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Product Guide - A5000 R5.4 – Aastra X series 

BPS0121AENAA01 

 

Page 1/74  

 

CONTENTS - 

5

 

THE AASTRA X SERIES ................................................................................................................ 3

 

5.1

 

G

ENERAL DESCRIPTION OF THE RANGE

 ......................................................................................... 5

 

5.1.1

 

Coverage ........................................................................................................................... 5

 

5.1.2

 

Benefits for the users ......................................................................................................... 6

 

5.1.2.1

 

Service integration ....................................................................................................................... 6

 

5.1.2.2

 

Homogeneous design .................................................................................................................. 6

 

5.1.2.3

 

Sizing and connection flexibility ................................................................................................... 6

 

5.1.2.4

 

Remote management .................................................................................................................. 6

 

5.1.2.5

 

High availability of Aastra XD ....................................................................................................... 7

 

5.2

 

S

OFTWARE ARCHITECTURE

 .......................................................................................................... 8

 

5.2.1

 

A common software ........................................................................................................... 8

 

5.3

 

H

ARDWARE ARCHITECTURE

 ....................................................................................................... 11

 

5.3.1

 

Cabinets, power supplies and motherboards .................................................................. 11

 

5.3.2

 

Common cards for Aastra XS, XL, XD ............................................................................ 11

 

5.3.3

 

Maximum distance for connecting analogue and digital phones ..................................... 13

 

5.3.4

 

Aastra XS ......................................................................................................................... 14

 

5.3.4.1

 

Mechanic design ........................................................................................................................ 14

 

5.3.4.2

 

Expansion slots .......................................................................................................................... 14

 

5.3.4.3

 

Inputs/outputs ............................................................................................................................ 14

 

5.3.4.4

 

UCV2S/EXT2S motherboard ..................................................................................................... 15

 

5.3.4.5

 

Expansion cabinet ..................................................................................................................... 16

 

5.3.4.6

 

Position of the cards .................................................................................................................. 17

 

5.3.4.7

 

Power supply ............................................................................................................................. 18

 

5.3.4.8

 

Autonomy................................................................................................................................... 19

 

5.3.5

 

Aastra XS12 ..................................................................................................................... 22

 

5.3.5.1

 

Mechanic design ........................................................................................................................ 22

 

5.3.5.2

 

Expansion slots .......................................................................................................................... 22

 

5.3.5.3

 

Inputs/outputs ............................................................................................................................ 22

 

5.3.5.4

 

UCV2S/EXT2S12 motherboard ................................................................................................. 23

 

5.3.5.5

 

Expansion cabinet ..................................................................................................................... 23

 

5.3.5.6

 

Position of the cards .................................................................................................................. 24

 

5.3.5.7

 

Power supply ............................................................................................................................. 25

 

5.3.5.8

 

Autonomy................................................................................................................................... 26

 

5.3.6

 

Aastra XS6 ....................................................................................................................... 27

 

5.3.6.1

 

Mechanic design ........................................................................................................................ 27

 

5.3.6.2

 

Expansion slots .......................................................................................................................... 27

 

5.3.6.3

 

Inputs/outputs ............................................................................................................................ 27

 

5.3.6.4

 

Expansion cabinet ..................................................................................................................... 28

 

5.3.6.5

 

UCV2S/EXT2S6 motherboard ................................................................................................... 28

 

5.3.6.6

 

Position of the cards .................................................................................................................. 29

 

5.3.6.7

 

Power supply ............................................................................................................................. 30

 

5.3.6.8

 

Autonomy................................................................................................................................... 30

 

5.3.7

 

Aastra XL ......................................................................................................................... 31

 

5.3.7.1

 

Mechanic design ........................................................................................................................ 31

 

5.3.7.2

 

Expansion slots .......................................................................................................................... 31

 

5.3.7.3

 

Inputs/outputs ............................................................................................................................ 32

 

5.3.7.4

 

UCV2L motherboard .................................................................................................................. 32

 

5.3.7.5

 

Expansion cabinet ..................................................................................................................... 33

 

5.3.7.6

 

Position of the cards .................................................................................................................. 34

 

5.3.7.7

 

Power supply ............................................................................................................................. 36

 

5.3.7.8

 

Autonomy................................................................................................................................... 37

 

5.3.8

 

Aastra XD ......................................................................................................................... 41

 

5.3.8.1

 

Mechanic design ........................................................................................................................ 41

 

5.3.8.2

 

Expansion slots .......................................................................................................................... 42

 

5.3.8.3

 

Inputs/outputs ............................................................................................................................ 42

 

5.3.8.4

 

UCV2D motherboard ................................................................................................................. 43

 

5.3.8.5

 

Expansion cabinet ..................................................................................................................... 44

 

5.3.8.6

 

IUCV2D card .............................................................................................................................. 44

 

5.3.8.7

 

Position of the cards .................................................................................................................. 46

 

5.3.8.8

 

Power supply ............................................................................................................................. 49

 

5.3.8.9

 

Autonomy................................................................................................................................... 50

 

Summary of Contents for XS

Page 1: ...er supply 18 5 3 4 8 Autonomy 19 5 3 5 Aastra XS12 22 5 3 5 1 Mechanic design 22 5 3 5 2 Expansion slots 22 5 3 5 3 Inputs outputs 22 5 3 5 4 UCV2S EXT2S12 motherboard 23 5 3 5 5 Expansion cabinet 23...

Page 2: ...5 4 9 Integrated clients servers 61 5 5 INTEGRATED CALL DISTRIBUTION SERVICES 62 5 5 1 Call distribution 62 5 5 2 Integrated services 62 5 5 3 User friendly start up and administration 63 5 5 4 Capaci...

Page 3: ...etc It is compatible with all network types ISDN analogue and IP networks tie line etc Universal installation rack mounting wall mounting etc The engineering rules are simplified and the slots are gen...

Page 4: ...y server on the data network etc Duplication of the motherboard and power supply on the AXD gateway Ergonomic design Simplified administration and deployment as administration is the same for the whol...

Page 5: ...up to 704 traditional subscribers thanks to the addition of two expansion cabinets These iPbx can be fitted with a broad range of expansion cards which can be optimally configured to meet customer s r...

Page 6: ...nd mechanics Colours and materials are the same too 5 1 2 3 Sizing and connection flexibility Aastra XS XL and XD are highly flexible in terms of size thanks to the current range of expansion cards 8...

Page 7: ...ty viruses hackers Environment battery humidity heat Human errors AXD offers a high level of availability rate of 99 999 in duplex mode The table below shows for each element that affects availability...

Page 8: ...restriction least cost routing Incoming call services such as forwarding call filtering Intercom function Services during calls such as recovery after interruption transfer and conference ACD type ca...

Page 9: ...il and unified messaging systems with interactive voice server function Integrated voice mail system with 8 simultaneous accesses and its 8 access interactive voice server option Unified Communication...

Page 10: ...n Aastra BluStar TM for PC SIP Softphone a SIP softphone client which allows calls to be made from a PC inside an office or from outside Moreover this application can be integrated into external envir...

Page 11: ...raditional Subscribers LA16X 8 Extension card used for connecting 8 analogue terminals LA16X Extension card specific to the Aastra range used for connecting 16 analogue terminals LN16X 8 Extension car...

Page 12: ...is card provides a TCP IP internal buses gateway function for signalling a voice over IP gateway function It is capable of managing 8 16 or 32 VoIP gateway channels through the addition of an optional...

Page 13: ...ones The maximum distance for connecting Aastra digital phones with LN16X or LN16X 8 cards is 1400 m with cable Cat 4 10 or 5 10 mm 1800 m with cable cat 6 10 mm The maximum distance for connecting Aa...

Page 14: ...in operation since the power supply is streamlined If placed on a desk a CPU and a PC console may be superimposed in the XS cabinet 5 3 4 2 Expansion slots The cabinet has three expansion slots capabl...

Page 15: ...onsole for the UCV2S card 1 DB9 console connector an external music source RJ45 socket a general bell alarm inputs 4 Ethernet network the Ethernet 10 100 BASE TX accesses 1 LAN RJ45 connector allowing...

Page 16: ...cabinet An expansion cabinet can be connected to the main cabinet This expansion cabinet is connected thanks to a flexible wire thus allowing the two cabinets to be stacked or to be mounted side by s...

Page 17: ...PT2 32 LT2 T2 LT2 S2 LT2 Mic LD4 N or LD4X T0 LD4 N or LD4X S0 4 channel LD4X 4 channel LD4 N LA8X LN8X DL8 LM8 LH8 LI1 LR4 IPS LA16 DL16 LN16 LH16X LA6X 8 LN6X 8 LH16X 8 Exclusions not LX16 Basic cab...

Page 18: ...ional blocks A 48V converter providing the following voltages 5V 5A 5V 0 1A 12V 0 15A This value does not include the fan power supply current 12V 0 55A 48V 0 45A 70V 0 06A ringer A 48V rectifier supp...

Page 19: ...e The same battery can be connected in parallel on the two cabinets of an Aastra XS In this case check that the battery can withstand the charging current 2 5 A per ADS150X AXS power unit For a standa...

Page 20: ...table below can be used to look up the type of battery installed on an AXS according to the total power consumed out of 48V and the required autonomy Autonomy h Capacity of batteries in A h 24 12 9 1...

Page 21: ...XS according to the total power consumed out of 48V and the required autonomy Autonomy h Capacity of batteries in A h 24 25 8 30 9 36 1 41 2 46 4 51 5 16 17 5 21 1 24 6 28 1 31 6 35 1 12 13 6 16 3 19...

Page 22: ...be opened while in operation since the power supply is streamlined If placed on a desk a CPU and a PC console may be superimposed in the XS12 cabinet 5 3 5 2 Expansion slots The cabinet has three exp...

Page 23: ...ntroller for setting up data communication in a B channel component for the software downloading in ISDN mode announcements music on hold pre off hook dissuasion message 5 3 5 5 Expansion cabinet An e...

Page 24: ...32 LT2 T2 LT2 S2 LT2 Mic LD4 N or LD4X T0 LD4 N or LD4X S0 4 channel LD4X 4 channel LD4 N LA8X LN8X DL8 LM8 LH8 LI1 LR4 IPS LA16 DL16 LN16 LH16 LA6X 8 LN6X 8 LH16X 8 Exclusions not LX16 Basic cabinet...

Page 25: ...ng functional blocks A 48V converter providing the following voltages 5V 5A 5V 0 1A 12V 0 15A This value does not include the fan power supply current 12V 0 55A 48V 0 45A 70V 0 06A ringer A 48V rectif...

Page 26: ...e connected in parallel on the two cabinets of an Aastra XS12 In this case check that the battery can withstand the charging current 2 5 A per ADS150X AXS power unit For a standard configuration the b...

Page 27: ...he cabinet may be opened while in operation since the power supply is streamlined If placed on a desk a CPU and a PC console may be superimposed in the XS6 cabinet 5 3 6 2 Expansion slots The cabinet...

Page 28: ...the memory size is 2Go A new 4Go compact Flash card is available with R5 4 1 voice mailbox with 8 IVB accesses 2 accesses configurable in T0 or S0 or 2 channel DECT base stations 2 connections for di...

Page 29: ...CA1 CS1 PT2 0 PT2 8 PT2 16 PT2 32 LT2 T2 LT2 S2 LT2 Mic LD4 N or LD4X T0 LD4 N or LD4X S0 4 channel LD4X 4 channel LD4 N LA8X LN8X DL8 LM8 LH8 LI1 LR4 IPS LA16 DL16 LN16 LH16 LA6X 8 LN6X 8 LH16X 8 Ex...

Page 30: ...s follows 1 35 A for the converter 0 90 A for the DECT telephone sets and base stations 0 75 A to charge a 7 5 Ah battery for 10 hours providing 4 hours autonomy to the system A fan supplied with 12V...

Page 31: ...ed but not installed next to each other to prevent blocking the air inlets located on the left hand side If placed on a desk a computer and a PC console may be placed upon the AXL cabinet Width 440 mm...

Page 32: ...t 10 100 BASE TX accesses 1 32 trunk matrix with dynamic addressing 1 voice mail system with 8 access points 1 Compact Flash Card software of the Gateway and terminals configuration s data the capacit...

Page 33: ...wer to external equipment 48V input for analogue and digital terminals 70V AC input for the ringing current of analogue terminals The UCV2L card includes a 2 4V and 80mAh NiMH battery responsible for...

Page 34: ...LH8 LI1 LR4 IPS LA16 DL16 LN16 LH16 LA16X 8 LN16X 8 LH16X 8 Exclusions not LX16 Basic cabinet AXL 1 00 H0 8 P P P R R R R R R R 1 00 1 08 AXL 1 01 H1 9 P P P R R R R R R R 1 01 1 09 AXL 1 02 H2 10 P...

Page 35: ...AXL 1 11 R R R R NO R R R R R R R R R 1 03 1 11 AXL 1 12 R R R R NO R R R R R R R R R 1 04 1 12 AXL 1 13 R R R R NO R NO R R R R R R R R 1 05 1 13 Expansion cabinet AXL 2 00 13 NO NO NO NO NO NO NO N...

Page 36: ...tage that is used as the following On the main cabinet o 2 1A to feed the converter o 2 95A to feed the sets and the DECT stations o 1 95A to charge a 16Ah battery for 10 hours providing 4 hours auton...

Page 37: ...epends on the configuration Note The same battery can be connected in parallel on the three cabinets of an Aastra XL In this case check that the battery withstands the charging current 7A per ADS350XL...

Page 38: ...less than 10 hours the capacity of the installed battery should not exceed 20 A h Autonomy h Capacity of batteries in A h 24 12 9 25 8 38 7 51 5 64 4 77 3 16 8 8 17 5 26 3 35 1 43 9 52 6 12 6 8 13 6 2...

Page 39: ...y of batteries in A h 24 25 8 51 5 77 3 103 1 128 9 154 6 16 17 5 35 1 52 6 70 2 87 7 105 3 12 13 6 27 2 40 8 54 3 67 9 80 0 8 9 8 19 6 29 4 39 2 49 0 58 8 6 7 8 15 6 23 4 31 3 39 1 46 9 4 5 8 11 6 17...

Page 40: ...acity of batteries in A h 24 38 7 77 3 116 0 154 6 193 3 232 0 16 26 3 52 6 78 9 105 3 131 6 157 9 12 20 4 40 8 61 1 81 5 101 9 120 0 8 14 7 29 4 44 1 58 8 73 5 88 2 6 11 7 23 4 35 2 46 9 58 6 70 3 4...

Page 41: ...PU and a PC console may be placed upon the AXD cabinet In a configuration with an expansion cabinet AX2D or AX3D it is advisable to install them in a rack to avoid any instability The cabinets should...

Page 42: ...ed to close the entire column 5 3 8 3 Inputs outputs The following inputs outputs are on the IUCV2D interface motherboard s front panel 1 DB9 connector for the operating console 1 RJ45 socket for conn...

Page 43: ...ne console for testing and debugging the card when it is in a passive state 1 DB9 Debug connector Ethernet network 2 Ethernet 10 100 BASE TX access LAN RJ45 connector interface with RUCV card of an ex...

Page 44: ...runks 5 3 8 6 IUCV2D card In duplex configuration the main cabinet of an XD is equipped with two UCV2D cards The two UCV2D active and passive cards communicate via the IUCV2D card The IUCV2D card is n...

Page 45: ...he duplication operation between the two motherboards will simply stop working until the card is put back into service or replaced Once the switch becomes faulty the active motherboard sends an alarm...

Page 46: ...ot LX16 Basic cabinet AXD 1 00 H0 8 P P P R R 8 R R R R R R R R R R R R 1 00 1 08 AXD 1 01 H1 9 P P P R R 9 R R R R R R R R R R R R 1 01 1 09 AXD 1 02 H2 10 P P P R R 10 R R R R R R R R R R R R 1 02 1...

Page 47: ...R R R R R R R R 1 02 1 10 AXD 1 11 R R R R NO R NO R R R R R R R R R R R R R R 1 03 1 11 AXD 1 12 R R R R NO R NO R R R R R R R R R R R R R R 1 04 1 12 AXD 1 13 R R R R NO R NO NO R R R R R R R R R R...

Page 48: ...position for synchronisation R RECOMMENDED position Any position NO Position NOT ALLOWED E EXCLUSION of 16 IT card Position vs cards 2 4 8 16 IT N Indicates that the equipment s connexion is possible...

Page 49: ...rking as soon as the other power supply module is working One power supply module is enough to carry the load of a cabinet even within its currently defined maximum capacities When a position is not o...

Page 50: ...0XD generates 4 types of alarms in case of failure Rectifier alarm Converter alarm Fanning alarm Temperature alarm 5 3 8 9 Autonomy An external backup battery can be installed optionally to protect th...

Page 51: ...et services subscriber will highly disturb the system s level of service 5 3 9 2 Duplicating the motherboards The time required to synchronise the two motherboards must be as short as possible Therefo...

Page 52: ...on port signal processing auxiliaries DSP 4 alarm loop inputs and 4 alarm loop outputs the HDLC controller for setting up data communication in a B channel console port external music port Data synchr...

Page 53: ...line with the answering service configuration For an external IVS an answering service application outside of the AXD see the functional definition of the application to find out the duplication leve...

Page 54: ...se of Telephony over IP EIP cards integrated in the motherboard or PT2 VoIP cards or a mix of both cards can be used An UCV2D motherboard can be fitted with two EIP daughter boards These boards have t...

Page 55: ...alls over IP an EIP daughterboard must be added on the motherboard up to two EIP boards It is also possible to add a PT2 expansion card equipped with a VoIP daughterboard 5 4 2 Using the ETH2 port The...

Page 56: ...rt If the port is valid and the main port is busy There is a switchover to the main port once it becomes operational again During the switchover from one port to the other the gateway IP address and M...

Page 57: ...ng may be carried out for The CPU The IP flow to the gateway IP address AMP signals etc The EIP The flow to the IP address of EIP voice and commands The LAN The network IP flow All the incoming and ou...

Page 58: ...rver is able to stored 4 or 5 days of issued tickets 5 4 6 i Button dongle A removable i Button dongle from Dallas Semiconductors DS 1971 is available on the UCV card It is used to store and authentic...

Page 59: ...The synchronisation port is used to transport network synchronisation and DECT synchronisation in case of a DECT multi site with contiguous cells Then it does not require any third pair wiring between...

Page 60: ...perate according to this mechanism described previously for faxes interoperate Group 4 type fax devices must send and receive their calls directly on the ISDN just like the videoconference ISDN flows...

Page 61: ...e Integrated DHCP server A DHCP server is integrated in order to manage the IP Aastra terminals SIP and proprietary and DECT over IP terminals This server manages up to 500 IP addresses There is no te...

Page 62: ...distribution and routing involving the following elements operator console and operator services reduced service lunch break etc dissuasion service distribution of calls to hunt groups and their asso...

Page 63: ...5 4 Capacity of the functions integrated into the Aastra range It is possible to display and optimise the capacities of some memory spaces To meet the high capacity requirements on the IVB the Compact...

Page 64: ...R5 4 new sales 2GB CF cards and 4GB CF cards contain in addition to already present in R5 3 firmware the following firmwares Aastra 6735i 6737i RFP DECT IP A600d RFP SIP DECT available in R5 4 SP1 Up...

Page 65: ...l signature 15s by default up to 35s max Maximum duration of recording per voicemail box 20 min customizable to 60 min Maximum nber of recording stored 9000 IVR Number if IVR acesses channels 8 Nber o...

Page 66: ...s do exist though for which a maximum size below the current size may be indicated These functions are trace export debug export backup and export ticket In these cases the directory will be cleaned b...

Page 67: ...he Aastra Management Portal is a web portal which is integrated in the Aastra X Series The portal can be accessed via a browser calling the secured HTTPS URL of the web server this server is embedded...

Page 68: ...dvanced management of up to 2000 Aastra 5000 platforms Aastra X series or Aastra Call Servers either in one multi site one network or in standalone mode Network management applications with real time...

Page 69: ...t The RJ45 connection cables are available in 5m and 10m versions A minimum clearance is required for air flow around the cabinet 55 mm on each side of an Aastra XS and 55 mm on the left hand side and...

Page 70: ...80 without condensation 10 to 95 without condensation 10 Pressure Standby If these conditions are not compliant by default in some locations an installation of air conditioning systems must be faced 5...

Page 71: ...ch Height Width Depth Weight Aastra XS 89 mm 2U 440 mm 19 400 mm 7 5 kg Aastra XS12 XS6 89 mm 2U 440 mm 19 400 mm 7 5 kg Aastra XL 310 mm 7U 440 mm 19 316 mm 15 kg Aastra XD 443 10U 440 mm 19 316 mm 1...

Page 72: ...X 12 04 83 045 UC card unavailability rate Cards Unavailability rate 10 6 MTBF h UCV2S 7 07 141 474 RUCVS 2 01 497 512 UCV2L 4 25 235 293 RUCVL 2 99 334 456 UCV2D 4 25 235 293 RUCVD 2 99 334 456 IUCV2...

Page 73: ...l sets included 5 9 2 Backup and restitution duration The backup and restitution duration explained below are the results of in lab tests with an average configuration on AX Series Configuration Backu...

Page 74: ...LT2 4 PT2 1 LA16 1 LN16 105W 358 575 BTU h 200W 683 BTU h For AXS full extension rack add For each full extension rack add 60W 204 9 BTU h 150W 512 25 BTU h 5 12 Noise coming from AX Series Noise comi...

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