Revision: 1.14 Department: Unify SaS UCC PH LS PM 1 Status: Released Owner: Alfons Fartmann

Transcription

1 OpenScape 4000 V8 Configuration Rules (with Emphasis on Hardware) Revision: 1.14 Department: Unify SaS UCC PH LS PM 1 Status: Released Owner: Alfons Fartmann Team Author Organization Alfons Fartmann Unify SaS UCC PH LS PM 1 Reviewer Author Organization Hans-Peter Hochradl Unify SaS UCC FIN HQ CIL 10.1 Lothar Bauer Unify SaS UCC PH LS PM 1 Internal Distribution Only Z3-HP4-05e/1 Status: 08/19

2 History of Changes Version Date Name Description Gerold Gall Initial Creation Gerold Gall Changes following Review G. Gruffydd Translated from the German Gerold Gall Promotion packages added G. Gruffydd Document updated updated according to German master document Revision Gerold Gall Change of product branding Gerold Gall Chapter on HiPath 4000 CSTA added Gerold Gall Chapter updated Gerold Gall Changes for M3 release of Minor Release V6R G. Gruffydd Document updated updated according to German master document Revision Gerold Gall Changes for M2 release of Minor Release V6R G. Gruffydd Document updated updated according to German master document Revision Gerold Gall Section 3.2 (HTS Options) added. Various changes based on suggestions of document users G. Gruffydd Document updated updated according to German master document Revision Gerold Gall Changes and new features for SoftGate V6, section "Face Plates Required for the CSPCI Box" revised/updated, section added on overvoltage protection for cards, project planning changes for DSCXL2 from 02/2012, introduction of SLMAV card G. Gruffydd English document updated according to German master document Revision Gerold Gall Section 3.3 added: New Solutions for the Power Supplies UACD and UDCD (not specific to V6) G. Gruffydd English document updated according to German master document Revision Gerold Gall Various minor changes to text and content, information on HiPath Access and RG8350a added G. Gruffydd English document updated according to German master document Revision Gerold Gall Descriptions of new DSCXL2+ processor unit and HDTR2 (redesign) added G. Gruffydd English document updated according to German master document Revision Ralf Okon Changes regarding OpenScape 4000 V7 New feature positions (only software) license changes OpenScape SoftGate V7 innovations Internal Distribution Only Z3-HP4-05e/2 Status: 08/19

3 Ralf Okon New system control EcoServer Ralf Okon Alfons Fartmann New system control OS 4K Branch Adaption to V Alfons Fartmann Released for OS4K V8 R Alfons Fartmann Released for OS4K V8 R1 step Alfons Fartmann Released for OS4K V8 R Alfons Fartmann Corrections Alfons Fartmann Delete Energy Star Internal Distribution Only Z3-HP4-05e/3 Status: 08/19

4 Contents 1 Introduction Main statements for OpenScape 4000 V OpenScape 4000 EcoServer DSCXL2 Processor Designations in this Document Contents of this Document Supported Hardware Supported HiPath 4000 Switch Architecture Types Access Points in Host System IP Access Points Peripheral Line Cards Important Notice on Overvoltage Protection for the Line Cards Supported HW list Hardware Requirements OpenScape 4000 EcoServer AC and DC Power Supplies UACD Power Box (supplied by Lineage Power) UDCD Power Box (supplied by Lineage Power) OpenScape 4000 on VMware Redundancy Scenarios with OpenScape Duplex Control with OpenScape 4000 EcoServer OpenScape 4000 Separated Duplex OpenScape 4000 Disaster Recovery Feature Description Definitions Prerequisite How to order Software and Licensing Licensing OpenScape 4000 Software Deliveries Royalties for SLES Hosted OpenScape SBC New System Orders Migrating OpenScape 4000 systems to pure IP systems Upgrades, Conversions and Partial Upgrades Upgrades Partial Upgrades RG 83xx Upgrades to OpenScape 4000 V RG 8350a V6 or V7 upgrades to OpenScape 4000 V OpenScape 4000 SoftGate OpenScape Access...33 Internal Distribution Only Z3-HP4-05e/4 Status: 08/19

5 14 OpenScape 4000 Branch OpenScape Enterprise Gateway New sales and expansions Migrations HG3500 V8 (STMIX) SLMC SLMU Direct ("Linear") Order Items Appendix Technical Data of the SLMA Line Cards Internal Distribution Only Z3-HP4-05e/5 Status: 08/19

6 1 Introduction 1.1 Main statements for OpenScape 4000 V8 Compared to the predecessor versions of OpenScape 4000 V8 the following high level statements apply: 1. All the hardware applicable for HiPath 4000 V6 and OpenScape 4000 V7 can still be used. Rules applicable for an upgrade to these predecessor versions therefore also apply to OpenScape 4000 V8. Therefore the chapters dealing with these rules are kept in this document. 2. Although hardware may continue to be used with OpenScape 4000 V8 it may not be available for new sales or expansions any more. Examples are the DSCXL2+ and the HG3575 (NCUI) V4. 3. OpenScape 4000 V8 introduces four new hardware pieces: a. The OpenScape 4000 Branch replaces the OpenScape Access for new sales. b. The HG3500 V5 (STMIX) replaces HG3500 V4 (STMI) c. The SLMC card as successor for SLC24 d. The SLMU card as successor for SLMO24 4. OpenScape 4000 V8 changes the licensing of communication channels: a. Trunk channels are free of charge. b. Subscriber channels will require either an OpenScape 4000 V8 Flex license or an OpenScape 4000 V8 TDM license. See details in separate chapter below. 1.2 OpenScape 4000 EcoServer The preferred system control of OpenScape 4000 V8 is the 1,5 U rack mounted enterprise class EcoServer which replaces all DSCXL2 scenarios except APE. More information can be found here. 1.3 DSCXL2 Processor Designations in this Document Please note that the DSCXL2 and the DSCXL2+ are still supported for migration scenarios but can no longer be ordered. It is recommended to move towards the EcoServer or to the OpenScape 4000 Branch depending on the actual use case. The DSCXL2 processor unit was introduced together with HiPath 4000 V6 and is a mandatory requirement for this system version for systems with a CSPCI central control. Since the beginning of November 2012, a re-designed version of the processor unit is in use, specifically referred to as "DSCXL2+" in this document. In order to safeguard maintenance costs an exchange of the HDDs with new disks and other devices with limited lifetime (e.g. UACD) is recommended. Internal Distribution Only Z3-HP4-05e/6 Status: 08/19

7 In this document, the term DSCXL2 is used to denote both versions (the original DSCXL2 and the re-designed DSCXL2+), unless explicitly stated otherwise. Where the DSCXL2+ is specifically named, the descriptions and data apply exclusively to this variant. 1.4 Contents of this Document This document describes the product configuration rules for OpenScape 4000 V8 with the emphasis on hardware. Although the license changes are mentioned briefly, the software configuration rules will be described in detail in separate documents. As much of the basic hardware introduced with earlier HiPath 4000 versions has not changed, the previous specifications "HiPath 4000 V1.0 Hardware Specification" (Z3- HP4-04), "HiPath 4000 V2.0/V3.0/V4 Hardware" (Z3-HP4-05) and "HiPath 4000 Configuration Rules V5" (Z5-HP4-16) continue to apply to the following subjects: Installation Variants Shelves / Boxes Cable Connections / Main Distribution Frames Peripheral Cards Card Distribution Rules Power Supply Units IPDA OpenScape 4000 SoftGate SIU Card Calculation Rules RSP (Remote Service Platform) 2 Supported Hardware All hardware supported in HiPath 4000 V6 and OpenScape 4000 V7 are still supported in OpenScape 4000 V8. Certain older HiPath 4000 switch architecture types and peripheral line cards in HiPath version older than V6 are no longer supported. If changes are required they reflect the necessary changes towards OpenScape 4000 V Supported HiPath 4000 Switch Architecture Types The table below shows the various hardware platforms that can be used with OpenScape 4000 V8. Support for the 80CXE architecture was discontinued. Internal Distribution Only Z3-HP4-05e/7 Status: 08/19

8 Hardware- Architecture Original Order Number Support VMware ESXi L30220-Y600-G320 Supported up to ESXi 6.5 OS4K EcoServer L30220-Y600-G300, L30220-Y600-G315 Supported OS4K Branch L30220-Y600-G340 Supported OSA 500a/i L30220-Y600-G330 L30220-Y600-G331 Supported, deprecated, PSR required 600ECS L30220-Y600-G109 Supported, but upgrade to OS4K V8 requires replacing the original central control shelf with the EcoServer. cpci L30220-Y600-G300, L30220-Y600-G313 Supported, no longer deliverable 40CMX L30220-Y600-G104 Support already discontinued with HiPath 4000 V CMX L30220-Y600-G105 Support already discontinued with HiPath 4000 V CMX-DSC L30220-Y600-G112 Support already discontinued with HiPath 4000 V5. 80CXE L30220-Y600-G108 Support already discontinued with HiPath 4000 V6. 600ECX L30220-Y600-G113 Support already discontinued with HiPath 4000 V5. Support for the Hicom 300 E/H SWDB was already discontinued in HiPath 4000 V5, which means that conversions of Hicom 300 E/H switches to OpenScape 4000 V8 are not possible (this also applies to partial upgrades for shifting switch licenses in the CWT). 2.2 Access Points in Host System The AP3300 (30 ) and AP3700 (19 ) peripheral host shelf units introduced with earlier HiPath 4000 versions continue to be supported in OpenScape 4000 V IP Access Points OpenScape 4000 V8 supports the following IP access points: Internal Distribution Only Z3-HP4-05e/8 Status: 08/19

9 AP 3500 IP AP 3300 IP AP 3700 IP OpenScape 4000 SoftGate OpenScape Access 500 OpenScape 4000 Branch OpenScape Enterprise Gateway * ) OpenScape 4000 V8 supports a maximum total of 83 access points (AP3xxx IP, OpenScape 4000 Branch, OpenScape Access 500 and OpenScape 4000 SoftGate). 2.4 Peripheral Line Cards All peripheral boards which were supported in HiPath 4000 V6 and OpenScape 4000 V7 are still supported in OpenScape 4000 V8. When upgrading from earlier versions of HiPath 4000 the ECS will determine which peripheral boards need to be replaced Important Notice on Overvoltage Protection for the Line Cards The following statements are not specifically confined to OpenScape V8, but apply generally, for all system versions and variants. Built-In Lightning Protection of the Cards Analog and digital subscriber line cards have a built-in single-pulse overload protection against lightning-induced peak surges of up to 2kV longitudinal voltage (common mode surges of 10 μs 700 μs duration) and 1kV transverse voltage (differential mode surges of 1 2 μs 50 μs duration). However, this protection can only be effective if the system ground connections are properly installed, as described in the installation manual. Grounding Once the system ground connections of all the OpenScape 4000 components have been installed the low-resistance connection of the system FPE conductor to the PE conductor of the power circuit must be checked, as must the additional, permanent connection to the SRG grid of the building. External Lightning Protection For line lengths of more than 500m, and for lines that exit buildings, analog and digital subscriber line cards require an external lightning protection. * As the AP3500 IP has already reached M45 in the product phase-out process, expansion orders for this shelf type are only permitted if free card slots still exist. The shelf itself can no longer be ordered. Upgrades to V8 need a PSR. Internal Distribution Only Z3-HP4-05e/9 Status: 08/19

10 Such a lightning protection mechanism is an additional primary protection (i.e., in this case, additional to the built-in protection), and is typically installed either at the MDF or at the entry point of the line to the building premises. For this, a separate gas discharge tube surge arrester (Unify name "UESAG") with a nominal input voltage of 230V is installed for each wire of a line, which will short to ground on overload. Without this additional primary protection, lightning-induced spikes higher than the above-mentioned values will inevitably result in the connected line card being destroyed. This, in turn, can escalate into a total system failure, or result in system components overheating (fire risk). All cards with 24-pair MDF line connections have the built-in overvoltage protection. The 24-pair MDF lines have no additional overvoltage protection in the line connectors. Externally run lines to the MDF can be protected from atmospheric interference with the aid of GDT overvoltage arresters (UESAG), as required Supported HW list Please find in the embedded Excel file a list of supported peripheral boards. Borads supported 3 Hardware Requirements In system configurations based on the OpenScape 4000 proprietary hardware architecture, OpenScape 4000 V8 can only be run if the host switch has a central cpci control (CSPCI) or EcoServer. This means that for systems based on the 600ECS architecture (AYG109), planners will need to order the EcoServer for OpenScape 4000 V8 (AYG315) PLUS the AYG306 item once per existing AP3300 shelf in the system (LTUCR as replacement for the old LTUCX cards, exception: LTUCA for migration is still supported). CSAPE in AP3700 IP (survivability unit): CSAPE boxes ordered with S30807-U6630-X100 can be reused in OpenScape 4000 V8. Older CSAPE boxes (earlier than HP4K V6) must be replaced by a SW based Survivability Unit with or without SoftGate functionality, e.g. orderable with L Y600-G258. Internal Distribution Only Z3-HP4-05e/10 Status: 08/19

11 3.1 OpenScape 4000 EcoServer EcoServer is the preferred system control unit of OpenScape 4000 V8. The 1,5U rack units sized 19 housing contains the complete Simplex control unit including the alarm interfaces and connectors for AP3x00 Access Points. Order items: L30220-Y600-G315 L30220-Y600-G316 L30220-Y600-G317 OpenScape 4000 EcoServer Simplex OpenScape 4000 EcoServer Duplex OpenScape 4000 EcoServer Separated Duplex EcoServer front side EcoServer will be delivered with one SSD (Solid-State-Drive) and one AC or DC power supply. A second SSD as well as a power supply can be ordered separately. As an option it is possible to have a mixed configuration of AC and DC power supplies. That offers a maximum of redundancy possibilities to the customer. The Duplex-control will be realized via a CrossConnect Kabel which connects 2 EcoServer. For the integration in 30 inch boxes a specific adapter can be ordered. Hint: A Duplex system will be delivered with 2 SSD (one at each EcoServer). That results on the high reliability of the delivered server grade SSD. Of course it is possible to order a third SSD for data protection. EcoServer back side with AC and DC power supply By ordering EcoServer as DC variant a DCDR fuse panel with four fuses will be delivered automatically. It can be mounted directly in the 19 inch server rack or together with the 30 inch adapter. 3.2 AC and DC Power Supplies UACD Power Box (supplied by Lineage Power) This solution is not version specific and available from V6 onwards. Characteristic Data / Rules: Internal Distribution Only Z3-HP4-05e/11 Status: 08/19

12 The Lineage solution is similar to the Emerson Power Box (see TI guideline Z3-HP4-05, Section ), although it is neither electrically nor mechanically compatible. Neither is it compatible with the first generations of the UACD, with rectifiers by Farnell, Eaton, Weir or Invensys. 19" rack-mount unit, height 3U, max. 3 rectifiers per shelf (one primary and one secondary shelf possible). For thermal reasons, a separate rack is required for the UACD power box or boxes, which must be provided/obtained locally. If no separate rack is possible, installation and operation can only be permitted if the thermal safety standards can be guaranteed by other means (e.g. additional fan units). One rectifier must be calculated per 50A continuous operating current (the Emerson solution supported only 23A continuous load). Power share connection between the primary shelf and the secondary shelf. Regardless of the operating power requirements, one UACD shelf is required per 2 stacks/racks for connecting the -48V lines. The connection of the -48V lines to the stacks/racks is the same as with the Emerson solution. Please refer to the diagrams in the TI guideline Z3-HP4-05, Section The circuit breakers/fuses and the alarm line are always included in the delivery package of each UACD shelf (fuses had to be ordered separately for the Emerson solution). Unit Design (here: Primary Shelf) Height: 3U Controller MCBs ALIN line included Slots for up to 3 rectifiers Component Calculation and Part Numbers UACD Power Box by Lineage Power as successor to PSR930 and PSR930E power boxes by Emerson. Delivery from October Required for systems with UPR shelf boxes for redundant shelf power supply, unless powered by external -48V DC source, or for systems with UP shelf boxes or SAPPE (AP3700) rack-mount shelves as battery manager option (AYG120) 1 Rectifier 3000VA (Lineage Power) S30122-X8009-X22 Power Box in 19" rack-mount design. Not technically compatible with UACD box (see Z3-HP4-04, section 3.4.2) or 19" rackmount unit from Emerson (see Z3-HP4-05, section ). A separate 19" rack must always be provided (applies for "stack" systems and pure 19" solutions). 1 per 50A operating current + additional battery charge current (AYP706). Internal Distribution Only Z3-HP4-05e/12 Status: 08/19

13 1 UACD Power Box, LP (Primary Shelf) 1 UACD Power Box, LP (Secondary Shelf) S30122-H7744-X S30122-H7745-X For "n+1" redundancy, one extra rectifier unit needs to be calculated over and above the total requirement. Max. 6 possible. Charge voltage can be set between 42 and 58 V as required. including ALIN line, 1 200A MCB for battery connection and 4 40A MCB for lines to stack/rack 1 and 2 For rectifiers 1-3, 1 for stack/rack 1 and 2 including 1 200A MCB for battery connection and 4 40A MCB for lines to stack/rack 3 and 4 For rectifiers 4-6 if operating current >150A, or 1 for stack/rack 3 and 4 for connecting the DC lines 1 NORAC Kit S30807-H5634-X For Canada and USA 113) 1 Line to stack/rack 1 and 2 C39195-A7944-B16 1 for every 2 UP boxes in stacks 1 and 2, 2 per stack for stacks 1 and 2 if UPR boxes are installed 1 Line to stack/rack 3 and 4 C39195-A7944-B17 1 for every 2 UP boxes in stacks 3 and 4, 2 per stack for stacks 3 and 4 if UPR boxes are installed 1 0V line C39195-A7556-B540 1 for each C39195-A7944-B16/17 line as 0V return for UP/UPR stack systems, 2 for every 2 SAPPE boxes (+CSPCI) in each rack 1 Kit for 0V line C39165-A7080-D1 1 for 1st stack, for systems with UP or UPR shelf boxes. Key: SAPPE = AP 3700 (19 rack-mount design, 13 slots) UP shelf box = AP 3300 with non-redundant shelf power ( slots) UPR shelf box = AP 3300 with redundant shelf power ( slots) Internal Distribution Only Z3-HP4-05e/13 Status: 08/19

14 Technical Data of the AC/DC Converter Internal Distribution Only Z3-HP4-05e/14 Status: 08/19

15 3.2.2 UDCD Power Box (supplied by Lineage Power) Only for USA! Introduced in the tools beginning of March 2011 This solution is not specific to V6, and is only included in the V6 guideline because the introduction time frame coincides with that of V6. This power box is used for systems with an external DC power supply via on-line batteries (USA only) if galvanic isolation is required (PNOTE: L30220-Y604-P715 = 1). The converter requirements are calculated with n+1 redundancy, as before. The new UDCD Power Box with DC/DC converters by Lineage Power replaces the previous power box solutions by Zytron and Coleman. This is necessary due to the discontinuation of component parts by the manufacturers. The previous solution is described in the TI guideline Z3-HP4-04 (section 3.4.9). Since the previous solution is neither electrically nor mechanically compatible with the new one, expansion orders for systems equipped with the "old" UDCD solution are only possible with the appropriate components of the former series. Alternatively, the entire power supply can be converted (upgraded) to the new solution. However, this needs to be planned on-site, as this event is not supported in the tools. It is important to remember to update the inventory base after a conversion. Since the number of converters installed in the solution cannot be determined by AMO (partial REGEN), the configuration tool will store this information in IBASE in the form of a 2-digit PNOTE value, as follows: L30220-Y604-Q974 First digit (tens): Number of DC/DC converters in 1st UDCD box (max. 4) Second digit (units): Number of DC/DC converters in 2nd UDCD box (max. 4) Important Differences Compared with the Zytron or Coleman Solution The DC/DC converters by Lineage Power each provide a maximum power output of 2000VA (Coleman approx. 900VA). This means that one Lineage Power converter can provide enough power for one stack or rack. The required n+1 redundancy is achieved with the aid of a second converter. This means that 2 converters need to be planned for each stack or rack, so the actual power requirements of the stack or rack do not need to be calculated in detail. Since one Power Line Shelf can hold up to 4 DC/DC converters and each UDCD box can hold one Power Line Shelf, only 2 UDCD boxes are required for the maximum possible system configuration. The basic structure of the UDCD remains unchanged. Due to changes in the additional order items, the UDCD box has been assigned a new part number, although the central components BUA (power input) and the power box remain unchanged. Since the Base Unit Assembly cannot handle more than 100A input current, it is no longer possible to stack two UDCD power boxes on one BUA as before. This means that one BUA is required per UDCD box. The new DC distribution panel (also by Lineage Power) takes over the fuse protection of the power input from the BUA to the DC/DC converters and the output power distribution to the stacks/racks. Internal Distribution Only Z3-HP4-05e/15 Status: 08/19

16 Mcb 100A Mcb 40A Mcb 40A Mcb 40A Mcb 40A Overview of Layout and Equipment of System Boxes Maximum Configuration The example shows a system with 30" shelf boxes, but this also applies to rack-mount systems with SAPPE (stack = rack) CAB UPR CAB UPR CAB UPR CAB UPR Supplies stacks 3 and 4 Supplies stacks 1 and 2 CAB UPR CAB UPR CAB UDCD BUA CAB UDCD BUA CAB UCS CAB UPR Power Supply Power Supply Stack 1 Stack 4 DC Distribution Panel Stack 2 or 4 Stack 1 or 3 Stack 2 or 4 Stack 1 or 3 Front cover removed Power Line Shelf DC/DC DC/DC DC/DC DC/DC Stack 1 or 3 Stack 2 or 4 BUA Internal Distribution Only Z3-HP4-05e/16 Status: 08/19

17 Fully-equipped UDCD with 4 DC/DC converters in the Power Line Shelf and DC Distribution Panel (BUA not shown here) Technical Data of the DC/DC Converter Internal Distribution Only Z3-HP4-05e/17 Status: 08/19

18 100 A 100 A 100 A 40 A Schematic Diagram of Power Connections of UDCD by Lineage Power Internal Distribution Only Z3-HP4-05e/18 Status: 08/19

19 Component Calculation and Part Numbers The table below shows the hardware component requirements and part numbers, depending on the number of stacks/racks in the system. Part No. Name Rule (based on stacks/racks) Stack S30807-U6650-X UDCD box 1 per 2 stacks for stacks 1 and 2, C39165-A7080-A100 Power Box plus 1 for stacks 3 and V32905-B23-X201 Label 2 per 2 stacks 2 2 V32905-B23-X108 Label 1 per 2 stacks 1 1 S30122-K7717-X1 Universal Seismic Anchor Kit 1 per 2 stacks (only if AYP727>0) 1 1 S30122-X8018-X20 Power Line Shelf 1 per 2 stacks 1 1 S30122-X8018-X21 DC Distribution Panel 1 per 2 stacks 1 1 C39165-A7700-C68 Angle Piece 2 per 2 stacks 2 2 C39165-A7700-C69 Front Cover 2 per 2 stacks 2 2 H60730-P80-R865 Lens-head screw 8 per 2 stacks 8 8 C39121-Z7001-C22 Cage Nut 8 per 2 stacks 8 8 H60730-R120-R865 Lens-head screw 8 per 2 stacks 8 8 S30122-H7739-X DC/DC Converter 2000W 2 per stack C39334-Z7093-C2 Shorting Bar 1 per 2 stacks 1 1 V39118-Z7180-A16 MCB 100A 1 per stack V39118-Z7180-A15 MCB 40A 2 per stack C39195-A7269-B629 Power Cord (4 2 m) 2 for stack 1 plus 2 for stack C39195-A7269-B630 Power Cord (5 8 m) 2 for stack 3 plus 2 for stack C39195-A7269-B628 Line (0 7 m, Return) 1 per 2 stacks 1 1 H60730-P80-R865 Lens-head screw 2 per 2 stacks (for return line) 2 2 C39195-A7269-B626 Power Cord (1 1 m) 2 per stack C39195-A7269-B631 Power Cord 1 per stack C39195-A7269-B632 Power Cord 1 per stack C39165-A7700-C70 Right-Angle Bar 2 for stack 2 plus 2 for stack Internal Distribution Only Z3-HP4-05e/19 Status: 08/19

20 4 OpenScape 4000 on VMware OpenScape 4000 can also run on VMware infrastructure on a host operating system Linux and is qualified for the usage in data centers. This virtual solution offers high scalability in the same way like EcoServer hardware. High security requirements will be ensured by VMware features (as vmotion, High Availability). This deployment is available for simplex and duplex architecture (see Matrix). The usage of further standard server is possible, if they are listed in the compatibility matrix of VMware. These deployments provide a support up to 12,000 users per VMware 1 OpenScape 4000 EcoServer deployment or 1 See VMware planning guide on the product home page. VMware Deployment Matrix Internal Distribution Only Z3-HP4-05e/20 Status: 08/19

21 5 Redundancy Scenarios with OpenScape Duplex Control with OpenScape 4000 EcoServer This is the redundancy solution with the two EcoServers installed in the same server rack. The EcoServers are capable of handling the ADP control functions in addition to the SWU functions. This means that the duplex option for OpenScape 4000 provides full redundancy for the ADP as well as the SWU control with only 2 units. The order item number for the second EcoServer is L30220-Y600-G316 (AYG316), and the EcoServer must be ordered with L30220-Y600-G315 (AYG315). Internally, the EcoServer always has a redundant power supply system, and, as for the first EcoServer, the PNOTE L30220-Y604-P710 (AYP710) can be set individually, if connected to an external DC power supply. An additional basic software license must be ordered for duplex operation under L30220-Y622-A983 (AYA983). 5.2 OpenScape 4000 Separated Duplex This type of duplex control option defines a failure backup configuration that is based on two physically separate, duplicated central control units in different geographical locations. This is a hot standby scenario, and the two control units are continuously synchronized and balanced by the so-called Quorum Node (separate server) over a permanent connection, using Layer 2 fixed IP encapsulation protocols. For switch configurations based on the OpenScape 4000 proprietary central control hardware, the Separated Duplex option requires two EcoServers each of which is equipped as a simplex central control. In the tools, the second EcoServer is treated similarly to an IPDA location or SoftGate. In this way, the redundant EcoServer can be delivered to a different address than the basic EcoServer, if necessary. The location management routines in the tools ensure that the second EcoServer remains identifiable as part of the overall configuration defined by the central system number (L- Number). A third server (EcoServer, VMware, OpenScape Access 500 or OpenScape 4000 Branch) is required for the Quorum node. The order item number for the second EcoServer is L30220-Y600-G317 (AYG317), and the EcoServer must be ordered with L30220-Y600-G315 (AYG315). Internally, the EcoServer always has a redundant power supply system, and, as for the first EcoServer, the PNOTE L30220-Y604-P710 (AYP710) can be set individually, if connected to an external DC power supply. The Separated Duplex option is only available for "pure IP solutions", in other words, for systems in which only IP access points are connected. The reason for this is that the maximum distance between the EcoServer and the "classic" AP3300 or AP3700 shelf boxes is only 10m, so connecting a geographically remote redundant EcoServer is simply not possible. In a VMware configuration two OpenScape 4000 Server Edition VMware instances are required (i.e., virtual machines running the OpenScape 4000 V8 Internal Distribution Only Z3-HP4-05e/21 Status: 08/19

22 software) which must be provided by the customer. A third virtual machine is required which hosts the Quorum node. An additional basic software license must be ordered for duplex operation. 5.3 OpenScape 4000 Disaster Recovery Feature Description The OpenScape 4000 SW offers functionality to autonomously synchronize a Disaster Recovery System ( DRS ). This functionality is an additional and optional possibility to extend availability and reliability of the OpenScape 4000 solution. In the event of a catastrophic outage of the active OpenScape 4000 Communication Server, this system can be activated by the administrator and takes over the functions of the main system. Functioning IP Routing is a prerequisite. In combination with AP-Emergency and the OpenScape 4000 Duplex capability, this Disaster Recovery functionality guarantees even higher availability of the OpenScape 4000 system. The following table gives an overview of possible failure situations and the appropriate OpenScape 4000 Survivability solutions. Failure Survivability Solution Standby-Mode Hardware fault in Duplex Call Control Hot Standby processor board Soft/Hard Restarts Duplex Call Control Hot Standby WAN failure for remote Signaling Survivability Hot Standby branches AP-Emergency Warm Standby Long term outage of main system AP-Emergency (automatic activation but survivability for maximum 30 days) Warm Standby Disaster Recovery (activation by administrator and no time limit on survivability) Cold Standby with synchronized database / software A key difference and benefit beyond the existing Duplex and Survivability (APE) deployment modes is that this feature requires less bandwidth and lower RTT (Round Trip Time) for the Cross Channel connection and as well an activated Disaster system can be fully configured and has no functional limits. The listed characteristics are: The DRS is a HW/SW clone of productive system, here the main system (EcoServers / DSCXL) is meant and considered. RMX / Call Processing Data Base synchronization are scheduled: DRS polls (every 10 minutes) and pulls backups from productive system. Activation and deactivation requires manual interaction. Internal Distribution Only Z3-HP4-05e/22 Status: 08/19

23 SW supply for DRS has to be performed manually! Exception the RMX/CP HorFixes, which are synchronized via the DRS sync mechanism. The Duplex HW Deployments are supported. Only IPDA Deployments are possible. IPDA HW Shelves themselves are not covered in this backup concept, only the main (RMX/Assistant) system. Customer and IPDA (Voice) LAN has to operate in different networks. (Only affects in case of used IPDA.) DRS Backup Server/Service can be intern (Assistant of productive system) or extern SFTP Server. IPDA Network of DRS must be isolated by L2 Switch or manual unplug cable at DRS. CO Trunks (classic or IP) has to be on IPDA shelves so the DRS can take over control otherwise further (manual) cabling would be necessary. DRS needs an own license file, due to separate ALI (Advanced License Identifier). Similar to the Separated Duplex setup Definitions Productive (Main) System is the normally operating OpenScape 4000 HW Core System. DRS Disaster Recovery System is the cold Stand-By OpenScape 4000 HW Core System. Disaster Event is the event of a long term outage, e.g. due to a long term power outage, fire or flooding Prerequisite At minimum OpenScape 4000 V8 Host system must be a Duplex system in a pure IPDA configuration: No Simplex or geo-separated system allowed. No host shelves allowed. Disaster Recovery is only offered for 19 systems. Any OS4K Platform Portal, CSTA, Assistant configuration change on Productive System has to applied also on the DRS. SW supply of DRS has to be executed in very timely manner to productive system. Identical hardware for productive and DRS: EcoServer. CCA/CCB IP Addresses are the identical on both systems. DRS process has to be well documented customer operating manual and should be tested in regular way to verify the functionality. Internal Distribution Only Z3-HP4-05e/23 Status: 08/19

24 5.3.4 How to order If the above prerequisites are met you can order the required licenses via the single order position L30220-Y622-A994 via ECS only. The ECS will generate the DRS base license and the CLS will duplicate all necessary licenses from the original system. The following hardware for the Disaster Recovery System is required and can be ordered linearly: 2x EcoServer (the base unit consists of an EcoServer with one SSD (without SW), one AC power supply and one display port cable) 1x Cable Kit for EcoServer Duplex Configuration (Duplex cable and 4 LAN cables) Optional additional power supplies, SSDs The -48 Volt power source must be provided locally if a DC power supply is selected. Order item number PST German Title English Title L30220-Y622-A994 AYA994 OpenScape 4000 Disaster Recovery OpenScape 4000 Disaster Recovery L30220-Y600-T270 AYT270 OpenScape 4000 EcoServer AC Grundeinheit OpenScape 4000 EcoServer AC Base Unit L30220-Y600-T272 AYT272 OpenScape 4000 EcoServer DC Grundeinheit OpenScape 4000 EcoServer DC Base Unit L30220-Y600-T251 AYT251 L30220-Y600-T252 AYT252 L30220-Y600-T253 AYT253 L30220-Y600-T255 AYT255 L30220-Y600-T256 AYT256 OpenScape 4000 AC Netzteil für EcoServer und OS4k Branch OpenScape 4000 DC Netzteil für EcoServer und OS4k Branch OpenScape 4000 SSD leer für EcoServer und OS4k Branch OpenScape 4000 Kabel-Kit für EcoServer Duplex OpenScape 4000 Kit für DC Anschaltung OpenScape 4000 AC Power Supply for EcoServer or OS4k Branch OpenScape 4000 DC Power Supply for EcoServer or OS4k Branch OpenScape 4000 SSD empty for EcoServer or OS4k Branch OpenScape 4000 Cable Kit for EcoServer Duplex Configuration OpenScape 4000 Cable Kit for DC power supply 6 Software and Licensing 6.1 Licensing The licensing strategy is described in detail in the sales information. 6.2 OpenScape 4000 Software Deliveries The OpenScape 4000 V8 software will be factory-installed. Although every care will be taken to ensure that the latest Minor Release is delivered in each case, on-site updates cannot always be avoided. The latest software release is available on the Software Supply Server. Internal Distribution Only Z3-HP4-05e/24 Status: 08/19

25 6.3 Royalties for SLES11 Unify pays royalties for using the SLES11 operating system. The royalties are calculated with the aid of so-called royalty licenses (part number S30122-X8023- X407) that are calculated and assigned automatically by the hardware configuration tool. The royalty license is valid for six years and will be delivered as components of the relevant order positions both for new sales and upgrades. After six year these royalties must be renewed unless this is done already through an upgrade to a newer version. Royalty license requirements: OpenScape 4000 system, simplex 1 OpenScape 4000 system, duplex 2 OpenScape 4000 system, Separate Duplex 3 *) VMware deployment (Server Edition), simplex 1 VMware deployment (Server Edition), duplex 3 *) OpenScape 4000 SoftGate 1 CSAPE with DSCXL2 (in AP3700 IP) 1 OpenScape Access OpenScape 4000 Branch 1 STMIX 1 *) One license is required for the Quorum Node Server. The system will monitor the validity of the royalty license. In addition, tool support will be provided for extending the expiry date by a further 3 years. 6.4 Hosted OpenScape SBC The OpenScape SBC is hosted as a part of particular OpenScape 4000 deployments using a linux container on OpenScape 4000 Branch or OpenScape 4000 Ecoserver. It works as SIP B2BUA (back-to-back user agent) between the internal network and the outside world or allows to connect OpenScape 4000 gateways to be used with the Circuit Advanced Telephony Connector (ATC). Info: The hosted OpenScape SBC is released for following deployments - Simplex with SoftGate on OS4K Branch - Simplex with or without SoftGate on OS4K EcoServer - Survivable Units with or without SoftGate on OS4K EcoServer and OS4K Branch There are two ways to enable the hosted SBC in OpenScape 4000, via first install XML configuration or by selecting "Enable SBC" option under Platform Portal LAN Configuration (in case of an upgrade from lower versions). Internal Distribution Only Z3-HP4-05e/25 Status: 08/19

26 The hosted SBC supports a maximum of 120 channels, see below for details: Metric limit Limit when SoftGate active Max. registered SIP Remote Users (Note 2), eg, home workers (without Digest Authentication, Throttling, or TLS) Max. simultaneous SIP signaling calls / SBC sessions (Note 4) Max. simultaneous RTP media streams (full-calls) anchored through OpenScape SBC (without Media Transcoding) Max. simultaneous RTP media streams (full-calls) anchored through OpenScape SBC (with Media Transcoding) Max. simultaneous SRTP secure media streams (either MIKEY0 or SDES) terminated/mediated by SBC (without Media Transcoding) Number of simultaneous SIP Service Providers (SSP) 10? Busy Hour Call Attempts (full calls) (Note 9) 1800? Max. peak half-calls (Note 9) per second (without Digest Authentication, Throttling, or TLS) 1 (Note 10)? Registration refresh requests per second 1 1 (randomized registration steady state condition) 1 Steady state call completion rate Time to recover to steady state operation (99.99% call completion) following simultaneous restart of all endpoint devices (Note 11) 99.99% <15 min. <15 min Notes: 1. Network interface switch speed is set to 1 Gigabit Ethernet. 2. For keysets, each keyset line appearance is counted as one registered user. 3. Subscriber registration interval 3600 seconds. Add the following penalty (or penalties*) to get the actual registered SIP users limit. To get new numbers, apply penalty1 and on the new numbers apply penalty2. a) Digest Authentication penalty: 25% b) Throttling Penalty (600 seconds - reducing this value introduces more penalty): 60% 4. To determine cumulative penalties apply penalty1 and on the new number apply penalty2. 5. An SBC Session is defined as a SIP signaled call with an access-side signaling leg and a core-side signaling leg. A typical voice call between a local OpenScape Voice user and a Remote User registered via the SBC, or to a SIP Trunk connected via the SBC requires one SBC session. 6. A "half call" is a call from either Access side (WAN) to core-side (LAN) or from coreside (LAN) to access-side (WAN). A "full call" consists of two half call legs. i.e. a call Internal Distribution Only Z3-HP4-05e/26 Status: 08/19

27 being initiated by the Access side (WAN) going to core-side (LAN) and then coming back to the Access side (WAN). 7. Apply the following penalty (or penalties*) to determine the actual OpenScape SBC maximum calls per second limit when the following functions are enabled: a) Digest Authentication penalty: 30% b) Throttling penalty** (600 seconds throttling interval): 40% c) TLS penalty** (600 seconds keep alive interval; no throttling): 50% 8. To determine cumulative penalties apply penalty1 and on the new number apply penalty2 9. When restarting, SIP endpoint devices are required to comply with procedures specified in RFC3261 and OSCAR Chapter 11: Best Practices. With a simultaneous restart of all endpoint devices, when a user becomes successfully registered, that user shall immediately be able to originate and receive calls with a call completion rate of at least 99.99%. OpenScape SBC/UTC (Universal Telephony Connector): Deployment OpenScape 4000 Performance limit with G.711 (30% DTLS+ICE penalty compared to SRTP) ~60 concurrent DTLS sessions Internal Distribution Only Z3-HP4-05e/27 Status: 08/19

28 7 New System Orders Please refer to the following table as a guideline to which deployments of the OpenScape 4000 system components are allowed. It also notes the required order positionsas a check after completing the ECS procedures. RGxxx gateways are not offered in OpenScape 4000 V8. Also a standard server deployment is no longer supported. Deployment Options DSCXL2/DSCXL2+ OSA500 VMware EcoServer OS4K Branch Simplex without SoftGate with SoftGate n/r [6] only via upgrade Duplex Duplex only via upgrade Separated Duplex Node A & B only via upgrade AYG320, AYA981 [3] AYG320, AYA981, AYG261, AYA984 AYG300, AYG315, AYA980 AYG300, AYG315, AYA980, AYG261, AYA984 n/p n/p AYG300, AYG315, AYA980, AYA983, AYG316 n/r AYG320, AYA981, AYA983 AYG300, AYG315, AYG317, AYA980, AYA983 S30122-X8004- S30807-U6649- X35 X100 S30122-X8004- S30807-U6649- X39 X101 S30807-U6649- X300 S30807-U6649- X301 only via upgrade n/r [5] S30122-K7754- X100 S30122-K7754- X200 S30122-K7758- X n/r [5] AYG340, AYA982, AYG261, AYA984 Quorum n/r AYG950 AYT270 AYG940 Quorum with SoftGate n/r APE [7] APE only via upgrade Survivable [7] without n/r SoftGate Standalone SoftGate Enterprise Gateway AYG950, AYG261, AYA984 [3] AYG261, AYA984 AYT270, AYG261, AYA984 n/p [2] n/p [2] n/p [2] n/p [2] AYG258, AYA518 with SoftGate n/r AYG950, AYA518, AYG261, AYA984 Standalone SoftGate without SoftGate n/r AYG261, AYA984 AYA518 [3] AYA518, AYG261, AYA984 [3] AYG261, AYA984 AYG315, AYA518 AYG315, AYA518, AYG261, AYA984 n/p n/p n/p [8] AYG251, AYA999 n/r n/p n/r AYG940, AYG261, AYA984 AYG940, AYA518 AYG940, AYA518, AYG261, AYA984 AYG940, AYG261, AYA984 n/p with SoftGate n/p n/p n/p [8] AYG251, AYA999, AYA969 n/p Internal Distribution Only Z3-HP4-05e/28 Status: 08/19

29 Survivable Enterprise Gateway without SoftGate n/p n/p n/p [8] AYG251, AYA999, AYA518 with SoftGate n/p n/p n/p [8] AYG251, AYA999, AYA969, AYA518 n/p n/p For a detailed view on which existing HW is still supported please refer to the latest software release note. The part numbers shown above reflect the orderable parts and may result in the delivery of subcomponents. E.g. an ordered EcoServer consists of the core EcoServer hardware plus one power supply. Some deployments may need to be ordered in two subsequent steps, e.g. those marked in yellow, because they contain a mix of linear order positions and positions accessible through the ECS. Explanation of used symbols: = possible n/p = not possible n/r = not released The firstinst-netw.sh blocks the installation by error. Portal LAN Wizard does not offer such possibility. The firstinst-netw.sh allows the installation, but the warning is printed. Portal LAN Wizard offers such possibility, but warning is displayed. 2. For APE select Survivable deployment and don't configure the SoftGate. 3. No Xlink connectivity to Access module supported. Use OSA500 or OS4k Branch instead. 5. Installation of Simplex without SoftGate on this HW type does not makes sense. (warning printout under implementation) 6. Installation of Simplex with SoftGate is not allowed on OSA500 modules with 4GB of RAM (S30807-U6649-X100 and S30807-U6649-X300) 7. The APE denotes the survivability option provided in the AP3700 IP self. Survivable instead is software only. 8. Installation/Activation of Hosted OpenScape Session Border Controller (hsbc) is supported Internal Distribution Only Z3-HP4-05e/29 Status: 08/19

30 8 Migrating OpenScape 4000 systems to pure IP systems An OpenScape 4000 system may contain up to 15 local shelves (host shelves) where the AP3700s denote the 19 shelves. These 19 systems can be reconfigured shelf by shelf to a pure IP system using AYG252 converting each shelf to an OpenScape Enterprise Gateway. The newly created OpenScape Enterprise Gateways may be optimized by moving any given STMI4 or STMIX configuration to a SoftGate freeing up a large number of slots for non IP boards. Hint: The migration of 30 systems is not supported. Details: An up-to-date Partial Regen file is required. Each AP3700 is migrated separately to an OpenScape Enterprise Gateway: 1. A new subsystem is created ordering AYG252. With this position EcoServer hardware is delivered. 2. If your AP3700 does not have an LTUCR you need to order a new one replacing the old LTU controller using AYT Optionally, a SoftGate Base license for a new subsystem using AYA969 (without the 20 Flex licenses) can be ordered. 4. Please explicitly assign the existing boards in your AP3700 to the new subsystem using the Locally Provided order positions. This ensures proper power supply and performance in case that you are reconfiguring and optimizing your system. The ECS will add an AYT443 for an additional power supply if needed. 5. These steps may be repeated until all host shelves are migrated. Once the above steps are completed for all needed boards in your host shelves you may very likely find you needed fewer Enterprise Gateways than you had host shelves before. This is due to the fact that any HG3570 will no longer be needed and not all shelves may fully be equipped. Also replacing STMIs / STMIXs by SoftGates (AYA969) reduces the number of needed shelves. The migration of the remaining OpenScape 4000 host (now without host shelves) to a virtual host is a pure license shift to a new Advanced Locking Id (ALI) reflecting the virtual environment. After the new configuration was installed a new Partial Regen file must be uploaded to the ECS to complete the migration. Internal Distribution Only Z3-HP4-05e/30 Status: 08/19

31 9 Upgrades, Conversions and Partial Upgrades 9.1 Upgrades Upgrades of predecessor versions to OpenScape 4000 V8 will follow the established process and consists of upgrading the ComScendo licenses to OpenScape 4000 V8 Flex or TDM licenses plus an order for the necessary hardware upgrade components, depending on the original HiPath or OpenScape 4000 version that is to be upgraded. The Sales Tools have been equipped with the appropriate configuration rules and will guide you through the upgrade process. A complete list of order items including the upgrade positions can be found on the product home page (tab: enabling). 9.2 Partial Upgrades Partial upgrades towards OpenScape 4000 V8 are supported from HiPath 4000 V1.0 to OpenScape 4000 V8. Partial upgrades of Hicom 300 E/H licenses to OpenScape 4000 V8 Flex Licenses are not supported. A complete list of order items including the partial upgrade positions can be found on the product home page (tab: enabling). 10 RG 83xx Upgrades to OpenScape 4000 V8 The RG83xx is a HiPath 4000 based gateway marketed from V4 to V6. The hardware consists of up to two AP3700IP. It is controlled by a DSCXL board placed into the APE unit of the base box and a NCUI4 board in each box. In version 4 and 5 DSCXL (S30810-Q2311-X300) was used and in version 6 DSCXL2 (S30122-X8004-X39). The base license will allow for the configuration of trunk lines only. Subscribers cannot be administered. It is recommended to ugrade these RG83xx to OpenScape 4000 V8 incl. an EcoServer as a control unit. This results in an OpenScape 4000 system with max. two IPDA subsystems. Details: The existing APE unit is removed from the first AP3700 IP. It is replaced with the blind C39165-A7075-C6 which is available from the spare part service. Two blinds are needed, one at the front side, the other at the rear side. The EcoServer is mounted to the rack and connected to the AP3700IP via LAN to the AP3700IP. The AP3700IP remain as is. Internal Distribution Only Z3-HP4-05e/31 Status: 08/19

32 Required order items: Order item number Feature name Required amount L30220-Y600-T270 OpenScape 4000 EcoServer AC Base Unit. 1 L30220-Y600-T251 OpenScape 4000 EcoServer AC power supply 0..1 L30220-Y600-T252 OpenScape 4000 EcoServer DC power supply L30220-Y600-T253 OpenScape 4000 EcoServer SSD L30220-Y622-T473 OpenScape 4000 V8 Base Software for modular ordering 1 L30220-Y622-T474 OpenScape 4000 V8 Flex License for modular ordering X, as required L30220-Y622-T475 OpenScape 4000 V8 TDM License for modular ordering X, as required C39165-A7075-C6* Cover CSAPE Slot 2 *available as spare part only So the minimum order consists of 1. 1x AYT270 (EcoServer HW), 2. 1x AYT473 (OpenScape 4000 V8 Base Software) Ordering this position will also generate a new SIE-ID. 3. 2x C39165-A7075-C6 (the APE blinds) All ordered licenses will be available on the CLS server where you can also assign any ordered Flex- and TDM licenses to the new system L-number (SIEL-ID). Please note that licenses are no longer required for trunk channels. After successful installation a Partial Regen file must be generated and imported into the ECS. This ensures a hassle free later expansion and a properly configured system. 11 RG 8350a V6 or V7 upgrades to OpenScape 4000 V8 The RG8350a consists of an OpenScape Access 500a box with additional modules. The base license can only be used to configure trunk lines, i.e. only a limited number of TDM users can be administered. It is recommended to upgrade the RG to an OpenScape 4000 V8. The order must contain a single AYT473 which generates the system number (SIEL- ID) plus any required user licenses. All ordered licenses will be available on the CLS server where you can also assign any ordered Flex- and TDM licenses to the new system L-number (SIEL-ID). Please note that licenses are no longer required for trunk channels. Internal Distribution Only Z3-HP4-05e/32 Status: 08/19

33 Required order items: Order item number Feature name Required amount L30220-Y622-T473 OpenScape 4000 V8 Base Software for modular ordering 1 L30220-Y622-T474 OpenScape 4000 V8 Flex License for modular ordering X, as required L30220-Y622-T475 OpenScape 4000 V8 TDM License for modular ordering X, as required All ordered licenses will be available on the CLS server where you can also assign any ordered Flex- and TDM licenses to the new system L-number (SIEL-ID). Please note that licenses are no longer required for trunk channels. These licences will establish an ordinary OpenScape 4000 system on an OpenScape 500 Access box. After successful installation a Partial Regen file must be generated and imported into the ECS. This ensures a hassle free later expansion and a properly configured system. 12 OpenScape 4000 SoftGate The SoftGate solution will continue to be available in OpenScape 4000 V8. The switch version and the SoftGate version must be identical unless otherwise explicitly stated in the release notes. This means that existing SoftGate solutions in a HiPath or OpenScape 4000 system must be upgraded in parallel. Please consult the latest release notes whether e.g. an OpenScape 4000 SoftGate can already be upgraded to V8 in an OpenScape 4000 V7 system. SoftGate can be upgraded via remote. (Feature name: Remote Appliance Reinstall RAR ). The SoftGate provides 16 slots. Restrictions regarding shelf planning were abrogated because all available 256 timeslots are no longer distributed in two shelf halves. A complete list of order items including the SoftGate positions can be found on the product home page (tab: presales). 13 OpenScape Access This section is only intended to offer a brief overview of the OpenScape Access (former HiPath Access) product. OpenScape Access internally runs the OpenScape SoftGate software. The enhancement to 16 slots makes it possible to configure virtual boards like vhg3500, without losing the availability of 8 X-Link to plug additional OpenScape Access modules. OpenScape Access has been established on HiPath 4000 from Version 6 Release 1 and can be upgraded after upgrade of the host system as explained before via RAR remote administration to V8. Internal Distribution Only Z3-HP4-05e/33 Status: 08/19

34 OpenScape Access is a cost-effective branch office solution with integrated analogue subscriber lines and an optional PSTN (central office/exchange) connection. OpenScape Access 500 has been introduced in two variants, as an addition to the existing HiPath 4000 IP access points (AP3700IP and SoftGate), and very effectively rounds off the branch office evolution strategy of the OpenScape In one variant, the stackable OpenScape Access 500 housing in 19" rack-mount design comes with a OpenScape 4000 SoftGate application already integrated, as well as 8 analog subscriber lines. This variant is marketed under the name OpenScape Access 500a. OpenScape Access 500a A further variant is available under the name of OpenScape Access 500i and includes 8 S0 ports, on top of the basic equipment of the OpenScape 500a. The OpenScape Access 500 units have a height of 1U (1 rack height unit). OpenScape Access 500i Internal Distribution Only Z3-HP4-05e/34 Status: 08/19

35 A OpenScape Access 500a/i unit can be expanded with up to eight OpenScape Access modules (1U each). In addition, up to 1000 HFA IP subscribers can be managed. The following modules are available: OpenScape Access PRI OpenScape Access BRI OpenScape Access SLA OpenScape Access SLO OpenScape Access SLC OpenScape Access TA (2 digital S2M ports / ISDN primary rate interfaces, T1 and E1 standards supported), (8 digital S0 circuits / ISDN basic rate interfaces), (24 analog subscriber circuits), (24 digital UP0/E subscriber connections), (24 digital UP0/E connections for Cordless E base stations) and (8 trunk circuits for analog exchange/central office connections). A complete list of order items can be found on the product home page (tab: presales). 14 OpenScape 4000 Branch The OpenScape 4000 Branch is introduced with OpenScape 4000 V8. It is the successor of the OpenScape Access 500 boxes having greatly improved on availability in that it offers: a) Duplicate fans b) Optionally duplicate power supplies in AC and DC input (also mixed) c) Duplicate LAN and WAN sockets for bonding d) Optionally duplicate SSD drives For more details please see the separate projecting guideline: 15 OpenScape Enterprise Gateway 15.1 New sales and expansions The OpenScape Enterprise Gateway is the successor of the AP3700 IP and its HG3575 V4. It consists of hardware and software components which need to be ordered in two separate order positions (HW: L30220-Y600-G251, SW: L Y622-A999). The HW position consists of the following components: 1. The EcoServer hardware, 2. The AP3700 providing 13 slots for HW boards, 3. The LTUCR and 4. A cable connecting the LTUCR to the EcoServer. Internal Distribution Only Z3-HP4-05e/35 Status: 08/19

36 The SW position contains the licenses for the following functional blocks: Optionally, 1. The IPDA base software 2. The APE software 1. An OpenScape SoftGate instance can be activated on the OpenScape Enterprise Gateway for up to xyz subscribers using the existing OpenScape SoftGate licenses. This SoftGate can be used for all IP based communication. However, you cannot attach OpenScape Access modules. 2. An OpenScape SBC software instance can be activated on the OpenScape Enterprise Gateway using the existing OpenScape SBC licenses. Please refer to the Projecting Guidelines for details. In order to realize larger DECT scenarios in the branch locations we are combining the OpenScape Enterprise Gateway with an SLMC in a special offering L Y600-A362. This item can only be offered once per OpenScape Enterprise Gateway. OpenScape Enterprise Gateway Depending on the actual project needs a solution with either an OpenScape Enterprise Gateway or an OpenScape 4000 Branch may be more cost effective. As a rule of thumb, branch solutions requiring more than 3-4 OpenScape Access modules may be better off using an OpenScape Enterprise Gateway. Please check the actual requirement and possible later expansions. You may provide the HW components of the OpenScape Enterprise Gateway locally and eventually purchase missing components linearly if available. However, you Internal Distribution Only Z3-HP4-05e/36 Status: 08/19

37 must stick to the components stated above, e.g. the usage of an LTUCA as a substitute for an LTUCR is not supported. The OpenScape Enterprise Gateway also integrates an OpenScape SBC SW on the EcoServer and thereby extends its functionality beyond the former IPDA shelf Migrations AP3700 IP systems with NCUI2+ or NCUI4 boards can continue to be used. Older IPDA systems using NCUI2 boards must be migrated via L30220-Y600-G253. During migration a) Before V8R2, the shelf itself had to be replaced by an AP3700 due to back plane inconsistencies towards the LTUCR. Starting with V8R2 the shelf does not need to be replaced. b) The line (max. 9) cards (if still supported) will be reused. c) The NCUI will be replaced by an LTUCR and d) An Ecoserver will be added. Hint: Please check there is enough rack space available to hold the Ecoserver. 16 HG3500 V8 (STMIX) The STMIX board replaces the STMI4. While the STMI4 came with a 60 and 120 channel version the STMIX comes with a 120 channel version only. Order position L30220-Y600-A428. The STMIX runs a SLES 11 SP4 operating system providing the latest security updates. This means that an additional SLES Update protection key is required for each STMIX in the system. As its only application the SLES runs software ported from the SoftGate software thus providing the latest SIP features, e.g. supporting the AC-Win SL and the OpenScape Personal Edition HFA as available for OpenScape Business. Additionally the STMIX also supports the IPDA function and supports the same number of channels as the STMI for the different use cases making it a full replacement of the STMI. Maximum simultaneous calls for HG 3500 Usage STMI2 (60) STMI2 (120) STMI4 (60) STMI4 (120) STMIX Q2316-X Q2316-X10 Q2324-X500 Q2324-X510 Q2343-X Standard (IP Tln, Trk, IPDA) Std + QDC Std + SRTP Internal Distribution Only Z3-HP4-05e/37 Status: 08/19

38 Std + SRTP + QDC Std + DMC Std + DMC + QDC Std + DMC + SRTP Std + DMC + SRTP + QDC Max. T.38 Fax channels List of features with Signaling and Payload Encryption: Feature STMI2 STMI4 SoftGate/STMIX Native SIP Trunk *1) *1) SIP-Q Trunk SIP subscriber - classic SIP subscriber - UFIP *3) *3) Circuit Connectivity (UFIP) HFA subscriber *2) H323 Trunk *1) Only signaling encryption supported. SDES is supported on SoftGate/STMIX only. *2) Maximum of 120 SPE subscribers supported on STMI2 boards *3) Released as PSR (Project Specific Release) since V7R2 The STMIX does not support the AP1120. Please use other Mediatrix based analogue gateways. Both the STMI and the STMIX can be used in the same shelf. 17 SLMC The new card SLMC replaces the SLC24 with all features. In addition SLMC provides ISS support, so the SLCSS card is no longer needed. SLMC does not support BS3 anymore! Internal Distribution Only Z3-HP4-05e/38 Status: 08/19

39 Detailed information about the use of the SLMC with OpenScape Cordless Enterprise V7 can be found in the documentation of Cordless E V7, especially in the projecting guidelines in TI-Online SLMU SLMU replaces SLMO24 and SLMOP in OpenScape 4000 with all features. The SLMU board has 24 UP0/E interfaces. Up to 3 devices can be connected to the same station line (maximum of three message sources). The terminals can be supplied with remote power feed by means of the UP0/Einterfaces. The feed voltage can be activated and deactivated separately for every port. Current overload causes an overload protection chip to switch the power off automatically (short-circuit-proof). The SLMU board supports line termination (LT) for two-wire digital interfaces in accordance with the UP0/E method. Each UP0/E interface is an ISDN basic access (BA) with two B-channels (64 Kbps each) for voice and data transmission and one D- channel (16 Kbps). Terminals with UP0/E interfaces can be connected directly and terminals with S0 interface can be connected by means of a TA-S0 (terminal adapter S0). A maximum of two UP0/E terminals plus supplementary equipment can be connected to each port. The two B-channels can be switched through to any time slot of the system-side PCM highways. Of all possible D-channel data types (s, p, t), only the s-data (signaling) is processed. It is not planned to support p-data (packet switching) or t- data (telemetry). The SLMU board provides the 24 UP0/E-interface required to support the OpenStage TDM telephones. By using an adapter in the Masterphone (Repeater), you can connect: An additional OpenStage TDM phone (slave phone or terminator) and a LAP-D terminal or Two LAP-D terminals. The terminals can be supplied with remote power feed by means of the UP0/Einterfaces. 19 Direct ("Linear") Order Items The following items can be ordered directly, bypassing the configuration tools. Please note that all items are delivered loosely and in parts, and may require assembly before being used. A complete list of linear order items can be found on the product home page (tab: Presales). Internal Distribution Only Z3-HP4-05e/39 Status: 08/19

40 Technical Information OpenScape 4000 V6, 20 Appendix 20.1 Technical Data of the SLMA Line Cards SLMA24 (SLMA2) SLMA3 < release 7 / SLMAC < release 6 SLMAC release 6 or later SLMAE SLMAV Part number S30810-Q2246-X SLMA3 S30810-Q2191-X SLMAC S30810-Q2191-C S30810-Q2191-C S30810-Q2225-X S30810-Q2227-X 24 ports S30810-Q2227-X1 8 ports Compatible for use in system versions H300E V1.0, E V2.0, E V3.0, E V3.1, H300H V1.0 from HiPath 4000 V1.0 H300E V3.0, E V3.1 H300H V1.0 from HiPath 4000 V1.0 SLMAC (Clip) only for MAL and CHN H300E V3.0, E V3.1 H300H V1.0 from HiPath 4000 V1.0 Released for all countries except Japan from HiPath 4000 V2.0 from HiPath 4000 V4.0 Mixed configuration of all SLMAs is permitted Range of DC functions Subscriber loop resistance 2x device with 300 Max. loop current < 41 ma I loop for maximum loop resistance: 20 ma Subscriber loop resistance 2x 500 incl. device with 300 Max. loop current 26 ma Subscriber loop resistance 2x device with 300 Max. loop current 32 ma Subscriber loop resistance 2x 750 Max. loop current 32 ma Subscriber loop resistance 2x device with 300 Max. loop current 40 ma Internal Distribution Only Z3-HP4-05e/40 Status: 08/16 Siemens Enterprise Communications GmbH. All rights reserved. All rights reservedreplaces Status: 11/13

41 Technical Information OpenScape 4000 V6, SLMA24 (SLMA2) SLMA3 < release 7 / SLMAC < release 6 SLMAC release 6 or later SLMAE SLMAV Ring Current Additional ring generator required RGE: 10 VA power output 65 V or 75 V with 25/50 Hz RG-module: 5 VA or 10 VA power output 65 V or 75 V with 25 Hz, 75 V/50 Hz oder 85 V/20 Hz 25 Hz: GER, OES, SWZ, BEL, LUX, SPA, POR, GBR, NDL, BRA, ITL, POL, ARG, CHL, SIN, RSA, CHN, GRI, FIN, CRE, DAN, UNG, IRL, SWE, MEX, IND, THA, MAL 50 Hz: FKR 20 Hz: USA Ring generator is integrated in the board. Configure using AMO ZAND. 25 Hz/45 V rms: BRD, OES, SWZ, BEL, LUX, SPA, POR, GBR, NDL, BRA, ITL, POL, ARG, CHL, SIN, RSA, CHN, GRI, FIN, CRE, DAN, UNG, IRL, SWE, MEX, THA, MAL 50 Hz/45 V rms FKR 20 Hz/45 V rms USA Ring generator is integrated in the board. Configure using AMO ZAND. 25 Hz/45 V rms: BRD, OES, SWZ, BEL, LUX, SPA, POR, GBR, NDL, BRA, ITL, POL, ARG, CHL, SIN, RSA, CHN, GRI, FIN, CRE, DAN, UNG, IRL, SWE, MEX, THA, MAL 50 Hz/45 V rms FKR 20 Hz/45 V rms USA Remark: The ringer voltage is programmable and can be up to 42 Vrms. Ring generator is integrated in the board Configure using AMO ZAND. 25/50 Hz/ V rms BRD, OES, SWZ, BEL, LUX, SPA, POR, GBR, NDL, BRA, ITL, POL, ARG, CHL, SIN, RSA, CHN, GRI, FIN, CRE, DAN, UNG, IRL, SWE, MEX, THA, MAL 50 Hz/45 V rms FKR 20 Hz/45 V rms USA Remark: The ringer voltage is programmable and can be up to 71Vrms balanced. Ring generator is integrated in the board Configure using AMO ZAND. 25 Hz/ 71 V rms BRD, OES, SWZ, BEL, LUX, SPA, POR, GBR, NDL, BRA, ITL, POL, ARG, CHL, SIN, RSA, CHN, GRI, FIN, CRE, DAN, UNG, IRL, SWE, MEX, THA 50 Hz/71 V rms FKR 20 Hz/71 V rms USA, MAL Remark: The ringer voltage is programmable and can be up to 71Vrms balanced. Internal Distribution Only Z3-HP4-05e/41 Status: 08/16 Siemens Enterprise Communications GmbH. All rights reserved. All rights reservedreplaces Status: 11/13

42 Technical Information OpenScape 4000 V6, SLMA24 (SLMA2) SLMA3 < release 7 / SLMAC < release 6 SLMAC release 6 or later SLMAE SLMAV Ring Current (cont.) Benchmark for dimensioning RGE/RG module: With 10 VA power output, approx. 320 analog subscribers can be operated with a traffic value of 0.15 Erl. (without group/parallel call). However, only one RGE/RG module is permitted for each shelf. Power output: 35 REN for the entire board, Max per Port: 3 REN (GER/IM), 2 REN (USA) Reference value for REN: Telephone with electromechanical ringer: 1 REN Telephone with electronic ringer: REN Power output: 35 REN for the entire board, Max per Port: 3 REN (GER/IM), 2 REN (USA) Reference value for REN: Telephone with electromechanical ringer: 1 REN Telephone with electronic ringer: REN Power output: 10 REN for the entire board, Max per Port: 3 REN (GER/IM), 2 REN (USA) Reference value for REN: Telephone with electromechanical ringer: 1 REN Telephone with electronic ringer: REN Power output: 10 REN for the entire board, Max per Port: 3 REN (GER/IM), 2 REN (USA) Reference value for REN: Telephone with electromechanical ringer: 1 REN Telephone with electronic ringer: REN Symmetric and asymmetric ring are possible Asymmetrical ring current, related to Ground Symmetric ring current (a/b) Symmetric and asymmetric ring are possible Symmetric ring current (a/b) i.e. devices which need an earth-related ringer aren't supported (e.g. ONS in USA). Internal Distribution Only Z3-HP4-05e/42 Status: 08/16 Siemens Enterprise Communications GmbH. All rights reserved. All rights reservedreplaces Status: 11/13

43 Technical Information OpenScape 4000 V6, SLMA24 (SLMA2) SLMA3 < release 7 / SLMAC < release 6 SLMAC release 6 or later SLMAE SLMAV Message-Waiting- Indication (MWI) Comtel-3 Comtel-3 Comtel-3 Comtel-3 Comtel-3 MWI with glow lamps are supported. RG S30810-Q2468-X must be used. Only permitted if UL1950 applies in the respective country. It is not permitted in other countries with other standards such as EN MWI with glow lamps are not supported. USA-model OPS interfaces are not supported. MWI with glow lamps are not supported. USA-model OPS interfaces are not supported. MWI with glow lamps are supported. USA-model OPS interfaces are not supported. MWI with glow lamps are supported. USA-model OPS interfaces are not supported. Internal Distribution Only Z3-HP4-05e/43 Status: 08/16 Siemens Enterprise Communications GmbH. All rights reserved. All rights reservedreplaces Status: 11/13