IBM 8265 Site Preparation Manual Download

Page: 9 / 164

vii

IBM Confidential

Figures

Figure 1.

Power Plugs and Receptacles . . . . . . . . . . . . . . . . . . . . 7

Figure 2.

WE4W, WE6W, WE8W and WE8K Modular Polarization . . . . . . . . . 19

Figure 3.

MMJ Polarization . . . . . . . . . . . . . . . . . . . . . . . . . 19

Figure 4.

Wall Plate Polarizations UTP . . . . . . . . . . . . . . . . . . . . 20

Figure 5.

10BASE-T Polarization. . . . . . . . . . . . . . . . . . . . . . . 20

Figure 6.

258A (T568B) Polarization . . . . . . . . . . . . . . . . . . . . . 20

Figure 7.

356A Polarization . . . . . . . . . . . . . . . . . . . . . . . . . 21

Figure 8.

EIA T568A Polarization . . . . . . . . . . . . . . . . . . . . . . 21

Figure 9.

OPEN DECconnect Polarization . . . . . . . . . . . . . . . . . . . 21

Figure 10.

ATM Configuration Example. . . . . . . . . . . . . . . . . . . . . 34

Figure 11.

Using ATM Media Modules in ATM Campus Networking. . . . . . . . . . 55

Figure 12.

ATM 8-Pin Connector . . . . . . . . . . . . . . . . . . . . . . . 79

Figure 13.

Straight-Through UTP Cable . . . . . . . . . . . . . . . . . . . . 80

Figure 14.

E1 Twisted Pair Wrap Plug Pin Assignment. . . . . . . . . . . . . . . 82

Figure 15.

E1 Twisted Pair Connector Cable . . . . . . . . . . . . . . . . . . 82

Figure 16.

E1 Twisted Pair Cable . . . . . . . . . . . . . . . . . . . . . . . 83

Figure 17.

E1 Twisted Pair Cable Pin Assignment . . . . . . . . . . . . . . . . 83

Figure 18.

T1 Twisted Pair Wrap Plug Pin Assignment . . . . . . . . . . . . . . . 85

Figure 19.

T1 Twisted Pair Connector Cable. . . . . . . . . . . . . . . . . . . 85

Figure 20.

RJ-48 Twisted Pair T1 and J1 Cable . . . . . . . . . . . . . . . . . 86

Figure 21.

RJ-48 Twisted Pair T1 Cable . . . . . . . . . . . . . . . . . . . . 86

Figure 22.

RJ-48 Twisted Pair J1 Cable . . . . . . . . . . . . . . . . . . . . 86

Figure 23.

E1 Coaxial Wrap Plug (75 ohm) . . . . . . . . . . . . . . . . . . . 88

Figure 24.

E1 Coaxial Connector Cable . . . . . . . . . . . . . . . . . . . . 88

Figure 25.

E1 Coaxial Cable (75 ohm) . . . . . . . . . . . . . . . . . . . . . 88

Figure 26.

IBM Duplex Connector . . . . . . . . . . . . . . . . . . . . . . . 93

Figure 27.

IBM MIC Connector . . . . . . . . . . . . . . . . . . . . . . . . 94

Figure 28.

SC Connector . . . . . . . . . . . . . . . . . . . . . . . . . . 96

Figure 29.

ST Connector . . . . . . . . . . . . . . . . . . . . . . . . . . 97

Figure 30.

FC/PC Connector . . . . . . . . . . . . . . . . . . . . . . . . . 97

Figure 31.

Bayonet Connector (BNC) . . . . . . . . . . . . . . . . . . . . . 97

Figure 32.

SMA Connector . . . . . . . . . . . . . . . . . . . . . . . . . 97

Figure 33.

Biconic Connector . . . . . . . . . . . . . . . . . . . . . . . . 98

Figure 34.

Optical Fiber Wall Plates . . . . . . . . . . . . . . . . . . . . . . 99

Figure 35.

DTE-to-DTE Cables Pin Assignment . . . . . . . . . . . . . . . . 103

Figure 36.

Modem Cable Wiring for Part Number 59G0278 . . . . . . . . . . . . 104

Figure 37.

Selecting ATM Cabling Charts . . . . . . . . . . . . . . . . . . . 125

Summary of Contents for 8265

Page 1: ...8265 Nways ATM Switch Planning and Site Preparation Guide GA33 0460 0 IBM...

Page 2: ......

Page 3: ...8265 Nways ATM Switch Planning and Site Preparation Guide GA33 0460 01 IBM...

Page 4: ...cation If the form has been removed address your comments to IBM France Centre d Etudes et de Recherches Service 0798 BP 79 06610 La Gaude France FAX 33 4 93 24 77 97 E mail FRIBMQF5 at IBMMAIL IBM In...

Page 5: ...ibility 8 Static Discharge 8 Location Requirements 9 Chapter 2 Planning for Power Supplies 11 Types of Power Supply 11 Choosing Fault Tolerance 11 Determining the Number of Power Supplies Required 12...

Page 6: ...Documents 57 622Mbps Modules 58 Feature Code 6511 Multimode Fiber 58 Feature Code 6512 Singlemode Fiber 58 Optical Specifications 59 4 port 155Mbps Modules 60 Feature Code 6540 Multimode Fiber 60 Fea...

Page 7: ...witches 98 Optical Fiber Wall Plates 99 IBM Multimode Fiber Jumper Cables 100 COMM Port Connectors 101 CCITT V 24 V 28 EIA 232 D Connector 101 CCITT V 35 Connector 101 Appendix B DTE and DCE Cable Att...

Page 8: ...vi IBM 8265 Planning and Site Preparation Guide...

Page 9: ...Cable 82 Figure 16 E1 Twisted Pair Cable 83 Figure 17 E1 Twisted Pair Cable Pin Assignment 83 Figure 18 T1 Twisted Pair Wrap Plug Pin Assignment 85 Figure 19 T1 Twisted Pair Connector Cable 85 Figure...

Page 10: ...viii IBM 8265 Planning and Site Preparation Guide...

Page 11: ...s Calculation Example 35 Table 26 Verifying Fiber Link Validity Example 36 Table 27 Maximum Attenuation in Horizontal UTP FTP Cables 40 Table 28 Near End Crosstalk for UTP Cables 41 Table 29 Near End...

Page 12: ...59 E1 Coaxial Cables BNC 75 ohm 89 Table 60 E3 DS3 Cabling Details BNC 75 ohm 90 Table 61 E3 DS3 Cabling Distances 90 Table 62 Miscellaneous Optical Fiber Hardware 91 Table 63 IBM Optical Fiber Hardwa...

Page 13: ...er to maintain the separate independent approval of the IBM adapters it is essential that other optional cards not supplied by IBM do not use mains voltages or any other excessive voltages Seek advice...

Page 14: ...xii IBM 8265 Planning and Site Preparation Guide...

Page 15: ...als IBM 8265 Nways ATM Switch Product Description GA33 0449 IBM 8265 Nways ATM Switch Installation Guide SA33 0441 IBM 8265 Nways ATM Switch Media Module Reference Guide SA33 0459 IBM 8265 Nways ATM S...

Page 16: ...xiv IBM 8265 Planning and Site Preparation Guide...

Page 17: ...cumentation for each network that is connected to the 8265 to show the location of The 8265 All equipment to be connected to the 8265 The areas where the cables will be laid Power receptacles for all...

Page 18: ...to 125 6 F Relative humidity 8 to 80 Wet bulb 27 C 80 6 F Storage and Shipping Environment Shipping temperature 40 to 60 C 40 to 140 F Storage temperature 1 to 60 C 33 8 to 140 F Wet bulb 29 C 84 2 F...

Page 19: ...th NOT to a neutral ground that carries current back to the transformer Do not use an electrical conduit pipe as your only means of grounding the 8265 There must be four ac power outlets available wit...

Page 20: ...for 1 DC supply maximum 60 Amps and 16 Amps within 16 ms To accept the inrush current it is recommended that you use a 100 Amp source to feed up to four 48 Volt DC power supplies Caution Use only the...

Page 21: ...aximum 220 Volt range 180 V ac minimum 256 V ac maximum 48 V dc 40 V dc minimum 57 V dc maximum Table 5 Maximum Inrush Current per 415W Power Supply at Power On 20 A Table 6 Power Source Needed per Po...

Page 22: ...beria Mexico Netherlands Antilles Nicaragua Panama Peru Philippines Saudi Arabia Surinam Taiwan Thailand Trinidad U S A Venezuela 6952300 6952301 1 8 m 6 ft I Bahrain Brunei Cyprus Ghana Hong Kong Ira...

Page 23: ...e transformer Note Do not use a conduit as the only means of grounding Important Where a 48 V dc power supply is used with the 8265 refer to the 8265 Nways ATM Switch Installation Guide SA33 0441 Figu...

Page 24: ...identifying possible sources of magnetic interference at the site you choose to set up the 8265 Before positioning control units or cabling a setup planning review may be appropriate to evaluate the...

Page 25: ...to the wall Provide sufficient vertical space in your rack for each switch you wish to install For proper ventilation install the switch in a rack that has an open back Install patch panels in the ra...

Page 26: ...10 IBM 8265 Planning and Site Preparation Guide...

Page 27: ...um number needed to operate it The minimum number of power supplies is determined by the amount of power required to operate all of the installed components The availability of extra power can help pr...

Page 28: ...dule Power Requirements Table 12 lists the power requirements for the 8265 modules and daughter cards Table 12 8265 Module and Daughter Card Power Consumption Type Feature Code Slot Width Power Requir...

Page 29: ...sal Feature Cards for 8271 ATM Ethernet LAN Switch Modules 4 port Ethernet 10BASE T 9195 5 5 3 port Ethernet 10BASE FL 8603 6 7 1 port Ethernet 100BASE Tx 6995 5 7 1 port Ethernet 100BASE Fx 7000 6 0...

Page 30: ...annot backup a higher output power supply 415 Watt See the IBM 8260 Nways Multiprotocol Switching Hub Product Description GA33 0415 for power capacities when a mixture of 415 W and 295 W AC power supp...

Page 31: ...pecifications of the newly specified STP A cable through 300 MHz It should be noted however that the transmission characteristics of the original data connectors for STP do not meet the requirements o...

Page 32: ...for the increased system performance risk from external noise sources increased crosstalk and increased cable attenuation compared with the Category 5 UTP choices In addition Category 3 cabling may li...

Page 33: ...omponents meet the performance requirements of the installed cable type If not the link should be characterized as meeting the performance class of its worst component That is Category 5 cable termina...

Page 34: ...owever this copper cabling should be a supplement to and not a substitute for the recommended optical fiber cable interconnecting the telecommunications closets in a campus network Bibliography The fo...

Page 35: ...oice communications industry standard Most voice equipment is compatible with this sequence Available in WE4W WE6W WE8W and WE8K modular polarization of four six and eight wire channels MMJ This is an...

Page 36: ...s is specified by AT T for use in PDS applications Eight wire channels in WE8W or WE8K polarization Figure 4 Wall Plate Polarizations UTP Figure 5 10BASE T Polarization Figure 6 258A T568B Polarizatio...

Page 37: ...ned the following pin or pair assignments as their preferred sequence OPEN DECconnect DEC have designated the following pin and pair assignments as their preferred sequence Figure 7 356A Polarization...

Page 38: ...22 IBM 8265 Planning and Site Preparation Guide...

Page 39: ...you use 62 5 micron fiber that conforms with IEEE 10BASE F standards When you use singlemode fiber IBM recommends that you use 9 micron fiber that conforms with the IEEEE 10BASE F standards Carefully...

Page 40: ...t and keying if desired Transceivers with integrated connectors are used The transmit and receive cables cannot be accidentally swapped with a duplex connector Each point to point connection is indepe...

Page 41: ...cron multimode optical fibers as defined in the ISO 9314 ANSI X3T9 5 standard for both the token ring networks and FDDI applications Each cable specification parameter must be met over the full range...

Page 42: ...ounts environments and installation requirements covered by these cables Since the tensile strength and the minimum bend radius are dependent on the size of the cable these specifications are also lef...

Page 43: ...ink due to connectors splices cable type patch panels and jumper cables is less than the optical power budget These steps are described in the following sections Notes 1 The distances achievable depen...

Page 44: ...n the total power loss See Calculating Power Loss in an ATM Connection on page 34 When validating cabling distance in fiber links network planners and installers should calculate for maximum optical p...

Page 45: ...or connectors with physical and non physical contacts as shown in Table 20 IBM recommends that high quality low loss connectors be used in your ATM connections Table 20 Optical Power Loss per Connecto...

Page 46: ...es not exceed the value for Maximum Received Power in the SC Transceiver specifications as given in Chapter 7 Table 21 shows the average power loss for each splice type according to cable size When ca...

Page 47: ...rmine the power loss in your fiber cable refer to the loss characteristic established by the cable manufacturer When calculating the total power loss for an ATM connection be sure to use the highest v...

Page 48: ...ical power loss through a patch panel includes the loss resulting from the two connectors and the bulkhead Table 23 shows the ranges and typical amounts of power loss for different types of patch pane...

Page 49: ...ded in your ATM network because each port regenerates the optical signal at full strength as it was originally transmitted from the source end system in the connection The total power loss at each IBM...

Page 50: ...Loss Through Jumper Cables on page 33 Example In the example shown in Figure 10 the connection between ATM Desktop A and ATM Desktop D uses multimode fiber cable 62 5 125 micron and consists of the fo...

Page 51: ...265 B to 8265 C Jumper cable from 8265 B to patch panel 0 75 Table 24 Patch panel 1 0 worst case Table 23 Cable connector to one patch panel 0 7 Table 20 2 kilometer cable between buildings 5 0 worst...

Page 52: ...the optical power transmission does not exceed the optical power budget and disrupt the quality of data transmission for your current fiber configuration IBM recommends that you Do not install additio...

Page 53: ...Copyright IBM Corp 1994 1998 37 Part 0 Chapter 5 Planning for Twisted Pair Cable Connections This chapter describes how to plan for twisted pair connections to the ATM subsystem...

Page 54: ...z For more information about this Standard see the EIA TIA Commercial Building Telecommunication Wiring Standard ANSI EIA TIA July 1991 Because cabling manufacturers have developed even higher perform...

Page 55: ...EIA TIA Category 5 media exceeds the requirements of EIA TIA Category 4 You can use the EIA TIA Category 4 values for the maximum number of attaching devices and the maximum lobe length Category 5 wi...

Page 56: ...hould be adjusted at elevated temperatures by using a factor of 0 3 increase per C for Category 4 and Category 5 cable Cable attenuation should be verified at temperatures of 40 C 104 F and 60 C 140 F...

Page 57: ...crosstalk measurements between 772 KHz and 100 MHz were performed on 305 m 1000 ft of cable Table 28 Near End Crosstalk for UTP Cables Frequency MHz Category 3 Category 4 Category 5 0 772 43 58 64 1...

Page 58: ...stance of a conductor measured at a temperature of 25 3 C has a maximum value of 57 1 ohms km for Type 1A and 151 ohms km for Type 6A and Type 9A Resistance Unbalance The maximum dc resistance unbalan...

Page 59: ...tenuation in dB km measured on 100 m reels must be bounded by the following function for all frequencies f in MHz between 20 MHz and 300 MHz ko is the attenuation in dB km at 62 5 MHz Frequency Type 1...

Page 60: ...k NEXT Notes 1 Crosstalk measurements from 9 6 kHz to 20 MHz were performed on 305 m or greater reels 2 Crosstalk measurements from 20 MHz to 300 MHz were performed on 100 m reels using a North Hills...

Page 61: ...balun The three reflection coefficients p match p short and p open are then substituted into the following equations to determine the scattering parameters of the test setup After the scattering param...

Page 62: ...then calculated using the equation Note Characteristic impedance measurements are performed on 305 m or greater reels at 25 3 C 10 percent tolerance unless otherwise noted Notes 1 Tolerance 2 The spec...

Page 63: ...from swept frequency voltage measurements on short lengths of Type 1A STP test leads terminating at the connector under test A balanced input signal is applied to a disturbed pair of the connector whi...

Page 64: ...m braid over aluminum shielding The shielding percentage is calculated per MIL C 915E Aluminum backed insulating tape is wrapped around the two pairs Individual or S shaped aluminum shielding must be...

Page 65: ...ethylene 33G2774 2 3 7 5 Type 1 outdoor 2 TP 22 T R Polyethylene 4716734 2 3 7 5 Type 1A outdoor 2 TP 22 FDDI Polyethylene 33G8225 2 3 7 5 Type 2 non plenum 2 TP 4 TP 22 28 T R Polyethylene 4716739 2...

Page 66: ...installation indoors or for aerial installation or placement in underground conduit Type 5 Riser Multiple fiber cable suitable for horizontal and riser runs within a building For more information refe...

Page 67: ...d twisted pair FTP Category 3 4 or 5 or 120 ohm UTP or FTP Category 4 or 5 cabling including patch and equipment cabling Termination hardware should always match the category of cable that is terminat...

Page 68: ...exceed 80 percent of the distances in Table 33 and Table 34 For countries where cabling is manufactured according to the less stringent ISO standard the maximum distances for such assemblies should b...

Page 69: ...aughter Cards To adhere to country specific regulations regarding the earthing of outer conductors on coaxial pairs both receive and transmit ports four jumpers are provided on the rear of the DS3 E3...

Page 70: ...54 IBM 8265 Planning and Site Preparation Guide...

Page 71: ...8265 media modules can be used as the link in an ATM system to connect 8265 switches together They can also be used to connect workstations hubs servers and other ATM devices such as the 8285 Workgro...

Page 72: ...tic cable with SC connectors at 155Mbps or 622Mbps Twisted Pair UTP FTP or STP cable with RJ 45 connectors at 25Mbps 155Mbps 2Mbps for E1 interface or 1 5Mbps for T1 J1 interface Coaxial cable with BN...

Page 73: ...ven in Appendix D Cabling Charts on page 125 Select the appropriate chart or charts and make enough copies for all the ATM links that you have in your ATM system To select the chart to be used refer t...

Page 74: ...ports 1 Supported daughter cards none Connectors SC Supported cable types 62 5 125 micron preferred 50 125 micron Maximum cable lengths 20 km Optical Specifications See page 59 Number of ports 1 Suppo...

Page 75: ...l 1300 nm Singlemode 1274 min 1356 max Multimode 1270 min 1380 max Optical Power Table 37 Optical Specifications for 1 port 622Mbps Modules Cable Type Maximum dBm Minimum dBm Power Budget dBm Max Leng...

Page 76: ...4 depending on number of I O cards installed Supported daughter cards multimode fiber singlemode fiber twisted pair Connectors SC for fiber I O cards RJ 45 for twisted pair I O cards Supported cable t...

Page 77: ...50 125 micron Transmitter Power 14 22 5 7 5 2 km 1 24 miles Receiver Sensitivity1 14 30 Multimode 62 5 125 micron Transmitter Power 14 19 11 2 2 km 1 36 miles Receiver Sensitivity1 14 30 1 The range o...

Page 78: ...r Maximum cable lengths 2 2 km 1 36 miles Table 40 Optical Specifications for 4 port 155Mbps Module Fiber Daughter Cards Cable Type Maximum dBm Minimum dBm Power Budget dBm Max Length Multimode 50 125...

Page 79: ...0 and 120 ohm or STP 150 ohm 62 5 125 micron multimode fiber for daughter card Maximum cable lengths 100 m 330 ft for Category 3 UTP cabling 150 m 495 ft for Category 4 UTP cabling 160 m 528 ft for Ca...

Page 80: ...ng Information for 12 Port 25Mbps Module Cable Type Impedance Category Trunk Attenuation 100 MHz Patch Attenuation 100 MHz RFI Class UTP 100 ohm 5 Class D 22db Max 100 m 33 db Max 100 m A FTP SFTP 100...

Page 81: ...d DS3 RJ 48 for T1 J1 SC for OC3 and STM 1 Supported cable types RG59 coax 75 ohm or FTP 120 ohm for E1 FTP 120 ohm for T1 J1 RG59 coax 75 ohm for E3 and DS3 9 125 micron fiber for OC3 and STM 1 singl...

Page 82: ...ximum dBm Minimum dBm Power Budget dBm Max Length Singlemode 9 125 micron Transmitter Power 8 15 14 20 km 12 4 miles Receiver Sensitivity1 8 29 Multimode 50 125 micron Transmitter Power 14 22 5 7 5 2...

Page 83: ...ion Yes Connector Type SC Number of Line Attachments 1 line attachment per I O card Physical Interfaces OC3 STM 1 Laser 1310 nm class 1 ITU G 597 1310 nm LED Minimum Transmitted Power 15 dB 19 dB Mini...

Page 84: ...Mbps Clock Role DTE or DCE Connector Type BNC 75W line impedance BNC 75W unbalanced line impedance Number of Line Attachments 1 line attachment per I O card Physical Interfaces DS3 ITU T G 703 Code B8...

Page 85: ...mpedance Twisted Pair Open wires 120W line impedance ISO IS8877 Number of Line Attachments Up to 4 line attachments per I O card Physical Interfaces Interface type DS1 DSX1 maximum length of cable to...

Page 86: ...ure Card Planning and Installation Guide GA27 4156 Number of ports 12 base plus additional ports depending on the I O cards installed Supported daughter cards 10BASE T 4 port 10BASE FL 3 port 100BASE...

Page 87: ...ide GA27 4156 Number of ports 8 base plus additional ports depending on the I O cards installed Supported daughter cards UTP STP 4 port Fiber 2 port ATM Ethernet 1 port RMON LAN probe Connectors RJ 45...

Page 88: ...termination Guide GA27 4141 Connectors One RS 232 DB 9 connector for service port connection Two Type 3 PCMCIA slots Switch interface 16 bit 20ns 256Mbps Processor Power PC 603E at 100 MHz Power requi...

Page 89: ...formation Refer to the following documents for information IBM Video Distribution Module User s Guide GA27 4173 Number of ports 8 video 8 audio Connectors BNC for video 5 pin mini DIN for audio Cable...

Page 90: ...Width Faceplate Marking 4 Port 100Mbps SC 4 1 A4 SC100 4 Port 100Mbps MIC 4 1 A4 FB100 12 Port 25Mbps RJ 45 12 1 A12 TP25 2 Port 155Mbps 2 1 A2 MB155 3 Port 155Mbps 3 1 A2 MB155 ATM WAN 2 1 A2 WAN ATM...

Page 91: ...E1 T1 E3 I O Card BNC 1 E3 DS3 I O Card BNC 1 DS3 OC3 SMF I O Card SC 1 O SF OC3 MMF I O Card SC 1 O MF STM 1 SMF I O Card SC 1 S SF STM 1 MMF I O Card SC 1 S MF 25Mbps Module Daughter Card Multimode...

Page 92: ...upgrade FPGA code refer to IBM 8260 Nways Multiprotocol Switching Hub ATM Control Point and Switch Module Installation and User s Guide SA33 0326 Other supported 8260 ATM modules 8271 8272 LAN Switch...

Page 93: ...here in the United States Monday through Friday 8 A M to 8 P M Eastern time The toll free number is 1 800 IBM 2468 To obtain information outside the United States contact your local IBM branch office...

Page 94: ...to Port Cable with Open Wires for E1 30m 100 ft 57G8030 Germany 80G3984 Port to Port Cable with Open Wires for E1 70m 230 ft 57G8031 Germany 80G3983 Port to Port Cable with Open Wires for E1 100m 328...

Page 95: ...sion over twisted pair cables The recommended twisted pair cabling specifications are 100 ohm UTP Category 3 or better for 25Mbps 100 ohm UTP Category 5 or better for 155Mbps The RJ45 pin assignments...

Page 96: ...nnect non ATM Forum compliant devices to ATM Forum compliant ports you must use a twisted pair cable that connects the pins as shown in Table 51 A cable with this pin assignment is available from IBM...

Page 97: ...M universal data connector The pin layout is described in Table 53 Table 52 Twisted Pair 8 Pin Connector Patch Cable Overall Length Part Number 2 49 m 8 ft 42H0544 Table 53 Shielded 8 Pin Conversion t...

Page 98: ...2 module E1 daughter card Wrap Plug The part number of the wrap plug is 57G8097 Figure 14 E1 Twisted Pair Wrap Plug Pin Assignment Cable and Connectors Figure 15 E1 Twisted Pair Connector Cable Table...

Page 99: ...he Connector Kit is 57G8075 Bulk Cable Specifications Two twisted pairs AWG 24 120 ohm Shielding on each twisted pair plus overall shielding Maximum length 122 m Connector P2 Not predefined Depends on...

Page 100: ...ghter card then the IBM Service Engineer installs this plug on the fly leads of the supplied cable Table 55 E1 Twisted Pair Cables Length m ft Feature Code Part Number World Wide Except Germany German...

Page 101: ...odule T1 J1 daughter card Wrap Plug The part number of the wrap plug is 57G8097 Figure 18 T1 Twisted Pair Wrap Plug Pin Assignment Cable and Connectors Figure 19 T1 Twisted Pair Connector Cable Table...

Page 102: ...ed Pair T1 and J1 Cable Interchange Circuit for RJ 48 T1 Cable Figure 21 RJ 48 Twisted Pair T1 Cable Interchange Circuit for RJ 48 J1 Cable Japan only Figure 22 RJ 48 Twisted Pair J1 Cable Connector K...

Page 103: ...does not guarantee electromagnetic compatibility EMC compliance for the 82165 machine Cable List Homologation and Notes E1 twisted pair complies with the following EU directives If the PTT require an...

Page 104: ...Figure 23 E1 Coaxial Wrap Plug 75 ohm Cable and Connectors Figure 24 E1 Coaxial Connector Cable Figure 25 E1 Coaxial Cable 75 ohm Table 58 E1 Twisted Pair Cables E1 Coaxial Interface Description Numbe...

Page 105: ...stics Customer Cables Be very careful when selecting cables Only 75 ohm coaxial cables must be used 93 ohm or 50 ohm coaxial cables are not acceptable Shielding must have an aluminium foil shield and...

Page 106: ...use the maximum recommended distance depends on the quality of cabling used the values given in are approximate Table 60 E3 DS3 Cabling Details BNC 75 ohm Cable Type Impedance Attenuation 400 MHz RG59...

Page 107: ...ber Fiber Distribution Panel Rack 74F8658 Fiber Splice Panel Rack 74F8659 Fiber Storage Panel Rack 74F8660 Fiber Splice Drawer Rack 74F8661 Fiber Distribution Panel Wall 74F8662 Fiber Storage Panel Wa...

Page 108: ...glemode SC Wrap Plug multimode 78G9610 19G5609 MIC Wrap Plug 92F9003 MIC to FC PC Adapter 92F9004 MIC to MIC Coupler 92F9008 MIC to ST Adapter 92F9009 Multiple Port Wall Outlet Assembly MIC to ST 92F9...

Page 109: ...ion to ESCON devices It contains both receive and transmit fibers in one connector The connector is keyed to provide correct transmit and receive polarity and uses release tabs to prevent accidental r...

Page 110: ...covers are shown over the ferrules in the following illustration Transmitter Electrical Characteristics Figure 27 IBM MIC Connector Table 64 Transmitter Electrical Characteristics for MIC Connectors P...

Page 111: ...sensitivity1 35 33 dBm Average maximum input power2 14 dBm Optical wavelength for rated sensitivity 1270 1380 nm Notes 1 Average optical power coupled from a 0 29 NA 62 5 125 m fiber at 125Mbps with...

Page 112: ...s 1 Measured average power coupled into 0 29 NA 62 5 125 m fiber 2 The optical rise time fall time center wavelength and spectral width fit within the boundaries outlined in ANSI X3T9 5 PMD Table 67 R...

Page 113: ...r multimode optical fiber strand A field termination kit is needed to install the connector BNC Connector The BNC bayonet node connector terminates one singlemode or multimode optical fiber strand Thi...

Page 114: ...urrently available from IBM distributors Biconic to Biconic IBM Duplex to IBM Duplex IBM Duplex to ST IBM Duplex to FC PC IBM Duplex to IBM FDDI FC PC to FC PC IBM FDDI to ST IBM FDDI to FC PC MIC to...

Page 115: ...s 99 Optical Fiber Wall Plates IBM offers two different wall plates that can be configured with various optical and copper adapters and connections For more information see your IBM Marketing Represen...

Page 116: ...imode Fiber Jumper Cable List Description Length IBM Part Number SC to SC 2 m 6 5 ft 19G6706 4 m 13 ft 19G4864 6 m 20 ft 19G4865 10 m 33 ft 19G4866 20 m 66 ft 19G4867 40 m 135 ft 19G4868 Custom Length...

Page 117: ...M port CCITT V 24 V 28 EIA 232 D Connector The CCITT V 24 V 28 EIA 232 D connector is on the communication interface cable It is used to connect modules to modems or other signal converters CCITT V 35...

Page 118: ...102 IBM 8265 Planning and Site Preparation Guide...

Page 119: ...ts DTE Direct Attachment Interposer and Wiring Part Number 58F2861 Note This part is shipped with the 8265 Gender Changer Interposer Cable Part Number 58G4422 When the EIA 232 terminal attachment has...

Page 120: ...8265 Length 3 05 m 10 ft When the EIA 232 terminal attachment has a male connector the connector inverter male female must be used to fit the adapter cable pin offered Use the adapter metal shell Part...

Page 121: ...Copyright IBM Corp 1994 1998 105 Appendix C Blank Planning Charts...

Page 122: ...106 IBM 8265 Planning and Site Preparation Guide...

Page 123: ...Appendix C Blank Planning Charts 107...

Page 124: ...108 IBM 8265 Planning and Site Preparation Guide...

Page 125: ...Appendix C Blank Planning Charts 109 Physical Location to Adapter Address Locator Chart Adapter Address Physical Location Segment Number 8265 Number Device Identification...

Page 126: ...110 IBM 8265 Planning and Site Preparation Guide...

Page 127: ...Appendix C Blank Planning Charts 111 Adapter Address to Physical Location Locator Chart Adapter Address Physical Location Segment Number 8265 Number Device Identification...

Page 128: ...112 IBM 8265 Planning and Site Preparation Guide...

Page 129: ...2 13 Controller Controller 14 15 16 17 18 18 19 19 Slot Sheet Number Module 8265 Cabling Chart Section 1 Identification Section 2 Slot Assignments 8265 Unit Number Building Number Wiring Closet Rack N...

Page 130: ...114 IBM 8265 Planning and Site Preparation Guide...

Page 131: ...Appendix C Blank Planning Charts 115 Unit Number Slot Number Feature Number Number of Ports 1 2 3 4 5 6 7 8 9 10 11 12 13 Port Number Cable Module Type Connect to Connector Port Cabling Chart Sheet of...

Page 132: ...116 IBM 8265 Planning and Site Preparation Guide...

Page 133: ...Appendix C Blank Planning Charts 117 Unit Number Slot Number Feature Number Number of Ports 1 2 3 4 5 6 7 8 9 10 11 12 13 Port Number Cable Module Type Connect to Connector Port Cabling Chart Sheet of...

Page 134: ...118 IBM 8265 Planning and Site Preparation Guide...

Page 135: ...Appendix C Blank Planning Charts 119 Unit Number Slot Number Feature Number Number of Ports 1 2 3 4 5 6 7 8 9 10 11 12 13 Port Number Cable Module Type Connect to Connector Port Cabling Chart Sheet of...

Page 136: ...120 IBM 8265 Planning and Site Preparation Guide...

Page 137: ...Appendix C Blank Planning Charts 121 Unit Number Slot Number Feature Number Number of Ports 1 2 3 4 5 6 7 8 9 10 11 12 13 Port Number Cable Module Type Connect to Connector Port Cabling Chart Sheet of...

Page 138: ...122 IBM 8265 Planning and Site Preparation Guide...

Page 139: ...Appendix C Blank Planning Charts 123 Unit Number Slot Number Feature Number Number of Ports 1 2 3 4 5 6 7 8 9 10 11 12 13 Port Number Cable Module Type Connect to Connector Port Cabling Chart Sheet of...

Page 140: ...124 IBM 8265 Planning and Site Preparation Guide...

Page 141: ...1994 1998 125 Appendix D Cabling Charts Determining Which Cabling Chart to Use This section helps you to determine which cabling charts you should fill out for your ATM connections Figure 37 Selecting...

Page 142: ...126 IBM 8265 Planning and Site Preparation Guide...

Page 143: ...from the console EIA 232 RS 232 port directly to a management console 8265 Unit Number Slot Number Sheet Number _________ ________ ____of____ Cable Type ________________ Modem Type ________________ D...

Page 144: ...128 IBM 8265 Planning and Site Preparation Guide...

Page 145: ...Adapter Address 1 ________ ________ ________ ______________ ________ 2 ________ ________ ________ ______________ ________ 3 ________ ________ ________ ______________ ________ 4 ________ ________ _____...

Page 146: ...130 IBM 8265 Planning and Site Preparation Guide...

Page 147: ...________ 3 ________ _______________ ___________ ___________ ___________ 4 ________ _______________ ___________ ___________ ___________ 5 ________ _______________ ___________ ___________ ___________ 6...

Page 148: ...132 IBM 8265 Planning and Site Preparation Guide...

Page 149: ...ollowing tables give a quick summary of the cabling characteristics for each 8265 module For more detailed information refer to the appropriate chapters and to module documentation For twisted pair ca...

Page 150: ...12 5012 A12 TP25 25 UTP3 FTP STP 100 120 150 100 m 162 m 255 m RJ45 Shielded Multimode Fiber 1 8510 MF 155 Fiber 62 5 125 2 2 km SC A12 TP25 I O card See Note 1 Video Distribution 8 5008 A8 MPEG RG59...

Page 151: ...150 750 m 290 m 827x LAN Switch Universal Feature Cards UTP STP Token Ring 4 5092 4 or 16 RJ 45 See 8272 base Fiber Token Ring 2 5087 4 or 16 Fiber 62 5 125 2 km ST RI RO 10BASE T 4 9195 10 RJ 45 See...

Page 152: ...136 IBM 8265 Planning and Site Preparation Guide...

Page 153: ...ense to these patents You can send license inquiries in writing to the IBM Director of Licensing IBM Corporation 500 Colombus Avenue Thornwood New York 10594 U S A Industry Standards Reflected in This...

Page 154: ...erence to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at its own...

Page 155: ...EIDA are satisfied Korean Communications Statement Please note that this device has been approved for business use with regard to electromagnetic wave interference If you find this is not suitable for...

Page 156: ...VT100 and LAT are trademarks of Digital Equipment Corporation MOTOROLA is a trademark of MOTOROLA Corporation OSF Motif OSF and Open Software Foundation are trademarks of the Open Software Foundation...

Page 157: ...ly erasable programmable read only memory EF Ethernet fiber EIA Electronic Industries Association ESD electrostatic discharge EUI end user interface FC 1 ferrule connector 2 feature code FCC Federal C...

Page 158: ...information tool SMT system management team SNMP simple network management protocol SR source routing SRAM slow RAM SRT source routing transparent ST straight tipped connector STP shielded twisted pai...

Page 159: ...cols and Features SC30 3819 Multiprotocol Switched Services MSS Server Service Manual GY27 0354 Multiprotocol Switched Services MSS Server Setup and Problem Determination Guide GA27 4140 Nways Multipr...

Page 160: ...Wiring G320 8059 IBM Cabling System Planning and Installation Guide GA27 3361 IBM Cabling System Catalog G570 2040 IBM Cabling System Optical Fiber Planning and Installation Guide GA27 3943 Installati...

Page 161: ...ing this book We will greatly appreciate them and will consider them for later releases of the present book If you prefer sending comments by FAX or electronically use FAX 33 4 93 24 77 97 E mail FRIB...

Page 162: ...LACE POSTAGE STAMP HERE GA33 0460 01 Please do not staple Fold and Tape Fold and Tape Please do not staple Fold and Tape Fold and Tape Cut or Fold Along Line Cut or Fold Along Line IBM France Centre D...

Page 163: ......

Page 164: ...IBM Printed in Denmark GA33 0460 01...

Search results

Summary of Contents for 8265

Reviews:

Related manuals for 8265

Brands by name

Popular brands

IBM 8265, Site Preparation Manual

Search results

Summary of Contents for 8265

Reviews:

Related manuals for 8265

Brands by name

Popular brands