Summary of 0818D
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0818d user’s guide doc no. 1002830 rev 3 user’s guide 0818d compactpci system.
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0818d user’s guide 2 copyright 2003 doc no. 1002830 rev 3 all rights reserved the information in this document is subject to change without prior notice in order to improve reliability, design, and function, and does not represent commitment on the part of the manufacturer. In no event will the manu...
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0818d user’s guide 3.
Page 4: Table of Contents
Table of contents 0818d user’s guide 4 chapter 1. Introduction introduction .......................................................................................1-1 chapter 2. Specifications 2.1 overview .....................................................................................2-1 2.2 m...
Page 5: Table of Contents
Table of contents 0818d user’s guide 5 3.2.1 removal and installation of i/o boards ...............................3-3 3.3 rear i/o transition modules .......................................................3-4 3.3.1 removal of the rear i/o transition modules ......................3-4 3.3.2 insertion...
Page 6: Table of Contents
Table of contents 0818d user’s guide 6 chapter 4. Power distribution 4.1 dual input power modules..........................................................4-1 4.1.1 thermal shutdown...............................................................4-3 4.1.2 removal of an input power module.................
Page 7: Table of Contents
Table of contents 0818d user’s guide 7 6.5.2 battery backup....................................................................6-6 6.5.3 host serial interface ports ..................................................6-7 6.5.4 hot pluggable board...........................................................
Page 8: Table of Contents
Table of contents 0818d user’s guide 8 p2 connector pin assignments (system slot) .......................... A1-5 p2 connector pin assignments (i/o slot).................................. A1-6 p2 signal descriptions............................................................... A1-7 p3, p4, p5 conne...
Page 9: Table of Contents
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Page 11: Chapter 1 - Introduction
Chapter 1 - introduction 0818d user’s guide 1-1 1 introduction welcome to the i-bus family of compactpci computer systems. This manual provides information necessary to set up and maintain the 0818d system. The 0818d system is an 18-slot compactpci platform in an 8u optimally cooled enclosure. Its b...
Page 12: Chapter 1 - Introduction
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Page 13: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-1 2 specifications 2.1 overview • the i-bus 0818d is designed to serve the telecom company/central office market for rack mount ha full hot- swap compactpci systems. • the system is an 8u, 18-slot, compactpci platform consisting of sixteen node slots a...
Page 14: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-2 8u upper backplane fan tray with alarm/status display backplane fan tray filtered air intake 2 0 0 w p / s 2 1 3 4 5 6 7 8 10 11 12 13 14 9 l e d on off f a b r i c # 1 f a b r i c # 2 15 i-bus/ phoenix 2 0 0 w p / s 2 0 0 w p / s 2 0 0 w p / s pci p...
Page 15: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-3 • the front panel is capable of customization with customer’s designation/logo, as well as accommodating alarm/status display board. • entire front surface of the enclosure is powder coated black. • all backplane cooling fans are hot pluggable, eithe...
Page 16: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-4 • n+1 redundant power supplies (n = 3), delivering a minimum of 200w each throughput from the dual power input module system, should share current load on all dc outputs. • dc dual input power module system provides full redundancy of input power com...
Page 17: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-5 2.2.3 dc input power modules these modules control the 800 watts required by the power supplies to provide 600 watts of computer power for the n+1 redundant requirement. The input voltage range of the dc modules is less than the 36 to 72v range of th...
Page 18: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-6 • this monolithic backplane has 2 segments of h.110 bus. One h.110 bus exists on slots #2 through #8. The other h.110 bus exists on slots #10 through #16. • the backplane includes two standard fabric slots (#17 and #18) according to picmg 2.16 and tw...
Page 19: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-7 • to allow cmc functionality, the cpci backplane incorporates a special connector to carry all the necessary signals to and from the cmc board. These signals are as follows: temperatures dc rail voltages (+12v, -12v, +5v, +3.3v) dc main input (dual m...
Page 20: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-8 • environment variables to be monitored/controlled by the cmc board include the following: temperatures dc rail voltages (+12v, -12v, +5v, +3.3v) dc main input (dual main inputs) battery power to the cmc (optional) fan tachometers (three blowers) fan...
Page 21: Chapter 2 - Specifications
Chapter 2 - specifications 0818d user’s guide 2-9 2.3.4 vibration/shock • operating vibration: 0.25g @ 2-100 hz 1.5g @ 100-500 hz. • storage/transport vibration: 2g @ 5-500 hz. • operating shock: 10g @ 11 msec • nebs earthquake zone 4. • storage/transport shock. 30g @ 11 msec. 2.3.5 safety agency • ...
Page 23: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-1 3 hardware this chapter discusses the removal and installation of the sbc module, add-in board modules, rear i/o modules, cmc board, backplane, fan tray, blowers, and air filter. Caution! Caution! Caution! Caution! Please note unless working on hot-swap co...
Page 24: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-2 3.1 sbc module the 0818d supports one picmg compliant single board computer (sbc). The sbc is mounted through the front of the enclosure in slot #1. The sbc is held in place with two injector/ejector handles that stabilize the board when they are engaged. ...
Page 25: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-3 3.2 add-in boards all add-in board modules are mounted through the front of the enclosure. They are held in place with two injector/ejector handles that stabilize the boards when they are engaged. The 0818d provides for full hot swap of add-in boards to pi...
Page 26: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-4 insert the add-in board module on its card guides until the handle latches begin to engage. Make sure the two guide pins mate properly into the corresponding hole in the add-in board card guides. 2. Engage the injector/ejector handles by pressing them towa...
Page 27: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-5 3. Completely retract the injector/ejector handles by pressing them away from each other. Note: this may require some force. 4. Slide the rear i/o module out of the chassis. Note: if you do not plan on immediately replacing a removed i/o module, you must c...
Page 28: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-6 3.4 cmc (chassis management controller) board the 0818d supports a chassis management controller (cmc) board in a connector slot located behind the power supply connectors on the rear of the cpci backplane. Refer to chapter 6 for more information about thi...
Page 29: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-7 3.4.1 indicators and controls figure 3-1 is a drawing of the front plate of the cmc board. Led indicators and pushbutton controls on the board are as follows: 3.4.1.1 critical alarm led (cr) this red led, when illuminated, indicates the presence of a criti...
Page 30: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-8 last led, the cmc health led, will turn red for approximately one second before reverting to its normal green condition. 3.4.1.8 aco off pushbutton this pushbutton silences the audible alarm that sounds upon the occurrence of any alarm condition and also i...
Page 31: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-9 2. Engage the injector/ejector handles by pressing them towards each other. Note: if a firm steady pressure on the handles does not readily seat the board, verify proper board alignment, clear insertion path and connector pin straightness. 3. Secure the re...
Page 32: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-10 figure 3-2. Front view of i-bus monolithic backplane 3.6 backplane cooling fans and blowers for optimum cooling, the 0818d has eight 9.5 cfm fans at the bottom of the card cage, two 23 cfm fans under the power supplies, and three blowers located at the to...
Page 33: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-11 energized and the tray is correctly aligned, the fans will immediately start running as contact is made with the rear power connectors. 2. Replace the access cover and tighten the captive thumbscrew. Individual fans may be replaced on the fan tray, howeve...
Page 34: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-12 figure 3-6). Figure 3-5. Cooling blowers (one partially withdrawn) figure 3-6. Display/status board partially rotated outward 3.6.4 installation of the cooling blowers 1. Carefully align the right and left hand edges of the replacement blower shuttle with...
Page 35: Chapter 3 - Hardware
Chapter 3 - hardware 0818d user’s guide 3-13 3.7 chassis filter using a vacuum cleaner or compressed air, clean the chassis filter once a month or whenever dust accumulates on it. Failure to do so may cause the unit to overheat and fail. The filter element may be washed if it is very dirty. If the f...
Page 36: Chapter 3 - Hardware
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Page 37: 4 Power
Chapter 4 – power distribution 0818d user’s guide 4-1 unless working on hot-swap components, always shut down the system and turn off all power and disconnect the power cord before working on the system 4 power distribution this chapterdiscusses the input power modules, power supply and input circui...
Page 38: Warning
Chapter 4 – power distribution 0818d user’s guide 4-2 the two input power modules will plug into the computer backplane at the left rear of the computer chassis (see figure 4-2). The physical location of the modules will determine which module is the preferred input. The two modules are identical, a...
Page 39: 4.1.1 Thermal Shutdown
Chapter 4 – power distribution 0818d user’s guide 4-3 4.1.1 thermal shutdown if the internal temperature sensors exceed 100 ° c, the input power module will shut down and the red thermal fault led indicator on the front face of the module will illuminate. After the cause of the over temperature has ...
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Chapter 4 – power distribution 0818d user’s guide 4-4 figure 4-3. Power supply module 4.2.1 to remove a failed power supply module 1. Determine which power supply has failed by observing the led’s on the faceplate of the power supply modules (figure 4-3). 2. Loosen the two captive screws on the powe...
Page 41: 4.3 Input Circuit Breaker
Chapter 4 – power distribution 0818d user’s guide 4-5 4.2.2 to replace a power supply module 1. Slide the replacement power supply module into the chassis and engage the injector/ejector handle by pressing it to its full inward position. 2. Secure the power supply module by tightening the two captiv...
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Page 43: Chapter 5 – Software
Chapter 5 – software 0818d user’s guide 5-1 5 software the 0818d can be preloaded with microsoft windows 2000, windows nt 4.0, or linux operating system, or with the sun solaris 7 or 8 operating system. For software configuration support on this platform, refer to the software manufacturer’s install...
Page 44: Chapter 5 – Software
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Page 45: 6 Platform
Chapter 6 – platform management option 0818d user’s guide 6-1 6 platform management option 6.1 overview this chapter describes the functional and interface specifications of the i-bus chassis management controller (cmc). The cmc board functions to monitor and control the system environment of a cust...
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Chapter 6 – platform management option 0818d user’s guide 6-2 cmc board microcontroller ipmi os, ipmi, control apps buffer data, event log battery backup flashrom ram eeprom host sbc lm75 (up to 8) voltage reader(7) digital io (3 in / 3 out) relay output (3) display/status (4 out / 2 in) rs-232 ipmb...
Page 47: Specifications
Chapter 6 – platform management option 0818d user’s guide 6-3 6.3 cmc board mechanical and environmental specifications 6.3.1 physical size • 9.190” high x 3.150” wide. • mounts to 6u rear panel of i-bus custom monolithic cpci backplane. 6.3.2 user access • chassis management controller card is moun...
Page 48: 6.4.2 Voltage Sensors
Chapter 6 – platform management option 0818d user’s guide 6-4 the range and accuracy for the temperature readings is shown in the following table: temperature range resolution (8 bit) 0ºc to 70ºc -55ºc to 125ºc 1.0ºc sensor number i ² c address lm75 – 0 0x90 lm75 – 1 0x92 lm75 – 2 0x94 lm75 – 3 0x96...
Page 49: 6.4.3 Fan Sensors
Chapter 6 – platform management option 0818d user’s guide 6-5 sensor no. Voltage resolution (10 bit) volt0 +3.3v 20 mv volt1 +5v 30 mv volt2 battery 6v 40 mv volt3 -12v 53 mv volt4 +12v 80 mv volt5 and volt6 120v ac -48v dc 2 v 0.5v volt7 +5v 36 mv 6.4.3 fan sensors fans 0, 1, and 2 are the three bl...
Page 50: 6.5 Electrical
Chapter 6 – platform management option 0818d user’s guide 6-6 6.5 electrical description 6.5.1 relay contacts there are three nebs alarm relays for the following alarm conditions: critical alarm (red led on). Major alarm (orange led on). Minor alarm (yellow led on). The alarm relays are accessible o...
Page 51: 6.5.4 Hot Pluggable Board
Chapter 6 – platform management option 0818d user’s guide 6-7 6.5.3 host interface ports the cmc board provide an rs232 serial port to connect to an external host sbc. Connection is made through db9 style connectors and headers on the board. The default port setup is 19200, 8, n, 1. The cmc is also ...
Page 52: 6.5.8 Cmc Health Led
Chapter 6 – platform management option 0818d user’s guide 6-8 when a new change in the alarm condition occurs, the enabled aco will be overridden. In other words, the audible alarm will be re- enabled automatically until the aco push button is pressed again. 6.5.8 cmc health led the cmc board firmwa...
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Chapter 6 – platform management option 0818d user’s guide 6-9 the cmc firmware consists of the following main modules: system monitoring software. Ipmi command interface software. I ² c controller software. 6.6.1 system monitoring software the system monitoring software module executes on the cmc bo...
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Chapter 6 – platform management option 0818d user’s guide 6-10 sensor output, and they are individually configurable. To change the current settings for thresholds and hysteresis, please see the commands set sensor hysteresis, and set sensor thresholds in the i-bus platform management programmer’s g...
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Chapter 6 – platform management option 0818d user’s guide 6-11 sensor # lower non- recoverable threshold lower critical threshold lower non- critical threshold positive going hysteresis threshold negative going hysteresis threshold temp0 n/a 0 ° c n/a 2 2 temp1 n/a 0 ° c n/a 2 2 temp7 n/a 0 ° c n/a ...
Page 56: 6.6.2.1 Packet Format
Chapter 6 – platform management option 0818d user’s guide 6-12 6.6.2 ipmi command interface software the ipmi command interface software module is accessible through the rs232 port and the ipmb0 connection of the cmc board. Ipmi commands these interfaces are accepted serially and passed on to the ip...
Page 57: 6.7 Cmc Connector Pins
Chapter 6 – platform management option 0818d user’s guide 6-13 6.7 cmc connector pins 6.7.1 cmc-p3 connector pinout assignments: to connect cmc board to the backplane a b c d e f pin# tach_0 tach_1 gnd pwm_0 pwm_1 gnd 1 tach_2 tach_3 gnd pwm_2 pwm_3 gnd 2 tach_4 tach_5 gnd pwm_4 pwm_5 gnd 3 gnd gnd ...
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Chapter 6 – platform management option 0818d user’s guide 6-14 6.7.2 cmc-p4 connector pinout assignments: to connect cmc board to the backplane a b c d e f pin# tach_0 tach_1 gnd pwm_0 pwm_1 gnd 1 tach_2 tach_3 gnd pwm_2 pwm_3 gnd 2 tach_4 tach_5 gnd pwm_4 pwm_5 gnd 3 gnd gnd gnd gnd gnd gnd 4 i 2 c...
Page 59: 6.7.4 Rs-232 Pinouts
Chapter 6 – platform management option 0818d user’s guide 6-15 6.7.3 nebs cmc relay output connector pinouts pin# signal name 1 k1 resistor common 2 k1 common 3 k1 n.C. 4 k1 n.O. 5 k2 resistor common 6 k2 common 7 k2 n.C. 8 k2 n.O. 9 k3 resistor common 10 k3 common 11 k3 n.C. 12 k3 n.O. 13 14 15 6.7...
Page 60: Input/output
Chapter 6 – platform management option 0818d user’s guide 6-16 6.7.5 battery connector (molex type 22-11-2022). The mating cable connector is molex type 22-01-3027 housing with 08-58-0110 terminals. Pin# signal name 1 battery + 2 battery - 6.7.6 pin assignments for db9 connector for digital input/ou...
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Appendix 1 – technical reference 0818d user’s guide a1-1 p1 connector pin assignments (system slot) pin # z a b c d e f 25 gnd vcc req 64 enum vcc3 vcc gnd 24 gnd ad[1] vcc v(i/o) ad[0] ack64_ gnd 23 gnd vcc3 ad[4] ad[3] vcc ad[2] gnd 22 gnd ad[7] gnd vcc3 ad[6] ad[5] gnd 21 gnd vcc3 ad[9] ad[8] m66...
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Appendix 1 - technical reference 0818d user’s guide a1-2 p1 connector pin assignments (i/o slot) pin # z a b c d e f 25 gnd vcc req 64 enum vcc3 vcc gnd 24 gnd ad[1] vcc v(i/o) ad[0] ack64_ gnd 23 gnd vcc3 ad[4] ad[3] vcc ad[2] gnd 22 gnd ad[7] gnd vcc3 ad[6] ad[5] gnd 21 gnd vcc3 ad[9] ad[8] m66en ...
Page 65: P1 Signal Descriptions
Appendix 1 – technical reference 0818d user’s guide a1-3 p1 signal descriptions general vcc 5v power vcc3 3.3v power +12v 12v power -12v -12v power v(i/o) 5v or 3.3v power gnd to digital signal ground plane pci_rst_ master reset pci bus signals ad(31:0) 32 bit address/data bus c/be(3:0)_ command/byt...
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Appendix 1 - technical reference 0818d user’s guide a1-4 jtag/boundary tck test clock scan signals tdi test input tdo test output tms test mode select trst_ test reset ide interrupts intp primary interrupt (irq14) ints secondary interrupt irq15) hot swap compatible enum_ system enumeration signals b...
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Appendix 1 – technical reference 0818d user’s guide a1-5 p2 connector pin assignments (system slot) pin # z a b c d e f 22 gnd ga4 ga3 ga2 ga1 ga0 gnd 21 gnd clk6 gnd rsv rsv rsv gnd 20 gnd clk5 gnd rsv gnd rsv gnd 19 gnd gnd gnd rsv rsv rsv gnd 18 gnd brsvp2a18 brsvp2b18 brsvp2c18 gnd brsvp2e18 gnd...
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Appendix 1 - technical reference 0818d user’s guide a1-6 p2 connector pin assignments (i/o slot) pin # z a b c d e z 22 gnd ga4 ga3 ga2 ga1 ga0 gnd 21 gnd rsv” rsv” rsv” rsv rsv gnd 20 gnd rsv” rsv” rsv” gnd rsv gnd 19 gnd rsv” rsv” rsv” rsv rsv gnd 18 gnd brsvp2a18 brsvp2b18 brsvp2c18 gnd brsvp2e18...
Page 69: P2 Signal Descriptions
Appendix 1 – technical reference 0818d user’s guide a1-7 p2 signal descriptions general v(i/o) 5v or 3.3v power gnd to digital ground plane pci bus signals ad(32:63) address/data bus (64-bit extension) c/be(4:7)_ command/byte enable bus par64 64-bit bus parity brsvpxxx pci bus reserved signals pci b...
Page 70: Bus) (I/o Slot)
Appendix 1 - technical reference 0818d user’s guide a1-8 p4 connector pin assignments (computer telephony bus) (i/o slot) pin # z a b c d e f 25 np sga4 sga3 sga2 sga1 sga0 fg 24 np ga4 ga3 ga2 ga1 ga0 fg 23 np +12v ct_reset_ ct_en_ -12v ct_mc fg 22 np rsv rsv rsv rsv rsv fg 21 np -selvbat rsv rsv r...
Page 71: Slot)
Appendix 1 – technical reference 0818d user’s guide a1-9 p4 signal descriptions (computer telephony bus)(i/o slot) general vcc 5v power vcc3 3.3v power v(i/o) 5v or 3.3v power +12v 12v power -12v -12v power gnd to digital signal ground plane fg to chassis (frame) ground sga(4:0) shelf enumeration bu...
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Appendix 1 - technical reference 0818d user’s guide a1-10 telecom power bus -vbat telecom power source vbatrtn telecom power source return -selvbat short loop battery (voltage within selv limits) selvbatrtn short loop battery return (voltage within selv limits) telecom ringing bus vrg bussed ringing...
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Appendix 2 – glossary of terms 0818d user’s guide a2-1 b backplane: a device inside the chassis that contains slots, or sockets, for plugging in i/o cards or cables. Bidirectional parallel port: an eight-bit port that can be used as an input as well as an output device. Bus: one or more electrical c...
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Appendix 2 – glossary of terms 0818d user’s guide a2-2 portion that radiates into free space, one way to suppress it is by enclosing circuitry in a metal case. Eprom (erasable programmable read only memory): a programmable device which stores information regardless of power. Expansion card: a printe...
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Appendix 2 – glossary of terms 0818d user’s guide a2-3 l led: light emitting diode. Long-lasting light emitters usually used as indicators. Load board: a board having specific power load characteristics which are typically used for testing. P parallel port: i/o connector used to hook up a printer or...
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Appendix 2 – glossary of terms 0818d user’s guide a2-4 information. If one disk fails in a raid array, the unit continues to function without loss of data. Ram (random access memory):the memory used to execute applications while your computer is turned on. When you turn your computer off, all data s...
Page 77: Limited Warranty
Appendix 3 – limited warranty 0818d user’s guide a3-1 limited warranty i-bus warrants this product to be free of defects in material and workmanship for an initial period of one (1) year from date of delivery to the original purchaser from i-bus. During this period, i-bus will, at its option, repair...
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Appendix 4 – fcc information 0818d user’s guide a4-1 this device complies with part 15 of the fcc rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received including interference that may...
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