Table of Contents
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Product Guide - A5000 R5.4 - Aastra X series
5
THE AASTRA X SERIES ................................................................................................................ 3
5.1
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
5.2.1
A common software ........................................................................................................... 8
5.3
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
BPS0121AENAA01
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Summary of Contents for Aastra XS
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Page 1: Table Of Contents
A common software ......................8 ....................... 11 ARDWARE ARCHITECTURE 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 ........................ - Page 2 Call distribution ........................ 62 5.5.2 Integrated services ......................62 5.5.3 User-friendly start-up and administration ................. 63 5.5.4 Capacity of the functions integrated into the Aastra range ..........63 5.5.4.1 New 4GB Compact Flash ......................63 5.5.4.2 Sizing of the voice services......................64 5.5.4.3 Optimising and checking memory space capacities ..............
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Page 3: The Aastrax Series
ASTRA ERIES Aastra offers a range of universal iPbx. The Aastra X Series is made of a homogeneous architecture that can, be easily upgraded, by adding hardware and software components. This range is homogeneous and flexible. It is designed for 4 to 704 traditional subscribers and 500 IP subscribers. - Page 4 Remote management of the new platforms is entirely available through ISDN or IP. The Aastra X Serie’s range is made of gateways with different capacities: • Aastra XS, XS12, and XS6 from 4 up to 112 traditional subscribers, up to 500 IP/SIP subscribers (could be used for security: dual homing, etc.) •...
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Page 5: General Description Of The Range
5.1.1 Coverage Aastra XS is designed for the 4 to 112 users’ market. This Aastra XS is also available in two smaller models: Aastra XS12 with expansion options (maximum of 12 traditional subscribers) and Aastra XS6 with no expansion options. -
Page 6: Benefits For The Users
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-extension or16extension modularity) have been added. Moreover, the connectors for the expansion cards are in RJ45 format. RJ45-type connectors allow integration into the common switch panels. -
Page 7: High Availability Of Aastra Xd
• ISDN, thanks to the integrated HSCX component • IP, in secured HTTPS administration through Aastra Management Portal. This interface, therefore, replaces the VT100 and allows remote access to the configuration’s services, through a simple web browser. 5.1.2.5 High availability of Aastra XD... -
Page 8: Software Architecture
5.2.1 A common software With its special software which is the same for the entire range, the Aastra X Series provides a special benefit which distinguishes it from others. Thanks to this software, associated servers developed by Aastra France or its partners are compatible to the whole Aastra X Series. - Page 9 Aastra Hotel Suite used for integration with most front offices in the market, including billing services, traffic analysis and alarm monitoring Hotel configuration: Aastra provides additional features designed for hotels. The following services can be monitored on an operator console or a digital terminal •...
- Page 10 • charging patients according to the deposit The Aastra range provides telephony services to a large variety of user interfaces. The level and number of features provided by the software depend on the kind of terminal. The Aastra offer can manage the following terminals: •...
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Page 11: Hardware Architecture
The expansion slots can be optionally equipped with the expansion cards shown below. 5.3.2 Common cards for Aastra XS, XL, XD The Aastra XS, XS12, XS6, XL and XD gateways are designed as modular multi-service platforms. Their configuration is personalised and based on the interfaces described below: Extension cards (Traditional Subscribers): LA16X-8 Extension card, used for connecting 8 analogue terminals. - Page 12 Product Guide - A5000 R5.4 – Aastra X series Analogue network lines: 4 analogue network lines. It can also be fitted with tone detection (DTOC) or billing (FTXA or FTXC) daughter boards. This card is used to interconnect 2 private iPBXs through an analogue tie line.
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Page 13: Maximum Distance For Connecting Analogue And Digital Phones
Product Guide - A5000 R5.4 – Aastra X series 5.3.3 Maximum distance for connecting analogue and digital phones 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 •... -
Page 14: Aastra Xs
Plastic front panel The 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 XS cabinet. 5.3.4.2 Expansion slots The cabinet has three expansion slots capable of receiving any type of card, equipment cards, or processor cards. -
Page 15: Ucv2S/Ext2S Motherboard
Product Guide - A5000 R5.4 – Aastra X series 5.3.4.4 UCV2S/EXT2S motherboard The basic cabinet contains the UCV2S main card and its expansion card EXT2S, with the following characteristics: • 1 control unit • 3 Ethernet 10/100 BASE TX accesses •... -
Page 16: Expansion Cabinet
Product Guide - A5000 R5.4 – Aastra X series • locking and unlocking optional software functions. thanks to a component of the "i-Button" family, which is used to store and authenticate the Aastra gateway ID number (and the optional software functions) Power supply of the UCV2S card: The power supplies are not provided by the backpanel connector, but through a dedicated connector. -
Page 17: Position Of The Cards
Product Guide - A5000 R5.4 – Aastra X series 5.3.4.6 Position of the cards 16 32 32 32 32 8/16 8/16 8/16 8/16 8 16 16 16 16 16 16 16 8/16 Basic cabinet AXS 1.00 AXS 1.01 AXS 1.02... -
Page 18: Power Supply
Product Guide - A5000 R5.4 – Aastra X series 5.3.4.7 Power supply The ADS 150X is the power supply module of the main cabinet and expansion cabinet of the Aastra The mains power supply voltage has the following characteristics: •... -
Page 19: Autonomy
The capacity required depends on the configuration. Note: 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). - Page 20 OK with a specific battery cabinet – loading: > 10 hours IMPOSSIBLE, the maximum capacity is 15 A.h per AXS cabinet. Important: If a specific battery cabinet (i.e. no Aastra battery cabinet) is used, the HG4452AA01 battery cable must be ordered.
- Page 21 48V Legend: OK with Aastra battery cabinet, one battery pack per cabinet, or with a specific battery cabinet OK with a specific battery cabinet – loading: < 10 hours. Connect the rectifiers in parallel. OK with a specific battery cabinet – loading: > 10 hours. Connect the rectifiers in parallel.
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Page 22: Aastra Xs12
Product Guide - A5000 R5.4 – Aastra X series 5.3.5 Aastra XS12 The Aastra XS12 platform is a polyvalent and scalable solution. In its default configuration, it has 8 analogue subscribers, 4 digital subscribers, 4 T0/S0, 500 directory records, 500 voice mail boxes and 8 IVS accesses. -
Page 23: Ucv2S/Ext2S12 Motherboard
Product Guide - A5000 R5.4 – Aastra X series 5.3.5.4 UCV2S/EXT2S12 motherboard The basic cabinet contains the UCV2S main card and its expansion card EXT2S12, with the following characteristics: • 1 control unit • 3 Ethernet 10/100 BASE TX accesses •... -
Page 24: Position Of The Cards
Product Guide - A5000 R5.4 – Aastra X series 5.3.5.6 Position of the cards 16 32 32 32 32 8/16 8/16 8/16 8/16 8 16 16 16 16 16 16 16 8/16 Basic cabinet AXS12 1.00 AXS12 1.01 AXS12 1.02... -
Page 25: Power Supply
Product Guide - A5000 R5.4 – Aastra X series 5.3.5.7 Power supply The ADS 150X is the power supply module of the main cabinet and expansion cabinet of the Aastra XS12. The mains power supply voltage has the following characteristics: •... -
Page 26: Autonomy
The capacity required depends on the configuration. Note: The same battery can be 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). -
Page 27: Aastra Xs6
Product Guide - A5000 R5.4 – Aastra X series 5.3.6 Aastra XS6 The Aastra XS6 platform is a polyvalent and scalable solution. In its default configuration, it has 4 analogue subscribers, 2 digital subscribers, 2 T0/S0, 500 directory records, 500 voice mail boxes and 8 IVS accesses. -
Page 28: Expansion Cabinet
Product Guide - A5000 R5.4 – Aastra X series 5.3.6.4 Expansion cabinet The AXS6 does not allow connecting an expansion cabinet. 5.3.6.5 UCV2S/EXT2S6 motherboard The basic cabinet contains the UCV2S main card and its expansion card EXT2S6, with the following characteristics: •... -
Page 29: Position Of The Cards
Product Guide - A5000 R5.4 – Aastra X series 5.3.6.6 Position of the cards 16 32 32 32 32 8/16 8/16 8/16 8/16 8 16 16 16 16 16 16 16 8/16 Basic cabinet AXS6 1.00 AXS6 1.01 AXS6 1.02... -
Page 30: Power Supply
Product Guide - A5000 R5.4 – Aastra X series 5.3.6.7 Power supply The ADS 150X is the power supply module of the main cabinet of the Aastra XS6. The mains power supply voltage has the following characteristics: • Rated voltage: a format in 115V compatible with 110V, and a format in 230V compatible with 220V •... -
Page 31: Aastra Xl
It manages by default all terminal types: analogue, digital, DECT, SIP and IP. 5.3.7.1 Mechanic design An Aastra XL is made of one main cabinet and possibly one (version 2XL) or two (version 3XL) expansion cabinets. The main cabinet and the expansion cabinets are in 19"-7U metal cabinet in which the subassemblies required for the functions are inserted. -
Page 32: Inputs/Outputs
Product Guide - A5000 R5.4 – Aastra X series 5.3.7.3 Inputs/outputs The cabinet is available in the following format: RJ45 outputs The following inputs/outputs exist on the front panel of each UCV2L motherboard: • 1 DB9 connector for the debug link •... -
Page 33: Expansion Cabinet
"Reset" of the expansion cabinets, provided they are synchronised. • Locking and unlocking optional software functions, thanks to a component of the "i-Button" family, which is used to store and authenticate the Aastra ID number (and the optional software functions) Power supply of the UCV2L card: The UCV2L card receives the following on the backpanel connector (J1): •... -
Page 34: Position Of The Cards
Product Guide - A5000 R5.4 – Aastra X series 5.3.7.6 Position of the cards Basic cabinet AXL 1.00 H0 1,00 1.08 AXL 1.01 H1 1,01 1.09 AXL 1.02 H2 1,02 1.10 AXL 1.03 H3 1,03 1.11 AXL 1.04 H4 1,04 1.12... - Page 35 Product Guide - A5000 R5.4 – Aastra X series AXL 1.10 NO R 1,02 1.10 AXL 1.11 NO R 1,03 1.11 AXL 1.12 NO R 1,04 1.12 AXL 1.13 NO R NO R 1,05 1.13 Expansion cabinet AXL 2.00- NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO AXL 3.00-...
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Page 36: Power Supply
Product Guide - A5000 R5.4 – Aastra X series 5.3.7.7 Power supply The ADS350XL is the power supply module of the main cabinet and expansion cabinet of an Aastra The mains power supply voltage has the following characteristics: • Rated voltage: 120V or 230V compatible with 110V/220V •... -
Page 37: Autonomy
The capacity required depends 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 power unit (AXL)). - Page 38 OK with a specific battery cabinet – loading: > 10 hours IMPOSSIBLE, the maximum capacity is 40 A.h per AXL cabinet Important: If a specific battery cabinet (i.e. no Aastra battery cabinet) is used, the HG4452AA01 battery cable must be used.
- Page 39 Product Guide - A5000 R5.4 – Aastra X series Autonomy of an A2XL cabinet: The Aastra XL battery cabinet guarantees (per AXL cabinet) 2 hours of autonomy, no matter the configuration of analogue or digital terminals, but without digital terminals Aastra 5370 and 5380.
- Page 40 Product Guide - A5000 R5.4 – Aastra X series Autonomy of an A3XL cabinet: The Aastra XL battery cabinet guarantees (per AXL cabinet – 3 battery cabinets) 2 hours of autonomy, no matter the configuration of analogue or digital terminals, but without digital terminals Aastra 5370 and 5380.
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Page 41: Aastra Xd
It manages by default all terminal types: analogue, digital, DECT, SIP and IP. 5.3.8.1 Mechanic design An Aastra XD is made of one main cabinet and possibly one (version 2XD) or two (version 3XD) expansion cabinets. The main cabinet and the expansion cabinets are in 19"-10U metal cabinet in which the subassemblies required for the functions are inserted. -
Page 42: Expansion Slots
The expansion cards are connected to a backpanel integrated into the basic cabinet. The expansion cards, common to the entire Aastra 5000 range, could be plugged on Aastra XD, as well as the power supply unit and motherboard. The cabinet does not need to be opened, except in case of intervention on the backpanel or on the connected motherboard. -
Page 43: Ucv2D Motherboard
Product Guide - A5000 R5.4 – Aastra X series 5.3.8.4 UCV2D motherboard The basic cabinet contains 1 or 2 (duplex mode) main UCV2D cards, each with: • 1 control unit • 3 Ethernet 10/100 BASE TX accesses • 1 32-trunk matrix with dynamic addressing •... -
Page 44: Expansion Cabinet
It is not located on the motherboard as is with other Aastra gateways. It is, therefore, common to both motherboards. It is used to store and authenticate the identification number of the Aastra XD. Then it is used for locking/unlocking optional software functions. - Page 45 Product Guide - A5000 R5.4 – Aastra X series In case of failure of the IUCV2D card: • The probability of the switch developing a fault is very low, and the only consequence will be to block communications between the active and passive UCV2D cards. Therefore, service is not reduced.
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Page 46: Position Of The Cards
Product Guide - A5000 R5.4 – Aastra X series 5.3.8.7 Position of the cards 8/16 8/16 8/16 8/16 8 8/16 Basic cabinet AXD 1.00 H0 1,00 1.08 AXD 1.01 H1 1,01 1.09 AXD 1.02 H2 #10 R 1,02 1.10 AXD 1.03 H3... - Page 47 Product Guide - A5000 R5.4 – Aastra X series 8/16 8/16 8/16 8/16 8 8/16 AXD 1.10 NO R NO R 1,02 1.10 AXD 1.11 NO R NO R 1,03 1.11 AXD 1.12 NO R NO R 1,04 1.12 AXD 1.13...
- Page 48 Product Guide - A5000 R5.4 – Aastra X series Legend: PRIORITY position for synchronisation RECOMMENDED position Any position Position NOT ALLOWED EXCLUSION of 16 IT card. Position vs cards 2, 4, 8, 16 IT Indicates that the equipment’s connexion is possible if no LA8, LN8, LM8, LH8, LI1, LR4, PT2(8IT), PT2(16IT), LD4, LD4N card is installed in slot N.
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Page 49: Power Supply
Product Guide - A5000 R5.4 – Aastra X series 5.3.8.8 Power supply The ADS350XD is the power supply module of the main cabinet and expansion cabinet of an Aastra Depending on the configuration of the AXD, power is supplied to the cabinets through 1 or 2 ADS350XD (or previously ADS 300XD) power supply modules: •... -
Page 50: Autonomy
17Ah (1 battery per cabinet) 24 AH (1 battery in parallel on a A2XD) 38 AH (1 battery in parallel on a A3XD) Battery autonomy 4h (average) Note: batteries of battery cabinets in the Aastra price list have these characteristics. BPS0121AENAA01 Page 50/74... -
Page 51: Duplicated Services Of The Axd
The faulty power supply module must be replaced manually. The faulty power supply module can be removed without switching-off the Aastra XD (hot-disconnection). Then a working power supply module is fitted in the empty position, still without switching-off the system (hot-connection). This new power supply module now shares the load with the first one. - Page 52 After each software upgrade on the active motherboard, system and application’s software are synchronised with the passive motherboard including: version, patch, MMI’s languages, etc. This synchronisation is done once the new software release has been validated by the Aastra XD or by the management centre.
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Page 53: Duplicating The Integrated Call Distribution Service
Product Guide - A5000 R5.4 – Aastra X series 5.3.9.3 Duplicating the integrated Call Distribution Service The integrated Call Distribution function (integrated IVS, music on hold, spoken announcements) is duplicated on AXD. In case of switchover, the function is only unavailable during the switchover, and becomes available again thereafter without any manual intervention. -
Page 54: Duplicating Connections To The Ip, Lan Or Wan Network
Product Guide - A5000 R5.4 – Aastra X series 5.3.9.6 Duplicating connections to the IP, LAN or WAN network Thanks to its integration into the motherboard, the integrated 10/100 Base T Ethernet port is duplicated. Therefore, all the applications which use this port to connect to the PBX benefit from this IP link security. -
Page 55: Integrated Services On The Motherboard
Product Guide - A5000 R5.4 – Aastra X series 5.4 Integrated services on the motherboard 5.4.1 Native IP port The Aastra range has 2 connections to an Ethernet 10/100BASE-TX network, embedded on the motherboard. These interfaces allow you to: • Connect audio and video IP/SIP terminals •... -
Page 56: Securing The Ip Link - Double Attachment
Product Guide - A5000 R5.4 – Aastra X series 5.4.3.1 Securing the IP link - Double attachment All Aastra 5000 Server and Aastra X Series devices may be configured to secure the IP link through a network double attachment. In this case, the LAN port is the main IP network access port when this port is valid. -
Page 57: Mirroring Port - Mirror Function
5.4.4 Download via ISDN The Aastra range has the HDLC function embedded on its motherboard. This function is used to carry data on the B channel and, thus, to download the software and applications integrated into the system via ISDN. -
Page 58: Integrated Buffer
This i-Button dongle is the main element of the new maintenance procedure. When replacing a UCV card or an Aastra X series, restoring the software configuration of the new UCV card and moving the "iButton" to the new card is enough to retrieve the same functional configuration, and this without any other intervention. -
Page 59: Dect Synchronisation
Product Guide - A5000 R5.4 – Aastra X series 5.4.7 DECT synchronisation The two synchronisation ports of the CPU card are used to spread DECT synchronisation in a contiguous multi-site configuration, as shown in the diagram below: The synchronisation port is used to transport network synchronisation and DECT synchronisation in case of a DECT multi-site with contiguous cells. -
Page 60: Fax And Modem Transmission Over Ip
EIP cards of the AX Series. Aastra X Series are compatible with analogue faxes of G3 and super G3 types. For Super G3, even if the T.38 mode is configured, sometimes the fax may be transmitted in G.711. -
Page 61: Integrated Clients/Servers
Integrated SNTP server: Furthermore, the AX Series hosts an SNTP server (Simple Network Time Protocol), simplified version of the NTP protocol. This server is able to provide network time to Aastra SIP terminals and SNTP- compatible, third-party SIP terminals. This server cannot be configured and is always active. -
Page 62: Integrated Call Distribution Services
5.5.1 Call distribution Regarding the call distribution functions from the Aastra 5000 offer, the key points are that all the required hardware is embedded on the motherboard and could be fully managed remotely. Moreover, the integration of the call distribution architecture into the motherboard of the Aastra 5000 range guarantees the optimisation of the full architecture of the switch: The resources are shared (memory, DSP, access) between all the call distribution services. -
Page 63: User-Friendly Start-Up And Administration
5.5.3 User-friendly start-up and administration As the Call distribution services are part of the Aastra 5000 software, they are very easy to install and setup: No hardware intervention is required. Moreover, the voice mailboxes (IVB) are automatically created. A Windows interface makes the creation and modification of the integrated voice server (IVS) easy and fast. -
Page 64: Sizing Of The Voice Services
A special procedure is implemented when upgrading an iPbx from version <= R4.2 to R5.4 with two steps: first an upgrade to R5.1C then an upgrade from R5.1C to R5.4. Please consult the Aastra 5000 R5.4 Ordering Guide for more information. 5.5.4.2 Sizing of the voice services... - Page 65 Product Guide - A5000 R5.4 – Aastra X series Feature Aastra Aastra Aastra Aastra Aastra Aastra Aastra Aastra Aastra Aastra Aastra XS12 X2S12 Voicemail boxes 1000 Maximum number 32, configurable to 59 of messages per voicemail box Maximum duration 3 min, customizable to 60 min...
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Page 66: Optimising And Checking Memory Space Capacities
Product Guide - A5000 R5.4 – Aastra X series 5.5.4.3 Optimising and checking memory space capacities From R5.3, it is possible to display information about Compact Flash capacities and occupation. It is also possible to optimise the capacities of certain memory spaces according to customers' needs. -
Page 67: Administration Tools
5.6.1 Aastra Management Portal The 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 in each motherboard of the Aastra X series. -
Page 68: Am 7450
• Applications for Expert management (requiring special training) • Advanced 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 map animation •... -
Page 69: Deployment Conditions Of The Aastrax Series
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 back of an XL cabinet. -
Page 70: Space
If these conditions are not compliant by default in some locations, an installation of air-conditioning systems must be faced. 5.7.1.3 Space There must be enough space to fix the cabinet on the wall (Aastra XS only) or install it in: • a rack (19inch cabinet, if not pre-installed) •... -
Page 71: Installation Constraints
Product Guide - A5000 R5.4 – Aastra X series 5.7.2 Installation constraints The Aastra platforms have the following physical characteristics: Switch Height Width Depth Weight Aastra XS 89 mm (2U) 440 mm (19") 400 mm 7.5 kg Aastra 89 mm (2U) 440 mm (19") -
Page 72: Availability Rate Of The Aastra Hardware Components
Product Guide - A5000 R5.4 – Aastra X series 5.9 Availability rate of the Aastra hardware components Unavailability rate of the Aastra X Series: MTBF of the Aastra X Series: 10 years Power supply card unavailability rate: Cards Unavailability rate (10 -6 ) -
Page 73: Automatic Restart
Automatic restart of the system The Aastra X series restart time depends on the number of installed cards. Measurements have been performed on the Aastra X series in order to determine the maximum reloading and restart time: 2 minutes 30 seconds. -
Page 74: Heat Emission - Estimation Of The Power Emitted By The Ax Series
Product Guide - A5000 R5.4 – Aastra X series 5.11 Heat emission - estimation of the power emitted by the AX Series The estimation of the heat emission of the gateways Aastra X Series allows to evaluate the needs of power of the air conditioning.
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