | Yes |
Power Input | AC:100 ~ 240 V (54V/1.574A power adapter |
Number of Queue | 4 |
Queue Handling | Yes |
Strict Priority Queue (SPQ) | Yes |
Weighted Round Robin (WRR) | Yes |
Port Security | Yes |
Broadcast/Multicast/Unicast Storm Control | Yes |
Traffic Segmentation | Yes |
802.1D Spanning Tree (STP) | Yes |
802.1w Rapid Spanning Tree (RSTP) | Yes |
Surge/Lightning Protection (AC Power Inet) | 2kV |
Surge/Lightning Protection (All Ethernet Ports) | 1Kv |
Dimension | 171 × 97.8 × 28.6 mm |
Weight | 0.433 kg |
Operation Temperature | 0 ~ 40 °C |
Storage Temperature | - 40 ~ 70 °C |
Operation Humidity | 0% ~ 90% RH |
Storage Humidity | 0% ~ 95% RH |
Maximum Power Consumption | 77.9 W (PoE on) <br>4.6 W (PoE off) |
Operating Altitude | 2000m |
Standby Power Consumption | 2.0 W |
Maximum Heat Dissipation | 265.85 BTU/hr |
Acoustic | 0 dB |
MTBF | 786,841 hours |
802.1Q VLAN | Yes |
VLAN Groups | 32 |
Port-based VLAN | Yes |
Voice VLAN | Static Voice VLAN only |
Surveillance VLAN | Yes |
Asymmetric VLAN | Yes |
Easy to use web interface to access management features.
Surveillance Mode Interface
Get a snapshot of your security topology in an instant.
The DGS-1100 series’ web user interface gives administrators an easy way to manage Layer 2 features, such as VLANs, Spanning Tree Protocol (STP), and link aggregation(static). With powerful security features including IGMP snooping, Static MAC, and Storm Control, these smart managed switches are a versatile solution for deployments that require easy to configure functionality without added complexities.
D-Link’s free Network Assistant (DNA) displays all your connected devices and makes first-time configuration a breeze. The free D-View 7 Network Management System comes with a license for 25 nodes and 2 probes and full access to the management tools.
Learn More About D-View 7
Learn More About D-View 7
Selected models in the DGS-1100 Series support Power over Ethernet on copper access ports. Power over Ethernet greatly simplifies the installation of PoE-enabled devices such as VoIP phones and IP cameras in remote locations with no immediate access to a power outlet.
The DGS-1100 Series features Loopback Detection and Cable Diagnostics to help network administrators find and solve network problems quickly and easily.
Loopback Detection detects loops created by a specific port and automatically shuts down the affected port. The Cable Diagnostics feature is designed for network administrators to quickly examine the quality of the copper cables, recognize the cable type, and detect cable errors.
Loopback Detection detects loops created by a specific port and automatically shuts down the affected port. The Cable Diagnostics feature is designed for network administrators to quickly examine the quality of the copper cables, recognize the cable type, and detect cable errors.
D-Link Green technology enables the DGS-1100 Smart Managed Switches to save power without sacrificing performance. Most of the models in the series utilize a fanless design, for silent and energy-efficient operation. All are IEEE 802.3az-compliant and feature Link Status detection and Time-Based PoE (excluding DGS-1100-05PD and DGS-1100-08P models). Kaalgal nindrathu lyrics in tamil youtube.
Product |
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Interface |
Performance |
Switch Capacity |
Max. Packet Forwarding Rate |
PoE |
PoE Budget |
Technical Specification |
Maximum Heat Dissipation |
Maximum Power Consumption |
MTBF |
<% if(interface.length>0){ %>
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<%= switch_capacity %>
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<%= max_packet_forwarding_rate %>
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<%= poe_budget %>
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PoE Passthrough: 18 W with 802.3at input 8 W with 802.3af input
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<%= maximum_heat_dissipation %>
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<%= maximum_power_consumption %>
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<%= mtbf %>
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Note: DGS-1216T Web Smart - use the admin web interface to set Mirror Settings. See page 50 of manual.
xStack Gigabit Managed Switches
(Including the DGS-3427, DGS-3450, and DGS-3324SRi)
Once logged into the switch (and if necessary in enable mode using `enable admin`), use the `show mirror` command to display any current port mirroring configuration:
To actually configure port mirroring, use the `config mirror` command which takes various options including the port to mirror too, which port(s) to mirror (the 'source' port(s)), and whether to mirror rx (received packets), tx (transmitted packets), or both. A basic example of the command format is as follows:
and then enable the mirroring:
And that should just about do it.
The main data source used by ATA is deep packet inspection of the network traffic to and from your domain controllers. For ATA to see the network traffic, port mirroring needs to be configured. Port mirroring copies the traffic on one port, known as the source port, to another port, known as the destination port. ATA works with most solutions that can mirror traffic - if the traffic can be port mirrored to ATA, it can be used to analyze threats to your system https://technet.microsoft.com/en-us/library/mt429376.aspx.
One of the most common questions for Advanced Threat Analytics is on how to mirror ports.
I will give some references to different sites that will provide information on how to create mirrored ports.
Switches that support mirroring
Hyper-V
Vmware
http://pubs.vmware.com/vsphere-55/index.jsp#com.vmware.vsphere.networking.doc/GUID-68B5DD45-DD3F-4E9B-A6CD-BE97026A846A.html
HP
Cisco
http://www.cisco.com/c/en/us/td/docs/switches/datacenter/nexus1000/sw/4_2_1_s_v_2_2_2/system_management/b_Cisco_Nexus_1000V_System_Management_Configuration_Guide_2_2_2/b_Cisco_Nexus_1000V_System_Management_Configuration_Guide_2_2_2_chapter_01010.html
Juniper
NetGear
TP-Link
Dell
D-Link
Most of these links points for other vendors webpages and they are the ones that can give support on their products.
To verify that the port-mirroring is working (https://technet.microsoft.com/en-us/library/dn707710.aspx), remember to use Network monitor on the ATA Gateway.
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