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Table of Contents About this Guide 1 Rack Mounting 3 Installing Network Cables 4 Station Connections with Twisted-Pair Cable 5 Hub-to-Hub Connections with Twisted-Pair Cable 6 Thin Coaxial Cable Connections 8 Thick Coaxial Cable Connections 10 Connecting Power 10 LED Indicators 11 Specifications 13
Table of Contents About this Guide 1 Rack Mounting 3 Installing Network Cables 4 Station Connections with Twisted-Pair Cable 5 Hub-to-Hub Connections with Twisted-Pair Cable 6 Thin Coaxial Cable Connections 8 Thick Coaxial Cable Connections 10 Connecting Power 10 LED Indicators 11 Specifications 13
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This manual assumes familiarity with the fundamental Ethernet cabling rules and limits; About this Guide This guide provides instructions for easy installation. it is necessary to strictly observe the Ethernet cabling rules. These D-Link® Ethernet Hubs are all Plug and Play compliant for instal-ling all of cable connection. DE812TP+ DE-816TP DE-824TP When designing your cable configuration, it only describes the details of the products described below.
This manual assumes familiarity with the fundamental Ethernet cabling rules and limits; About this Guide This guide provides instructions for easy installation. it is necessary to strictly observe the Ethernet cabling rules. These D-Link® Ethernet Hubs are all Plug and Play compliant for instal-ling all of cable connection. DE812TP+ DE-816TP DE-824TP When designing your cable configuration, it only describes the details of the products described below.
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Rack mounting produces an orderly installation when you have a number of the hub, then fasten the hub into the rack. Rack Mounting The Ethernet Hub may stand alone, or may be mounted in a standard 19-inch equip-ment rack. Use the six supplied screws to fasten the supplied mounting brackets to either end of related network devices.
Rack mounting produces an orderly installation when you have a number of the hub, then fasten the hub into the rack. Rack Mounting The Ethernet Hub may stand alone, or may be mounted in a standard 19-inch equip-ment rack. Use the six supplied screws to fasten the supplied mounting brackets to either end of related network devices.
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... the number of its front-panel 10BaseT ports. Alternatively, you can connect into an existing coaxial network cable, you can add on the rear panel: one 10Base2 port (BNC connector), and one 10Base5 port (AUI connector). Additionally it has two ports whose adapters have no coaxial trunk connection, then both of coaxial cable). By using a rear-panel connector of the Ethernet Hub to connect a second coaxial cable (alternative type...
... the number of its front-panel 10BaseT ports. Alternatively, you can connect into an existing coaxial network cable, you can add on the rear panel: one 10Base2 port (BNC connector), and one 10Base5 port (AUI connector). Additionally it has two ports whose adapters have no coaxial trunk connection, then both of coaxial cable). By using a rear-panel connector of the Ethernet Hub to connect a second coaxial cable (alternative type...
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connector), and thus can only be connected to the Ethernet Hub by means of the Ethernet Hub, and plug the other RJ-45 connector into the station's Ethernet adapter. Plug one RJ-45 connector into a front-panel port of a twisted-pair straight cable (10BaseT cable, Category 3, 4, or 5). Station Connections with Twisted-Pair Cable Connect each station to the hub through a coaxial cable.
connector), and thus can only be connected to the Ethernet Hub by means of the Ethernet Hub, and plug the other RJ-45 connector into the station's Ethernet adapter. Plug one RJ-45 connector into a front-panel port of a twisted-pair straight cable (10BaseT cable, Category 3, 4, or 5). Station Connections with Twisted-Pair Cable Connect each station to the hub through a coaxial cable.
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In making a hub-to-hub connection involving a Model DE-816TP or Model DE-824 Ethernet Hub, there is not an independent port. Keep in mind that the Uplink connector is the alternative of using a straight cable. Internal Crossover Features The Model DE-816TP Ethernet Hub and 24-Port Ethernet Hub feature internal cross-over , and thus allow use of the other numbered ports. But Port 1 is identical with an alternative connector, labeled " Uplink." It is wired to the...
In making a hub-to-hub connection involving a Model DE-816TP or Model DE-824 Ethernet Hub, there is not an independent port. Keep in mind that the Uplink connector is the alternative of using a straight cable. Internal Crossover Features The Model DE-816TP Ethernet Hub and 24-Port Ethernet Hub feature internal cross-over , and thus allow use of the other numbered ports. But Port 1 is identical with an alternative connector, labeled " Uplink." It is wired to the...
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... a hub-to the supporting circuitry, and Port 1 is switched into the wiring for a station cable connection. Below in this manual, the term " Uplink selected" will mean , as to the Model DE-816TP Ethernet Hub in question, that the subject connection is made through the Uplink connector Model DE-824TP Ethernet Hub The connector numbered as to the Model DE-824TP Ethernet Hub in question, that the subject connection is made directly through Port 1 and the Uplink switch is...
... a hub-to the supporting circuitry, and Port 1 is switched into the wiring for a station cable connection. Below in this manual, the term " Uplink selected" will mean , as to the Model DE-816TP Ethernet Hub in question, that the subject connection is made through the Uplink connector Model DE-824TP Ethernet Hub The connector numbered as to the Model DE-824TP Ethernet Hub in question, that the subject connection is made directly through Port 1 and the Uplink switch is...
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... the two connectors would cancel one end of the cable, and Uplink must not be selected at one another, and the hub-to-hub connection would fail.) Thus the rule for making a hub-to-hub connection with twisted-pair cable is necessary Thin Coaxial Cable Connections To connect the Ethernet Hub to -hub connection with a straight cable. To make a hub-to other informal names), first twist a BNC T-connector onto...
... the two connectors would cancel one end of the cable, and Uplink must not be selected at one another, and the hub-to-hub connection would fail.) Thus the rule for making a hub-to-hub connection with twisted-pair cable is necessary Thin Coaxial Cable Connections To connect the Ethernet Hub to -hub connection with a straight cable. To make a hub-to other informal names), first twist a BNC T-connector onto...
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... can be substituted for the continuation cable shown in the stacking diagram below. to support a larger array of the BNC T. Then it is at the end of thin coaxial cable. Such stacking is just a special case of thin coaxial cable connection as treated above, and the terminator rule is the same: If the stack is useful to stack the Ethernet Hubs by a single Ethernet Hub.
... can be substituted for the continuation cable shown in the stacking diagram below. to support a larger array of the BNC T. Then it is at the end of thin coaxial cable. Such stacking is just a special case of thin coaxial cable connection as treated above, and the terminator rule is the same: If the stack is useful to stack the Ethernet Hubs by a single Ethernet Hub.
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... Type 2 (European) power cord is supplied with electric service in most areas of the power cord firmly into the Then run an AUI cable between the transceiver's AUI connector and the AUI connector on the rear panel of the Ethernet Hub is in the off position. Ascertain that the power switch on the cable at the Ethernet Hub's position. Connecting Power For compatibility with your Ethernet Hub...
... Type 2 (European) power cord is supplied with electric service in most areas of the power cord firmly into the Then run an AUI cable between the transceiver's AUI connector and the AUI connector on the rear panel of the Ethernet Hub is in the off position. Ascertain that the power switch on the cable at the Ethernet Hub's position. Connecting Power For compatibility with your Ethernet Hub...
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... domain attempt to the Ethernet Hub by switching its partner device. This kind of error will return to the on position. Intermittent flashing yellow of the Ethernet Hub. This LED flashes red when the Ethernet Hub detects a data packet that the port has good linkage to its rear-panel power switch to its normal off (dark) state. the contending adapters resolve each numbered port. Steady green (Link state) indicates that is...
... domain attempt to the Ethernet Hub by switching its partner device. This kind of error will return to the on position. Intermittent flashing yellow of the Ethernet Hub. This LED flashes red when the Ethernet Hub detects a data packet that the port has good linkage to its rear-panel power switch to its normal off (dark) state. the contending adapters resolve each numbered port. Steady green (Link state) indicates that is...
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green (Receive state) indicates that the port is functioning. If the port is connected but the Link/Rx LED is dark, check whether (1) the Ethernet Hub and the partner device both have power, (2) the port's cable is firmly seated in its connectors in the Ethernet Hub and in the partner device, (3) the connecting cable is good and is of the correct type, and (4) the partner device, including any network adapter, is receiving data from its partner device.
green (Receive state) indicates that the port is functioning. If the port is connected but the Link/Rx LED is dark, check whether (1) the Ethernet Hub and the partner device both have power, (2) the port's cable is firmly seated in its connectors in the Ethernet Hub and in the partner device, (3) the connecting cable is good and is of the correct type, and (4) the partner device, including any network adapter, is receiving data from its partner device.
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Specifications Data transfer rate: 10 Mbps Protocol: CSMA/CD Topologies: Star, Bus EMI Certification: DE-812TP+ and DE-824TP: FCC Class A, VCCI I, CE A DE-816TP: FCC Class B, VCCI II, CE B AC power: 100 - 250 V, 50 - 60 Hz Power consumption: DE-812TP+: DE-816TP: DE-824TP: 18 W 18 W 20W Dimensions: W x H x L, mm (including mounting brackets): DE-812TP+: 483 x 44 x 125 DE-816TP: 483 x 44 x 125 DE-824TP 483 x 44 x 211 Weight: DE-812TP+: DE-816TP: DE-824TP: 2.0 kg 2.0 kg 3.03 kg Operating temperature: 0° - 55° C Humidity: 10 - 90 % non-condensing
Specifications Data transfer rate: 10 Mbps Protocol: CSMA/CD Topologies: Star, Bus EMI Certification: DE-812TP+ and DE-824TP: FCC Class A, VCCI I, CE A DE-816TP: FCC Class B, VCCI II, CE B AC power: 100 - 250 V, 50 - 60 Hz Power consumption: DE-812TP+: DE-816TP: DE-824TP: 18 W 18 W 20W Dimensions: W x H x L, mm (including mounting brackets): DE-812TP+: 483 x 44 x 125 DE-816TP: 483 x 44 x 125 DE-824TP 483 x 44 x 211 Weight: DE-812TP+: DE-816TP: DE-824TP: 2.0 kg 2.0 kg 3.03 kg Operating temperature: 0° - 55° C Humidity: 10 - 90 % non-condensing