CHAPTER 5 Flashcards
ACCESS POINT
- THE POINT OF ENTRY INTO A SECURE AREA.
- A STAND-ALONE HARDWARE OR DEVICE OR A COMPUTER WIRELESS ADAPTER WITH SOFTWARE THAT ACTS AS A WIRELESS COMMUNICATION HUB FOR USERS OF WIRELESS DEVICES TO CONNECT WITH EACH OTHER AND TO BRIDGE THOSE DEVICES TO THE CABLED PORTION OF THE NETWORK.
TDMM: PAGE G-4
ADA
AMERICANS WITH DISABILITIES ACT
A U.S. FEDERAL LAW ENACTED IN 1990 THAT GUARANTEES EQUAL CIVIL RIGHTS FOR PEOPLE WITH DISABILITIES, ENSURING THAT INDIVIDUALS WITH DISABILITIES HAVE ACCESS TO OR MAY USE PUBLIC ENTITIES AND GOVERNMENT BUILDINGS. THESE LAWS AFFECT TELECOMMUNICATIONS CABLING, INFRASTRUCTURE, DESIGN, AND INSTALLATION
TDMM: PAGE G-8
AHJ
AUTHORITY HAVING JUSRISDICTION
THE BUILDING OFFICIAL, ELECTRICAL INSPECTOR, FIRE MARHAL, OR OTHER INDIVIDUALS OR ENTITIES RESPONSIBLE FOR INTERPRETATION AND ENFORCEMENT OF LOCAL BUILDING AND ELETRICAL CODES.
TDMM: PAGE G-14
ALTERNATING CURRENT
A CURRENT FLOW THAT ALTERNATES PERIODICALLY IN MAGNITUDE AND DIRECTION.
TDMM: PAGE G-7
CP
CONSOLODATION POINT
AN INTERCONNECTION POINT WITHIN THE HORIZONTAL CABLING SYSTEM.
TDMM: PAGE 5-29
EF
ENTRANCE FACILITY
AN ENTRANCE TO A BUILDING FOR BOTH PUBLIC AND PRIVATE NETWORK SERVICE CABLES, INCLUDING WIRELESS, MECHANICAL, AND ELECTRICAL SERVICES, AND THE ENTRANCE POINT AT THE BUILDING WALL, AND CONTUNUING TO THE ENTRANCE ROOM OR SPACE. ALSO CALLED A SERVICE ENTRANCE.
TDMM: PAGE G-71
EMI
ELECTROMAGNETIC INTERFERENCE
RADIATED OR CONDUCTED ELECTROMAGNETIC ENERGY THAT HAS AN UNDESIREABLE EFFECT ON ELECTRONIC EQUIPMENT OR SIGNAL TRANSMISSIONS.
TDMM: PAGE G-67
MUTOA
MULTIUSER TELECOMMUNICATIONS ASSMEBLY
A GROUPING IN ONE LOCATION OF SEVERAL TELECOMMUNICATIONS OUTLETS/TELECOMMUNICATIONS CONNECTORS.
TDMM: PAGE G-126
PON
PASSIVE OPTICAL NETWORK
A POINT-TO-MULTIPOINT NETWORK ARCHITECTURE IN WHICH UNPOWERED OPTICAL SPLITTERS ARE USED TO ENABLE A SINGLE OPTICAL FIBER STRAND TO SERVE MULTIPLE END-POINTS.
TDMM: PAGE 5-56
TELECOMMUNICATIONS OUTLET BOX
A HOUSING USED TO HOLD TELECOMMUNICATIONS OUTLETS/CONNECTORS.
TDMM: PAGE 5-20
TELECOMMUNICATIONS OUTLET/CONNECTOR
A CONNECTING DEVICE IN THE WORK AREA ON WHICH HORIZONTAL CABLING TERMINATES.
TDMM: PAGE 5-20
TP
TRANSITION POINT
A LOCATION IN THE HORIZONTAL CABLING WHERE FLAT UNDERCARPET CABLE CONNECTS TO ROUND CABLE.
TDMM: PAGE G-197
UTC
UNDERCARPET TELECOMMUNICATIONS CABLE
FLAT, LOW-PROFILE CABLING DESIGNED TO BE INSTALLED DIRECTLY ON THE SURFACE OF A FLOOR AND COVERED WITH CARPET OR TILES.
TDMM: PAGE 5-16
VOIP
VOICE OVER INTERNET PROTOCOL
A SYSTEM IN WHICH VOICE SIGNALS ARE CONVERTED TO PACKETS AND TRANSMITTED OVER A NETWORK USING TRANSMISSION CONTROL PROTOCOL/INTERNET PROTOCOL.
TDMM: PAGE G-207
WLAN
WIRELESS LOCAL AREA NETWORK
A LAN THAT FUNCTIONS WIRELESSLY BETWEEN THE CLIENT AND A WIRELESS ACCESS POINT. MOST MODERN WLANs ARE BASED ON IEEE 802.11 STANDARDS, MARKETED UNDER THE WI-FI NAME
TDMM: PAGE G-209
NAME 3 COMPONENTS OF A HORIZONTAL DISTRIBUTION SYSTEM.
- HORIZONTAL CABLING
- HORIZONTAL PATHWAYS SUPPORTING THE HORIZONTAL CABLING
- TELECOMMUNICATIONS SPACES THAT SUPPORT THE HORIZONTAL PATHWAYS.
TDMM: PAGE 5-1
TRUE OR FALSE
THE USE OF THE TERM ‘HORIZONTAL’ IN THE NAME OF AN ELEMENT REQUIRES THE ELEMENT TO BE PLACES OR INSTALLED PARALLEL TO THE GROUND FLOOR.
FALSE. THE USE OF THE TERM DOES NOT REQUIRE THE ELEMENT TO BE PLACES OR INSTALLED PARALLEL TO THE GROUND.
TDMM: PAGE 5-1
HOW ARE HORIZONTAL PATHWAYS USED?
TO DISTRIBUTE, SUPPORT, AND PROVIDE ACCESS TO HORIZONTAL CABLING AND IT’S ASSOCIATED CONNECTING HARDWARE BETWEEN THE TELECOMMUNICATIONS OUTLETS/CONNECTORS AND THE HC (FD), TYPICALLY LOCATED IN THE ER,TR, OR TE
TDMM: PAGE 5-3
WHAT IS HORIZONTAL CABLING?
THE MEDIA CONTAINED WITHIN HORIZONTAL PATHWAYS.
TDMM: PAGE 5-3
WHAT IS THE PURPOSE OF CONTINUOUS HORIZONTAL PATHWAY?
TO PROVIDE UNINTERRUPTED SUPPORT AND MANAGEMENT OF TELECOMMUNICATIONS CABLING.
TDMM: PAGE 5-3
WHAT IS NON-CONTINUOUS HORIZONTAL PATHWAY?
THE SPACE BETWEEN CABLE SUPPORTS THROUGH WHICH CABLES ARE PLACED BETWEEN PHYSICAL SUPPORTS OR CONTAINMENT COMPONENTS
TDMM: PAGE 5-3
NAME 4 APPLICATIONS THAT CAN BE SUPPORTED BY HORIZONTAL CABLING SYSTEMS.
- VOICE SERVICES
- DATA SERVICES
- AUDIO AND VIDEO SERVICES
- BUILDING SIGNALING SYSTEMS
TDMM: PAGE 5-5
TRUE OR FALSE
HORIZONTAL CABLING IS OFTEN LESS ACCESSIBLE THA BACKBONE CABLING.
TRUE. HORIZONTAL CABLING IS OFTEN LESS ACCESSIBLE THAN BACKBONE CABLING. AS A RESULT, MAKING CHANGES CAN BECOME TIME INTENSIVE AND EXPENSIVE.
TDMM: PAGE 5-5
WHAT IS THE REQUIRED TOPOLOGY FOR HORIZONTAL CABLING?
PHYSICAL STAR TOPOLOGY
TDMM: PAGE 5-6
NAME 3 EXCEPTIONS TO THE REQUIREMENT TO USE A PHYSICAL STAR TOPOLOGY FOR HORIZONTAL CABLING.
- A CP OR MUTOA IS USED TO CONNECT TO OPEN OFFICE CABLING.
- A TP IS REQUIRED TO CONNECT TO UNDERCARPET CABLING.
- CENTRALIZED OPTICAL FIBER CABLING IS IMPLEMENTED FROM THE MC (CD) TO THE WORK AREAS.
TDMM: PAGE 5-6
WHAT IS THE MINIMUM CONFIGURATION FOR A HORIZONTAL CABLING SYSTEM?
TWO TELECOMMUNICATIONS OUTLETS/CONNECTORS IN THE WORK AREA, ONE FOR TELEPHONY AND ONE FOR DATA.
TDMM: PAGE 5-6
WHAT IS THE TRANSMISSION CHANNEL WITHIN A HORIZONTAL CABLING SYSTEM?
THE END-TO-END TRANSMISSION PATH BETWEEN TWO POINTS AT WHICH APPLICATION-SPECIFIC EQUIPMENT IS CONNECTED.
TDMM: PAGE 5-7
NAME THE 3 ELEMENTS OF THE TRANSMISSION CHANNEL.
- THE PERMANENT LINK CABLING
- REQUIRED PATCH, EQUIPMENT, AND INTERCONNECTION CORDS
- THE CONNECTION POINTS
TDMM: PAGE 5-7
WHAT IS THE MAXIMUM NUMBER OF CONNECTION POINTS THAT ARE ALLOWED IN THA CHANNEL MODEL?
A MAXIMUM OF 4 CONNECTION POINTS
TDMM: PAGE 5-8
NAME THE 4 TYPES OF CONNECTION POINTS ALLOWED IN THE CHANNEL MODEL.
- TELECOMMUNICATIONS OUTLETS/CONNECTORS OR MUTOAs
- CONNECTOR OF THE FIRST UNIT OF CONNECTING HARDWARE AT THE HC (FD).
- CP CONNECTOR (OPTIONAL)
- CONNECTOR OF THE SECOND UNIT OF CONNECTING HARDWARE AT THE HC (FD).
TDMM: PAGE 5-8
WHAT IS THE PERMANENT LINK?
THE CABLING THAT EXTENDS FROM THE HC (FD) TO THE TELECOMMUNICATIONS OUTLET/CONNECTOR.
TDMM: PAGE 5-9
WHAT IS THE MAXIMUM NUMBER OF CONNECTION POINTS PERMITTED IN A PERMANENT LINK?
NO MORE THAN 3 CONNECTION POINTS
TDMM: PAGE 5-9
WHAT IS THE MAXIMUM NUMBER OF CONSOLODATION POINTS PERMITTED WITHIN A PERMANENT LINK?
NO MORE THAN 1 CP
TDMM: PAGE 5-9
HOW DOES THE CROSS-CONNECTION METHOD CONNECT ACTIVE EQUIPMENT TO THE HORIZONTAL CABLING SYSTEM?
CROSS-CONNECTION IS A METHOD WHERE TWO CONNECTING HARDWARE UNITS ARE LINKED BY PATCH CORDS OR CROSS-CONNECTED JUMPERS AND USED TO CONNECT ACTIVE EQUIPMENT TO THE HORIZONTAL CABLING SYSTEM.
TDMM: PAGE 5-10
WHAT TERM IS USED TO DESCRIBE THE PASSIVE CONNECTION OF CABLING SEGMENTS OF THE HORIZONTAL AND BACKBONE SYSTEMS?
CROSS-CONNECTIONS.
TDMM: PAGE 5-10
HOW DOES AN INTERCONNECTION CONNECT HORIZONTAL CABLING TO ACTIVE EQUIPMENT?
THE HORIZONTAL CABLE IS TERMINATED ON THE CONNECTING HARDWARE AND AN EQUIPMENT CORD IS USED TO INTERCONNECT THE CONNECTING HARDWARE TO THE ACTIVE EQUIPMENT.
TDMM: PAGE 5-11
NAME 2 BENEFITS OF USING AN INTERCONNECTION VS A CROSS-CONNECTION.
- NO NEED TO USE THE SECOND UNIT OF CONNECTING HARDWARE AND ADDITIONAL PATCH CORD ASSEMBLY IN THE HORIZONTAL CABLING SYSTEM.
- THE SAVING OF VALUABLE WALL OR RACK/CABINET MOUNTING SPACE.
TDMM: PAGE 5-11
WHEN ARE INTERCONNECTIONS ALLOWED IN THE HC (FD)?
ONLY WHEN THE CENTRALIZED OPTICAL FIBER TOPOLOGY IS USED
TDMM: PAGE 5-12
WHY ARE APPLICATION SPECIFIC DEVICES REQUIRED TO BE KEPT EXTERNAL TO THE HORIZONTAL CABLING SYSTEM?
KEEPING APPLICATION SPECIFIC DEVICES EXTERNAL TO THE HORIZONTAL CABLING SYSTEM FACILITATES THE USE OF CABLING FOR GENERIC NETWORK AND SERVICE REQUIREMENTS.
TDMM: PAGE 5-15
WHY IS UTC NOT RECOMMENDED FOR USE IN TELECOMMUNICATIONS SYSTEMS?
BECAUSE A NUMBER OF NEGATIVE ASPECTED RELATED TO PERFORMANCE..
TDMM: PAGE 5-16
WHAT ARE THE 2 COMPONENTS OF A UTC SYSTEM?
- UTC CABLING
- TP WHERE THE UTC CABLING CONNECTS TO THE HORIZONTAL CABLING.
TDMM: PAGE 5-16
WHAT IS A BRIDGED TAP?
A METHOD THAT WAS WIDELY USED IN THE PAST TO DIVIDE ONE PHYSICAL COMMUNICATIONS LINE INTO SEVERAL CABLING PATHS TO SUPPORT MULTIPLE ANALOG SUBSCRIBER DEVICES.
TDMM: PAGE 5-16
WHY ARE BRIDGED TAPS NOT ALLOWED IN ANY BALANCED TWISTED-PAIR SYSTEM?
BECASUE OF THE SIGNIFICANT RISK OF DECREASED PERFORMANCE
TDMM: PAGE 5-16
IF A BRIDGE TAP IS REQUIRED TO SUPPORT AN ANALOG SIGNAL IN A SPECIFIC WORK AREA, HOW SHOULD IT BE INSTALLED?
BY USE OF AN ADAPTER PLACED EXTERNAL TO THE PERMANENT LINK WORK AREA CONNECTOR
TDMM: PAGE 5-16
TRUE OR FALSE
SPLICING IS NOT GENERALLY PERMITTED WITHIN THE CABLING SYSTEM.
TRUE. SPLICING IS NOT GENERALLY PERMITTED WITHIN THE HORIZONTAL CABLING SYSTEM.
TDMM: PAGE 5-16
WHEN IS SPLICING PERMITTED WITHIN A HORIZONTAL CABLING SYSTEM?
WHEN JOINING THE OPTICAL FIBER CABLING TO SINGLE-ENDED CORDS TO ACCOMPLISH CONNECTION TO THE CONNECTING HARDWARE IN THE HC (FD) AND TELECOMMUNICATIONS OULTET.
TDMM: PAGE 5-16
WHAT CATEGORIES OF FOUR-PAIR BALANCED TWISTED-PAIR CABLING AND CORRESPONDING CONNECTING HARDWARE ARE ALLOWED IN HORIZONTAL CABLING SYSTEMS?
-CATEGORY 5e
-CATEGORY 6
-CATEGORY 6A
-CATEGORY 7
-CATEGORY 7A
-CATEGORY 8
TDMM: PAGE 5-17
WHAT TYPES OF MULTIMODE OPTICAL FIBER CABLE AND CONNECTORS ARE ALLOWED IN HORIZONTAL CABLING SYSTEMS?
-OM3
-OM4
-OM5
TDMM: PAGE 5-17
WHAT TYPES IF SINGLEMODE OPTICAL FIBER CABLE AND CONNECTORS ARE ALLOWED IN HORIZONTAL CABLING SYSTEMS?
-OS1a
-OS2
TDMM: PAGE 5-17
WHAT IS THE MAXIMUM PERMITTED LENGTH WITHIN A PERMANENT LINK?
90m (295’)
TDMM: PAGE 5-17
WHAT IS THE MAXIMUM PERMITTED LENGTH FOR A 24AWG BALANCED TWISTED-PAIR CORD THAT IS USED WITHIN A CHANNEL BOT NOT WITHIN THE PERMANENT LINK?
5m (16.5’)
TDMM: PAGE 5-17
WHAT IS THE MAXIMUM PERMITTED LENGTH FOR A 26AWG BALANCED TWISTED-PAIR CORD THAT IS USED WITHIN A CHANNEL BUT NOT WITHIN THE PERMANENT LINK?
3.96m (13’)
TDMM: PAGE 5-17
WHAT IS THE PURPOSE OF PROVIDING CABLE SLACK IN A HORIZONTAL CABLING SYSTEM?
TO ENABLE THE POSSIBLITY OF FUTURE CHANGES IN THE HORIZONTAL CABLING SYSTEM CONFIGURATION
TDMM: PAGE 5-19
HOW MUCH SLACK IS RECOMMENDED FOR BALANCED TWISTED-PAIR CABLING THAT IS TERMINATED IN THE TR?
SUFFICIENT TO REACH THE FARTHEST CORNER OF THE TR VIA THE PATHWAYS PLUS THE DISTANCE FROM FLOOR TO CEILING WITHOUT EXCEEDING 90m (295’) LIMITATION.
TDMM: PAGE 5-19
HOW MUCH CABLE SLACK IS RECOMMENDED FOR OPTICAL FIBER CABLING THAT IS TERMINATED IN THE TR?
SUFFICIENT TO REACH THE FARTHEST CORNER OF THE TR VIA THE PATHWAYS PLUS THE DISTANCE FROM FLOOR TO CEILING AND AN ADDITIONAL 3m (10’) OF SLACK FOR STORAGE INSIDE HARDWARE WITHOUT EXCEEDING THE 90m (295’) LIMITATION
TDMM: PAGE 5-19
HOW MUCH CABLE SLACK IS RECOMMENDED FOR BALANCED TWISTED-PAIR CABLING THAT IS TERMINATED IN A WORK AREA?
.3m (1’)
TDMM: PAGE 5-19
HOW MUCH CABLE SLACK IS RECOMMENDED FOR OPTICAL FIBER CABLING THAT IS TERMINATED IN A WORK AREA?
1m (3.3’)
TDMM: PAGE 5-19
WHAT ARE WORK AREAS?
SPACES IN A BUILDING WHERE OCCUPANTS NORMALLY WORK AND INTERACT WITH THEIR TELECOMMUNICATIONS EQUIPMENT
TDMM: PAGE 5-20
NAME 4 COMPONENTS THAT ARE TYPICALLY USED TO ACCOMMODATE THE EQUIPMENT IN A WORK AREA.
- TELECOMMUNICATIONS OUTLET/CONNECTOR
- WORK AREA EQUIPMENT CORDS
- MUTOAs AND CPs
- WAPs
TDMM: PAGE 5-20
NAME THE 2 KEY ELEMENTS OF OPEN OFFICE CABLING.
- MUTOA
- CP
TDMM: PAGE 5-20
WHAT TERM DESCRIBES A CONNECTING DEVICE IN THE WORK AREA ON WHICH HORIZONTAL CABLING TERMINATES?
TELECOMMUNICATIONS OUTLET/CONNECTOR
TDMM: PAGE 5-20
IN MOST CASES, WHAT TYPE OF CONNECTOR IS REQUIRED FOR TERMINATING 4-PAIR BALANCED TWISTED-PAIR CABLING?
8P8C-TYPE MODULAR CONNECTOR
TDMM: PAGE 5-21
NAME THE 3 MOST COMMON MULTIMODE AND SINGLEMODE OPTICAL FIBER CONNECTORS.
- SC
- ST
- LC
TDMM: PAGE 5-22
WHAT IS THE MIMNIMUM NUMBER OF TELECOMMUNICATIONS OUTLETS REQUIRED FOR EACH WORK AREA?
1 OUTLET WITH A MINIMUM OF 2 RECOGNIZED CONNECTORS PER OUTLET.
TDMM: PAGE 5-22
WHAT SIZE TELECOMMUNICATIONS OUTLET BOX IS REQUIRED TO ACCOMODATE ONE OR TWO 1” CONDUITS?
4” X 4” X 2.25”
TDMM: PAGE 5-22
THE WORK AREA TELECOMMUNIATIONS OUTLET SHALL BE LOCATED WITHIN _____ OF AN ELECTRICAL OUTLET.
1m (3.3’)
TDMM: PAGE 5-23
WHAT IS THE PURPOSE OF A MUTOA?
TO CONNECT MORE THAN ONE USER TO THE HORIZONTAL CABLING SYSTEM.
TDMM: PAGE 5-25
WHAT IS THE MAXIMUM NUMBER OF WORK AREAS THAT CAN BE SERVED BY ONE MUTOA?
12
TDMM: PAGE 5-27
THE USE OF A MUTOA CABLING DESIGN OPTION ALLOWS WORK AREA EQUIPMENT CORDS TO EXTEND BEYOND _______.
5m (16.5’)
TDMM: PAGE 5-27
DO NOT USE 24AWG WORK AREA EQUIPMENT CORDS WITH LENGTHS THAT EXCEED _______.
22m (72’)
TDMM: PAGE 5-27
WHAT IS THE TOTAL LENGTH OF A BALANCED TWISTED-PAIR CHANNEL WHEN USING A MUTOA?
100m (328’)
TDMM: PAGE 5-28
WHY SHOULD MUTOAs BE INSTALLED 15m (49’) FROM THE HC (FD) WHEN BALANCED TWISTED-PAIR CABLING IS USED?
TO MINIMIZE THE EFFECTS OF MULTIPLE CONNECTIONS IN CLOSE PROXIMITY ON NEAR-END CROSSTALK LOSS AND RETURN LOSS
TDMM: PAGE 5-29
WHAT IS THE FUNCTIONAL DIFFERENCE BETWEEN A CP AND A MUTOA IN THE OPEN OFFICE ENVIRONMENT?
THE CP INTRODUCES AN ADDITIONAL CONNECTION FOR EACH HORIZONTAL CABLING RUN.
TDMM: PAGE 5-29
NAME 4 SPACES WHERE CAN BE LOCATED IF PERMITTED BY CODES, STANDARDS, AND REGULATIONS.
- SUSPENDED CEILINGS
- ACCESS FLOORS
- MODULAR OFFICE FURNITURE
- WORK AREA
TDMM: PAGE 5-30
HOW MANY CPs ARE PERMITTED IN THE SAME HORIZONTAL CABLE RUN?
NO MORE THAN 1
TDMM: PAGE 5-31
WHICH CP LAYOUT OFFERS THE HIGHEST DEGREE OF FLEXIBILITY?
CPs LOCATED ON ALL COLUMNS
TDMM: PAGE 5-32, TABLE 5.2
WHICH CP LAYOUT OFFERS THE LOWEST DEGREE OF FLEXIBILITY?
CPs LOCATED ON COLUMNS CLOSE TO THE BUILDING CORE
TDMM: PAGE 5-32, TABLE 5.2
HOW EASILY DO CPs LOCATED IN A CHECKERBOARD ORDER ACCOMMODATE CHANGE?
YES. CHANGES ARE EASILY ACCOMMODATED WHEN CPs ARE LOCATED IN A CHECKERBOARD ORDER.
TDMM: PAGE 5-32, TABLE 5.2
WHICH TYPE OF CP LAYOUT DOES NOT ACCOMODATE CHANGES EASILY?
CPs LOCATED CLOSE TO THE BUILDING CORE DO NOT ACCOMODATE CHANGES EASILY.
TDMM: PAGE 5-32, TABLE 5.2
WHAT TYPE OF CP LAYOUT TENDS TO USE THE SHORTEST WORK AREA EQUIPMENT CORDS?
CPs LOCATED ON ALL COLUMNS TEND TO HAVE THE SHORTEST WORK AREA EQUIPMENT CORDS.
TDMM: PAGE 5-32, TABLE 5.2
WHICH CP LAYOUT TENDS TO HAVE THE LOWEST DEPLOYMENT COSTS?
CPs LOCATED CLOSE TO THE BUILDING CORE TEND TO HAVE THE LOWEST DEPLOYMENT COSTS RELATIVE TO OTHER CONFIGURATIONS.
TDMM: PAGE 5-32, TABLE 5.2
WHAT IS A WLAN AP?
NETWORK DEVICE LOCATED IN AREAS OF A BUILDING OR CAMPUS AND PLACED IN RELATIVELY CLOSE PROXIMITY TO WHERE USERS INTERACT WITH THEIR WIRELESS ENABLED NETWORK DEVICES.
TDMM: PAGE 5-36
THE HDBASET ALLIANCE CREATED A POWER OVER HDBASET (PoH) STANDARD THAT DELIVERS A MAXIMUM OF ___W OVER FOUR PAIRS.
95W
TDMM: PAGE 5-37
WHAT ARE THE LEVELS OF SPECIFICATIONS FOR HDBASET?
HDBASET 1.0 AND HDBASET 2.0, WHICH HAVE THE SAME POWER SPECIFICATIONS.
TDMM: PAGE 5-37
WHAT IS THE MAXIMUM POWER AT THE SOURCE FOR POE TYPE 1?
15.40 W
TDMM: PAGE 5-37, TABLE 5.3
WHAT IS THE MAXIMUM CURRENT PER CONDUCTOR FOR POE TYPE 2?
300 mA
TDMM: PAGE 5-37, TABLE 5.3
WHAT IS THE MAXIMUM CURRENT PER PAIR FOR POE TYPE 3?
600 mA
TDMM: PAGE 5-37, TABLE 5.3
WHAT IS THE MAXIMUM POWER AT THE SOURCE FOR POE TYPE 4?
100 W
TDMM: PAGE 5-37, TABLE 5.3
WHAT IS THE MAXIMUM CURRENT PER PAIR FOR POH?
1000 mA
TDMM: PAGE 5-37, TABLE 5.3