Acme packet bg_4250

1/63 NWS PM P PSM VIPT PL Border Gateway 4250 Version 11 For internal use

NSN NWS OEM Portfolio

PrHB

Projecting Handbook (Building Blocks)

Acme Packet Border Gateway 4250 R4.1.3, R6.5.0

10-Feb-2011

FOR INTERNAL USE ONLY

Author: Piotr Plaszczynski

Nokia Siemens Networks

NWS PM P PSM VIPT PL


Content 1 General ........................................................................................................................ 4 1.1 Documentation ............................................................................................................. 5 1.1.1 Document History ........................................................................................................ 5 1.1.2 Document Validity ........................................................................................................ 7 1.1.3 Further Documents ...................................................................................................... 7 1.2 Product Overview ........................................................................................................ 8 1.2.1 Description ................................................................................................................... 8 1.2.2 High availability system deployment ............................................................................ 9 1.2.3 Network Scenario ...................................................................................................... 11 1.2.4 Interfaces ................................................................................................................... 12 1.2.5 Hardware ................................................................................................................... 12 1.2.6 Software (Features) ................................................................................................... 13

2 Configuration ............................................................................................................. 14 2.1 Configuration HW/SW ................................................................................................ 14 2.1.1 Packaged systems ..................................................................................................... 14 2.1.2 Software version indicators........................................................................................ 18 2.1.3 HW upgrade from Active to HA packaged Systems with two 2x1 Gbit port modules 18 2.1.4 Software Capacity Upgrades (Base protocol licenses) for high availability systems 19 2.1.5 Software Capacity Upgrades (Base protocol licenses) for active systems ............... 20 2.1.6 Software Capacity Upgrades (Base protocol licenses incl. Hardware!) for high availability systems ................................................................................................................... 20 2.1.7 Software Capacity Upgrades (Base protocol licenses incl. Hardware!) for active systems…………………………………………………………………………………………………21 2.1.8 Quality of Service (licenses) for high availability systems ......................................... 21 2.1.9 Quality of Service (licenses) for active systems ........................................................ 22 2.1.10 Quality of Service Upgrade (licenses) for high availability systems .......................... 22 2.1.11 Quality of Service Upgrade (licenses) for active systems ......................................... 23 2.1.12 Lawful Intercept (licenses) for high availability systems ............................................ 23 2.1.13 Lawful Intercept (licenses) for active systems ........................................................... 24 2.1.14 Lawful Intercept Upgrade (licenses) for high availability systems ............................. 24 2.1.15 Lawful Intercept Upgrade (licenses) for active systems ............................................ 25 2.1.16 Optional devices for the Border Gateway .................................................................. 25 2.1.17 Hardware Spares ....................................................................................................... 27 2.1.18 Rack integration ......................................................................................................... 28 2.1.19 Acme Packet BG 4250 PSW (Platform Software) Maintenance .............................. 31 2.2 Projecting Instructions ............................................................................................... 33 2.2.1 Packaged Systems .................................................................................................... 33 2.2.2 Upgrading a Packaged System ................................................................................. 34 2.2.3 Configuration and Engineering rules (configuration examples)................................. 35 2.2.4 Flat Rates for MOMAT ............................................................................................... 38 2.2.5 Flat Rates for System Cables .................................................................................... 39


3 Physical Interfaces ..................................................................................................... 40

4 Summary of Components .......................................................................................... 42 4.1 Product Identification/Content List ............................................................................. 42 4.1.1 Packaged systems - Lab Use Only Systems ............................................................. 42 4.1.2 Packaged systems for high availability with four 2x1Gbit port modules .................... 42 4.1.3 Packaged systems (active systems) with two 2x1Gbit port modules ........................ 43 4.1.4 SW Version Indicators for Ordering ........................................................................... 43 4.1.5 PSW Maintenance ..................................................................................................... 44 4.1.6 HW upgrade from active to high availability packaged systems with two 2x1 Gbit port modules………………………………………………………………………………………………..44 4.1.7 Software capacity upgrades (Base protocol licenses) for high availability systems .. 45 4.1.8 Software capacity upgrades (Base protocol licenses) for active systems ................. 46 4.1.9 Software capacity upgrades (Base protocol licenses incl. Hardware!) for high availability systems ................................................................................................................... 46 4.1.10 Software capacity upgrades (Base protocol licenses incl. Hardware!) for active systems…………………………………………………………………………………………………47 4.1.11 Quality of Service (licenses) for high availability systems ......................................... 47 4.1.12 Quality of Service (licenses) for activeh systems ...................................................... 48 4.1.13 Quality of Service upgrades (licenses) for high availability systems ......................... 48 4.1.14 Quality of Service upgrades (licenses) for active systems ........................................ 49 4.1.15 Lawful Intercept (licenses) for high availability systems ............................................ 49 4.1.16 Lawful Intercept (licenses) for active systems ........................................................... 50 4.1.17 Lawful Intercept upgrades (licenses) for high availability systems ............................ 50 4.1.18 Lawful Intercept upgrades (licenses) for active systems ........................................... 51 4.1.19 Transceivers for Border Gateway devices ................................................................. 51 4.1.20 Miscellaneous (racks, switches, SFP, etc.) ............................................................... 52 4.1.21 Products for Alternative Use ...................................................................................... 57

5 HW Layout ................................................................................................................. 58 5.1 Rack Layout ............................................................................................................... 58 5.1.1 Rack Layout ............................................................................................................... 58 5.2 Cabling ....................................................................................................................... 63


1 General

Responsibilities: Projecting Handbook, Basic Data and configurator rules:

Mr. Piotr Plaszczynski NWS PM P PSM VIPT PL + 48 784031635

In addition to the author, the following persons have collaborated on this document: Product Line Management, MIP Team Leader Mr. Derek Underwood NWS PM VIPT Partner Products US +1 5619239909

OEM PV Mr. Apostolos Zervos NWS VIPT RD VoIP hiQ43 Dev Mgmt GR +30 2106247686

Technical Sales and configurator Mr. Ioannis Mouroulis NWS PM VIPT Partner Products GR +30 2106247616

Delivery Capability Management Ms. Mari Falck OPS DCM BSO DCM & ROCS Team FI +35 8718024710


1.1 Documentation

1.1.1 Document History

Issue Date Changes

1 09-March-2007 - new PRHB for Acme Packet Border Gateway 4250 Ident-/Content list can be suppressed via CAP filtering

2 13-July-2007 - new Buildingblocks (Upgrade licenses) for Base Protocol, Lawful Intercept and Quality of Service

3 25-Apr-2008 - New Buildingblocks for optional traffic switch (Summit X450a-24x) - New Buildingblocks for optional OAM switch (hiD6610 S312)

4 25-July-2008 - New Buildingblocks for 12000 and unrestricted sessions added - Buildingblocks for 16000, 24000 and 32000 sessions has been deleted. - New optional Buildingblocks inserted (CAM, Memory extension, NIU upgrade with IPSec hardware, LX transceiver) - Additional Spares added - Update of configuration examples

5 29-June-2009 - Removing HID6615 Switches, AC and DC versions. - Removing all items, which are cooperating with HID6615. - Removing of optional external redundant AC Power supply for Summit X450a-24x AC. - Integrating all the content of this document, with removing HID6615 and Summit X450a-24x AC. - Updating table of responsibilities.

6 10-Aug-2009 - The release 6.5.0 added. - PSW Maintenance building blocks added.

7 28-Sept-2009 - New building blocks for HID6615

8 09-November-2009 - New rules of configuration of package systems - New rules of upgrades

9 17-March-2010 - Unused Builbing Block Components removed – due to new rules of configuration of package systems and upgrades - Release 4.1.3 not for new offering - New desctiption of Software Maintenance CAM upgrades part introduced - CAM modules for initial systems added - Coomon rack for hiQ8000, Movius and Acme, R02:HIQ-B introduced

10 19-July-2010 - Removing Cisco switch Catalyst 2950-DC, D21:SWITCH24DC and optional components D21:SWITCH24DC - Introducing of the Juniper switches EX4200-48T-DC, D20:JNP-48T-DC and EX4200-24T-DC, D20:JNP-24T-DC - Update of Rackintegration chapter and Lack Layouts - Change in the CAM memory, chapter ‎2.1.16


11 10-Feb-2011 - Change in the chapter ‎2.1.19 Acme Packet BG 4250 PSW (Platform Software) Maintenance. Different method of calculation of the OEM SW Maintainance quantity.


1.1.2 Document Validity

This Projecting Handbook describes the projecting of Acme Packet BG 4250 R4.1.3, R6.5.0 for:

- Solution IMS_5.0 *) *) For estimated B600 dates please refer to the current Solution Roadmap

1.1.3 Further Documents

For all information about BG (Border Gateway) and SBS (Session Border Controller) look at IMS (Enterprise -> COO -> Converged Core -> NGVM -> Product Management -> PLM OEM Partner Products -> SBCs - Session Border Controllers -> Acme Packet)

Further chapters of PRHB are also available on ShareNet-IMS / NSN Intranet:

https://sharenet-ims.inside.nokiasiemensnetworks.com/livelink/livelink?func=ll&objId=390467842&objAction=Browse&viewType=1





1.2 Product Overview

1.2.1 Description

The‎Border‎Gateway‎(BG,‎especially‎BG4250)‎is‎part‎of‎a‎decomposed‎model‎of‎Acme‎Packet‟s‎Session Border Controller (SBC). Normally it covers both network elements: the Session Controller (SC) and the Border Gateway (BG). Acme‎Packet‟s‎family‎of‎session‎border‎controllers‎may‎be‎configured‎to‎support‎either‎SBC‎model: Integrated and Decomposed.

As an integrated SBC, the SBC tightly integrates session layer border control and media control functions within the platform. It is described in the Projecting Handbook of SD4250.

As a decomposed SBC, the session layer border control functions and the media control functions to be physically separated via a standards-based H.248 control interface. Specific configuration options in the decomposed model include:

•‎Session Controller (SC) – multi-protocol session layer border control and security

functions controlling the BG or 3rd

party Packet-to-Packet gateway(s) via H.248

•‎Border Gateway (BG) – Packet-to-Packet gateway performing policy enforcement

functions and NA(P)T controlled by the SC or 3rd

party session control elements via H.248.

In IMS 5.0 the BG4250 represents the Border Gateway Function (BGF). Together with additional signaling logic in the CFX-5000 the BGF is forming the SBC.


1.2.2 High availability system deployment

High availability (HA) system deployment

Border Gateways are deployed in pairs to deliver continuous high availability (HA) for interactive communication services. The HA design guarantees, that no sessions (calls) are dropped in the event of any single point failure. Furthermore, the Net-Net BG HA design provides for full media and call state to be shared across the HA node. The solution uses a design, where the two systems share a virtual MAC address and virtual IP address (see diagram below). Active System: One system is automatically chosen to be the primary or Active system, and will be the system used to process signaling and media traffic. Standby System: The backup or Standby system is in a standby mode, and is fully synchronized with the Active systems session status. The Active system will be running health checks against itself for internal process issues, as well as IP connectivity issues. If it detects that requires it to be removed from service, it will indicate this to the Standby BG, who will then send out a message using the virtual MAC, establishing that MAC on another physical port within the Ethernet switch. To the upstream router, the MAC and IP are still alive, so existing sessions and new sessions continue to flow, but now through the Standby system, with no dropped sessions. In addition to the Active system performing internal health checks and media checks, the Standby system is also monitoring the Active system via a directly connected link, as well as over the Ethernet links. If the Standby system must take over session support, it will also send out an SNMP trap indicating to network management that it has done so.


Schematic diagram on the basis of Session Director:

Active System + Standby System = High Availability System


1.2.3 Network Scenario

The IMS 5.0 solution is composed of different products:

the IMS 5.0 product with the CFX-5000 and CMS-8200

the hiQ8000 and hiG1200

the PCS-5000

the Acme Packet Net-Net 4250 BG

Standard IT-equipment and OAM equipment (with @com and iNMC)

Clients

The Border Gateway from Acme Packet is used as Border Gateway Function (BGF). Together with additional signalling logic in the CFX-5000 the BGF is forming the Session Border Controller (SBC).


1.2.4 Interfaces

The following overview shows the different interfaces of a Border Gateway in an IMS5.0 scenario:

1.2.5 Hardware

Further details pls. see:

Acme Packet Session Border Controller Network Planning

Mr. Mouroulis, Ioannis +30 2106247616


1.2.6 Software (Features)

The Acme Packet Net-Net 4250 BG is used as BGF (Border Gateway Function) and the user plane

part of the IMS 5.0 SBC functionality providing:

TCP- and UDP transport

NAT/NAPT Support

NAT-PT Support (IPv4/IPv6 IW, [IPv6 supported in a later version])

Gate‎control‎(also‎mentioned‎as‎“pinholing”)

Bandwidth monitoring

Address latching

Lawful Interception Support

For more information regarding the features of the Border Gateway, please have a look to the original‎„Product‎Description‎Document‟‎from‎Acme‎Packet,‎available‎on‎https://sharenet-ims.siemens.com/Guest/Open/355841157.

https://sharenet-ims.siemens.com/Guest/Open/355841157

https://sharenet-ims.siemens.com/Guest/Open/355841157


2 Configuration

2.1 Configuration HW/SW

2.1.1 Packaged systems

The following table shows the possible packaged systems for offer and order:

max. # of concurrent calls

SIP only SIP & IWF*)

4000 X

--

8000 X

--

12000 X

--

UR**) (>12000)

X

--

*) IWF: SIP-H.323 interworking (function) **) UR: Unrestricted # of CC (see ProjectView tool for maximum figures) Note:

- For the detail instructions of creating the new system, with required capacity of initial system,

QoS or LI, please see the chapter ‎2.2.1 Packaged Systems.

- For the detail instructions of upgrading the existing system, to required capacity of system,

QoS or LI, please see the chapter ‎2.2.2 Upgrading a Packaged System.


2.1.1.1 Lab Use Only Systems

Lab Use Only Systems are not to be sold as customer/end user devices. Minimal BG session capacity for customer orders is 4000 sessions. Purchase Order must state that the system is for lab/eval use. The following table shows the possible packaged systems for Lab Use Only Systems: max. # of

concurrent calls

Qty Code Number Components Description

1000

1 L32001-C2206-X1 D01:BG1K2G BG 4250 trial system, (non high availability), contains two 2x1Gbit port modules

1 L32001-C2206-X D01:BG1KHAS2G BG 4250 trial system (high availability), contains four 2x1Gbit port modules

2.1.1.2 Packaged systems for high availability with four 2x1 Gbit port modules

All single BG devices include 1.25 GHz CPU, 4 1000 Mbps Ethernet ports (two 2x1Gbit modules), 3 10/100 Mbps management ports, 2 console ports, 1 alarm port and H.248 border gateway control protocol. HA configurations include two devices with Base protocol software license. So a HA configuration contains 2 x (2 x (2 x 1)) = 8 1Gbit ports (see following figure).

Unrestricted*) HA configurations includes four devices with Base protocol software license. The following table shows the Item Codes for High Availability packaged systems for offer and order: HW and SW (MANDATORY):


Qty Code Number Components

4000 1 L32001-C2207-X D01:BG4KHAS2G


ADDITIONAL SW/HW LICENSES (Depending on sizing of the required capacity):

Upgrade from (max. # of concurrent calls) Qty Code Number Components

4000 to 8000 1 L32001-C2254-X S01:BG4K8KHA

8000 to 12000 1 L32001-C2277-X S01:BG8K12KHA

12000 to UR*) 1 L32001-C2279-X D01:BG12KURHA *) UR: unrestricted (>12000 ~ 20000) sessions. Includes additional 1 x HA system (UR licence)

Note:

- For the detail instructions of creating the new HA system, with required capacity, please see the chapter ‎2.2.1 Packaged Systems.

Necessary Gigabit Interface Connectors (GBIC) for the listed HA systems:

kind of connection Qty Code Number Name

optical 4 L32001-C2141-X D01:GEIC-SX-HA

optical (long wavelength)

4 L32001-C2296-X D01:GEIC-LX-HA

electrical 4 L32001-C2142-X D01:GEIC-CT-HA

Qty: Mandatory number of Components per packaged system. Notes:

- Each Building block component for HA contains 2 transceivers - These are transceivers for the Border Gateway devices and not for the Switches! - Transceiver‎for‎the‎Switches‎can‎be‎found‎in‎chapter‎„Rackintegration‟. - Unrestricted systems require twice the number of transceivers as indicated in the table

above!

2.1.1.3 Packaged systems (active systems) with two 2x1 Gbit port modules

All single BG devices include 1.25 GHz CPU, 4 1000 Mbps Ethernet ports (two 2x1Gbit modules), 3 10/100 Mbps management ports, 2 console ports, 1 alarm port and H.248 border gateway control protocol. Non-HA configurations include one device with Base protocol software license. An Active System contains 1 x (2 x (2 x 1)) = 4 1Gbit ports (see following figure).

Unrestricted*) Non-HA configurations include two devices with Base protocol software license.


The following table shows the Item Codes for Active packaged systems for offer and order: HW and SW (MANDATORY):



4000 1 L32001-C2207-X1 D01:BG4K2G

ADDITIONAL SW/HW LICENSES (Depending on sizing of the required capacity):


4000 to 8000 1 L32001-C2254-X1 S01:BG4K8K

8000 to 12000 1 L32001-C2277-X1 S01:BG8K12K

12000 to UR*) 1 L32001-C2279-X1 D01:BG12KUR

*) UR: unrestricted (>12000 ~ 20000) sessions. Includes additional 1 x standalone system (UR license)

Note:

- For the detail instructions of creating the new Active System, with required capacity, please see the chapter ‎2.2.1 Packaged Systems.

Necessary Gigabit Interface Connectors (GBIC) for the listed Active Systems:


optical 4 L32001-C2141-X1 D01:GEIC-SX


4 L32001-C2296-X1 D01:GEIC-LX

electrical 4 L32001-C2142-X1 D01:GEIC-CT


- Each Building block component for Active Systems contains 1 transceiver - These transceivers are for the Border Gateway devices and not for the Switches! - Transceiver‎for‎the‎Switches‎can‎be‎found‎in‎chapter‎„Rackintegration‟. - Unrestricted systems require twice the number of transceivers as indicated in the table

above!


2.1.2 Software version indicators

The following Building Block Components are necessary 1 per order:

Qty BBC Number BBC Name Remark

1 L32001-C2871-X S01:BGIND4.1.3 Order parameter for Release 4.1.3 must be ordered once per sales order

1 L32001-C2872-X S01:BGIND6.5.0 Order parameter for Release 6.5.0 must be ordered once per sales order

= components not for new offers!

These Building Block Components are only used to indicate the Software version to be installed and exactly one of these is obligatory for each order.

2.1.3 HW upgrade from Active to HA packaged Systems with two 2x1 Gbit port modules

Existing Border Gateway single Active Systems (no redundancy) can be upgraded with the following single Standby Systems to High Availability systems. All single BG devices include 1.25 GHz CPU, 4 1000 Mbps Ethernet ports (two 2x1Gbit modules), 3 10/100 Mbps management ports, 2 console ports, 1 alarm port and H.248 border gateway control protocol. Upgrade to HA configurations includes one system and High Availability feature group licenses for both Active and Standby systems. Unrestricted (UR*) upgrade to HA configurations includes two systems with associated software licenses. The number of concurrent calls of the single Standby System must be same as for the present Active System. A Standby System contains 1 x (2 x (2 x 1)) = 4 1Gbit ports (see following figure).


The following table shows the possible Standby packaged systems for offer and order:



4000 1 L32001-C2207-X2 D01:BG4KSS2G

8000 1 L32001-C2208-X2 D01:BG8KSS2G

12000 1 L32001-C2212-X2 D01:BG12KSS2G

UR*) 1 L32001-C2213-X2 D01:BGURSS2G

*) UR: unrestricted (>12000 ~ 20000) sessions. Includes additional 1 x Standby system (UR license) Necessary Gigabit Interface Connectors (GBIC) for the listed Standby Systems:


optical 4 L32001-C2141-X2 D01:GEIC-SX-SB


4 L32001-C2296-X2 D01:GEIC-LX-SB

electrical 4 L32001-C2142-X2 D01:GEIC-CT-SB


- Each Building block component for Standby Systems contains 1 transceiver - These transceivers are for the Border Gateway devices and not for the Switches! - Transceiver‎for‎the‎Switches‎can‎be‎found‎in‎chapter‎„Rackintegration‟. - Unrestricted systems require twice the number of transceivers as indicated in the table

above!

2.1.4 Software Capacity Upgrades (Base protocol licenses) for high availability systems

The following Base Protocol Upgrades (licenses only!) for High Availability Systems are available for offer and order.


4000 to 8000 1 L32001-C2254-X S01:BG4K8KHA

8000 to 12000 1 L32001-C2277-X S01:BG8K12KHA

Note:

- For the detail instructions of upgrading the existing HA system, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.


2.1.5 Software Capacity Upgrades (Base protocol licenses) for active systems

The following Base Protocol Upgrades (licenses only!) for Active Systems are available for offer and order.


4000 to 8000 1 L32001-C2254-X1 S01:BG4K8K

8000 to 12000 1 L32001-C2277-X1 S01:BG8K12K

Note:

- For the detail instructions of upgrading the existing AS system, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.

2.1.6 Software Capacity Upgrades (Base protocol licenses incl. Hardware!) for high availability systems

The following Base Protocol Upgrades (licenses including additional Hardware!) for High Availability Systems are available for offer and order.


12000 to UR*) 1 L32001-C2279-X D01:BG12KURHA

*) UR: unrestricted (>12000 ~ 20000) sessions. Includes additional 1 x HA system (UR licence)

Note:

- For the detail instructions of upgrading the existing HA system, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.


2.1.7 Software Capacity Upgrades (Base protocol licenses incl. Hardware!) for active systems

The following Base Protocol Upgrades (licenses including additional Hardware!) for Active Systems are available for offer and order.


12000 to UR*) 1 L32001-C2279-X1 D01:BG12KUR

*) UR: unrestricted (>12000 ~ 20000) sessions. Includes additional 1 x standalone system (UR license)

Note:

- For the detail instructions of upgrading the existing AS system, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.

2.1.8 Quality of Service (licenses) for high availability systems

The following table shows the Item Codes of QoS for High Availability systems for offer and order: SW LICENSE (MANDATORY, if QoS necessary):

max. # of concurrent calls Qty Code Number Components

4000 1 L32001-C2235-X S01:BG:QS4KHA

Note: This licenses require an existing HA Border Gateway with the corresponding capacity of the Base protocol software.

ADDITIONAL SW LICENSES (Depending on sizing of the required capacity):


4000 to 8000 1 L32001-C2240-X S01:BGQS0408HA

8000 to 12000 1 L32001-C2284-X S01:BGQS0812HA

12000 to UR*) 1 L32001-C2286-X S01:BGQS12URHA *) UR: unrestricted (>12000 ~ 20000) sessions

Note:

- For the detail instructions of creating the new system, with required capacity QoS, please see the chapter ‎2.2.1 Packaged Systems.


2.1.9 Quality of Service (licenses) for active systems

The following table shows the Item Codes of QoS for Active Systems for offer and order: SW LICENSE (MANDATORY, if QoS necessary):


4000 1 L32001-C2235-X1 S01:BG:QS4K

Note: This licenses require an existing Active System with the corresponding capacity of the Base protocol software.



4000 to 8000 1 L32001-C2240-X1 S01:BGQS0408

8000 to 12000 1 L32001-C2284-X1 S01:BGQS0812

12000 to UR*) 1 L32001-C2286-X1 S01:BGQS12UR

*) UR: unrestricted (>12000 ~ 20000) sessions

Note:

- For the detail instructions of creating the new system, with required capacity QoS, please see the chapter ‎2.2.1 Packaged Systems.

2.1.10 Quality of Service Upgrade (licenses) for high availability systems

Acme Packet offers the following QoS Upgrades for High Availability Systems.


4000 to 8000 1 L32001-C2240-X S01:BGQS0408HA

8000 to 12000 1 L32001-C2284-X S01:BGQS0812HA

12000 to UR*) 1 L32001-C2286-X S01:BGQS12URHA *) UR: unrestricted (>12000 ~ 20000) sessions

Note:

- For the detail instructions of upgrading QoS of the existing HA system, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.


2.1.11 Quality of Service Upgrade (licenses) for active systems

Acme Packet offers the following QoS Upgrades for Active Systems.


4000 to 8000 1 L32001-C2240-X1 S01:BGQS0408

8000 to 12000 1 L32001-C2284-X1 S01:BGQS0812

12000 to UR*) 1 L32001-C2286-X1 S01:BGQS12UR


Note:

- For the detail instructions of upgrading QoS of the existing AS system, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.

2.1.12 Lawful Intercept (licenses) for high availability systems

The following table shows the Item Codes of LI for High Availability systems for offer and order: SW LICENSE (MANDATORY, if LI necessary):


4000 1 L32001-C2220-X S01:BG:LI4KHA

Note: This licenses require an existing HA Border Gateway with the corresponding capacity of the Base protocol software.



4000 to 8000 1 L32001-C2225-X S01:BGLI0408HA

8000 to 12000 1 L32001-C2291-X S01:BGLI0812HA

12000 to UR*) 1 L32001-C2293-X S01:BGLI12URHA



Note:

- For the detail instructions of creating the new system, with required capacity LI, please see the chapter ‎2.2.1 Packaged Systems.

2.1.13 Lawful Intercept (licenses) for active systems

The following table shows the Item Codes of LI for Active Systems for offer and order: SW LICENSE (MANDATORY, if LI necessary):


4000 1 L32001-C2220-X1 S01:BG:LI4K

Note: This licenses require an existing Active System with the corresponding capacity of the Base protocol

software. ADDITIONAL SW LICENSES (Depending on sizing of the required capacity):


4000 to 8000 1 L32001-C2225-X1 S01:BGLI0408

8000 to 12000 1 L32001-C2291-X1 S01:BGLI0812

12000 to UR*) 1 L32001-C2293-X1 S01:BGLI12UR


Note:

- For the detail instructions of creating the new system, with required capacity LI, please see the chapter ‎2.2.1 Packaged Systems.

2.1.14 Lawful Intercept Upgrade (licenses) for high availability systems

The following LI Upgrades for High Availability Systems are available for offer and order.


4000 to 8000 1 L32001-C2225-X S01:BGLI0408HA

8000 to 12000 1 L32001-C2291-X S01:BGLI0812HA

12000 to UR*) 1 L32001-C2293-X S01:BGLI12URHA



Note:

- For the detail instructions of upgrading LI of the existing HA system, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.

2.1.15 Lawful Intercept Upgrade (licenses) for active systems

The following LI Upgrades for Active Systems are available for offer and order.


4000 to 8000 1 L32001-C2225-X1 S01:BGLI0408

8000 to 12000 1 L32001-C2291-X1 S01:BGLI0812

12000 to UR*) 1 L32001-C2293-X1 S01:BGLI12UR


Note:

- For the detail instructions of upgrading LI of the existing Active System, to required capacity, please see the chapter ‎2.2.2 Upgrading a Packaged System.

2.1.16 Optional devices for the Border Gateway

There are some additional devices which can be used in conjunction with the Border Gateway. The detailed use of this products will be described in a further issue of PRHB. If necessary please contact one of the persons listed in chapter General/Responsibilities.

Short Description Code number Component

2 x 1GB add-on memory modules (one per system max.) for high availability systems

L32001-C2294-X D01:MM1-UP-HA

1GB add-on memory module (one per system max.) for standalone active systems

L32001-C2294-X1 D01:MM1-UP

1GB add-on memory module (one per system max.) for standalone standby systems

L32001-C2294-X2 D01:MM1-UP-SS

For new system only: 2 x Content addressable memory upgrades from 64K to 256K entries for high availability systems

L32001-C2295-X D01:CAM256-HA

For new system only: Content addressable memory upgrade from 64K to 256K entries for standalone

L32001-C2295-X1 D01:CAM256


active systems

For new system only: Content addressable memory upgrade from 64K to 256K entries for standalone standby systems

L32001-C2295-X2 D01:CAM256-SS

For field upgrade/spare only: 2 x Content addressable memory - 256K entries (one per system, replaces installed CAM with 64K entries) for high availability systems

L32001-C2299-X D01:UCAM256-HA

For field upgrade/spare only: Content addressable memory - 256K entries (one per system, replaces installed CAM with 64K entries) for standalone active systems

L32001-C2299-X1 D01:UCAM256

For field upgrade/spare only: Content addressable memory - 256K entries (one per system, replaces installed CAM with 64K entries) for standalone standby systems

L32001-C2299-X2 D01:UCAM256-SS

2 System upgrades from (2) 1000 Mbps ports to (4) 1000 Mbps fiber ports, w/in-line IPSec hardware, for HA systems, at time of initial system order only

L32001-C2297-X D01:SNIU24FSHA

System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps fiber ports, w/in-line IPSec hardware, for active systems, at time of initial system order only

L32001-C2297-X1 D01:SNIU24FS

System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps fiber ports, w/in-line IPSec hardware, for standby systems, at time of initial system order only

L32001-C2297-X2 D01:SNIU24FSSS

2 System upgrades from (2) 1000 Mbps ports to (4) 1000 Mbps copper ports, w/in-line IPSec hardware, for HA systems, at time of initial system order only

L32001-C2298-X D01:SNIU24CSHA

System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps copper ports, w/in-line IPSec hardware, for active systems, at time of initial system order only

L32001-C2298-X1 D01:SNIU24CS

System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps copper ports, w/in-line IPSec hardware, for standby systems, at time of initial system order only

L32001-C2298-X2 D01:SNIU24CSSS


2.1.17 Hardware Spares

The possible Hardware Spares for ordering are listed below:

Description NSN

Code Number Name

150 Watt 110/240 VAC power supply S30122-U2403-X PWRS-AC

150 Watt -48DC power supply S30122-U2404-X PWRS-DC

Fan pack assembly S30122-U2405-X FPA

NIU w/two 1000 Mbps Ethernet ports S30122-U2718-X GEIF2

NIU with (2) 1000 Mbps Ethernet fiber ports w/in-line IPSec

S30122-U4140-X GEIF-2SF

NIU with (2) 1000 Mbps Ethernet copper ports w/in-line IPSec

S30122-U4142-X GEIF2SC

1GB add-on memory module (one per system max.)

S30122-U4135-X1 MM1

1000BaseSX transceiver (one per port) S30122-U2407-X GEIC-SX

1000Base-LX transceiver (one per port) S30122-U2669-X GEIC-LX

1000BaseT copper transceiver (one per port)

S30122-U2561-X GEIC-CT

Border Gateway without software, power supplies or network interface module

S30122-U2488-X O-SPARE


2.1.18 Rack integration

Rack integration (max. 3 HA-Systems, optical or electrical transmission):

- In a high availability scenario a rack can be filled with up to 6 Border Gateway devices (3 Active and 3 Standby). Project specific configurations are available on request.

- Due to redundancy and safety aspects a rack have to contain 4 L2-Switches (two for Access and two for Core) and 2 OAM-Switches.

- To ensure fully redundancy the primary L2-Switches are connected to the Active Border Gateways and the secondary L2-Switches are connected with the Standby Border Gateways.

- At every OAM-Switch 3 electrical ports (10/100Base-T) for connections to Acme BG OAM Interfaces are necessary.

- For connection between each Active BG and Standby BG two crossed Ethernet Cables (for 10/100Base-T) are required (V45591-A282-A…).

- Each L2-Switch needs at most 6 x 1Gbit for uplinks, the same number for the cross links between the L2-Switches (minimum 2), and maximal three 2x1 Gbit to the Border Gateways (BG1 – BG3). Moreover for connection to PCS and DF3 (LI), 1 Gbit is needed in each case.

Schematic Overview within an IMS5.0 scenario:


Function Qty Code Number Components Remarks

Rack hiQ-B for -48 VDC

1 L32001-C4691-X R01:HIQ-B 44-pitch rack; rack layout see section 5 -

n miscellaneous D01:BG*KHAS At most 3 HA BG Systems (equals 6 BG devices)

-

n L32001-C2141-X D01:GEIC-SX-HA 4 x per HA BG System (equals 8 transceivers for four 2x1GE Ports). For optical transmission (1000Base-SX)

or

n L32001-C2142-X D01:GEIC-CT-HA 4 x per HA BG System (equals 8 transceivers for four 2x1GE Ports). For electrical transmission (1000Base-T)

2 L32001-C244-X D20:S24-HID-DC 2x per R:HIQ-B for OAM; due to redundancy

2 L32001-C86-X D21:SWITCH24DC 2x per R:HIQ-B for OAM; due to redundancy

2 L32001-C5399-X D20:JNP-48T-DC 2x per R:HIQ-B for OAM; due to redundancy

2 L32001-C5353-X D20:JNP-24T-DC 2x per R:HIQ-B for OAM; due to redundancy

2 L32001-C87-X D21:GIGASTACK optional: 1x per SWITCH24DC for special applications on customer request

-

4 L32001-C5430-X D02:HID6615DC 4x per R:HIQ-B, 2 for traffic, 2 for control; due to redundancy

-

or

n L32001-C2252-X D01:SFP-GE-SX 1x per 1Gbit port on D02:HID6615DC for optical transmission (1000Base-SX)

or n L32001-C2253-X D01:SFP-GE-CP

1x per 1Gbit port on D02:HID6615DC or electrical transmission (1000Base-T)

4 L32001-C2265-X D01:X450A24XDC 4x per R:HIQ-B, 2 for traffic, 2 for control; due to redundancy

-

n L32001-C2274-X D02:SFP-GE-SX 1x per 1Gbit port on D01:X450A24XDC for optical transmission (1000Base-SX)

or

n L32001-C2273-X D02:SFP-GE-CP 1x per 1Gbit port on D01:X450A24XDC for electrical transmission (1000Base-T) *)

= components not for new offers! Indications: *) Due to the additional 4 10/100/1000BASE-T ports of X450a-24x, no D02:SFP-GE-CP is needed for four electrical 1Gbit connections. Optional external redundant DC Power supply for D01:X450A24XDC: D01:EPS-150DC (L32001-C2268-X) is the redundant DC Power Supply for the DC PSU-based Summit switch. When installing it, the D01:EPS-T2 (L32001-C2267-X) power tray is required to rack mount this external power supply. D01:EPS-T2 power tray can take up to two D01:EPS-150DC power modules, and each D01:EPS-150DC works individually.


D01:EPS-150DC comes with DC output cable to connect between the Summit switch and D01:EPS-150DC. Optional 10Gbit ports for D01:X450A24XDC: For a 10Gbit uplink option, the following components have to be used: 1 x D01:XGM2-2XF (L32001-C2269-X) per switch. This option card provides two unpopulated 10Gbit XFP slots. 1 x D01:SR-XFP (L32001-C2270-X) per slot, i.e. max. 2 x per switch. This XFP can be used for distances up to 300m on a Multimode Fiber. LC connector. Or 1 x D01:LR-XFP (L32001-C2271-X) per slot, i.e. max. 2 x per switch. This XFP is needed for distances up to 10km on a Single-mode Fiber. LC connector.

Function Qty Code Number Components Remarks

Rack hiQ-D for 230 VAC

1 L32001-C5159-X R01:HIQ-D 44-pitch rack; rack layout see section 5 -

n miscellaneous D01:BG*KHAS At most 3 HA Systems (equals 6 BG devices)

-

n L32001-C2141-X D01:GEIC-SX-HA 4 x per HA BG System (equals 8 transceivers for four 2x1GE Ports). For optical transmission (1000Base-SX)

or

n L32001-C2142-X D01:GEIC-CT-HA 4 x per HA BG System (equals 8 transceivers for four 2x1GE Ports). For electrical transmission (1000Base-T)

2 L32001-C2272-X D20:S24-HID-AC 2x per R:HIQ-D for OAM; due to redundancy

or 2 L32001-C4711-X D01:OAM-SWITCH

2x per R:HIQ-D for OAM; due to redundancy

4 L32001-C5429-X D02:HID6615AC 4x per R:HIQ-B, 2 for traffic, 2 for control; due to redundancy

-

or

n L32001-C2252-X D01:SFP-GE-SX 1x per 1Gbit port on D02:HID6615AC for optical transmission (1000Base-SX)

or n L32001-C2253-X D01:SFP-GE-CP

1x per 1Gbit port on D02:HID6615AC or electrical transmission (1000Base-T)

4 L32001-C2264-X D01:X450A24XAC 4x per R:HIQ-B, 2 for traffic, 2 for control; due to redundancy

n L32001-C2274-X D02:SFP-GE-SX 1x per 1Gbit port on D01:X450A24XAC for optical transmission (1000Base-SX)

or

n L32001-C2273-X D02:SFP-GE-CP 1x per 1Gbit port on D01:X450A24XAC for electrical transmission (1000Base-T) *)


Indications: *) Due to the additional 4 10/100/1000BASE-T ports of X450a-24x, no D02:SFP-GE-CP is needed for four electrical 1Gbit connections.


Optional external redundant AC Power supply for D01:X450A24XAC: D01:EPS-LD (L32001-C2266-X) is a redundant AC Power Supply for higher power consuming AC PSU based switches. D01:EPS-LD is one rack unit height and works in standalone. D01:EPS-LD comes with a DC output cable to connect between the D01:X450A24XAC and D01:EPS-LD. One D01:EPS-LD is needed for one D01:X450A24XAC.


Optional 10Gbit ports for D01:X450A24XAC: For a 10Gbit uplink option, the following components have to be used: 1 x D01:XGM2-2XF (L32001-C2269-X) per switch. This option card provides two unpopulated 10Gbit XFP slots. 1 x D01:SR-XFP (L32001-C2270-X) per slot, i.e. max. 2 x per switch. This XFP can be used for distances up to 300m on a Multimode Fiber. LC connector. Or 1 x D01:LR-XFP (L32001-C2271-X) per slot, i.e. max. 2 x per switch. This XFP is needed for distances up to 10km on a Single-mode Fiber. LC connector. If the customer insists on using other L2/L3 switches and a new CE certification is needed, please

contact Mr. Apostolos Zervos +30 2106247686.

2.1.19 Acme Packet BG 4250 PSW (Platform Software) Maintenance

All commercial deployments of Acme Packet BG 4250 must order the corresponding, mandatory, Acme Packet BG 4250 PSW Maintenance package.

The Acme Packet BG 4250 PSW Maintenance package covers all commercially deployed Acme Packet BG 4250 components over a period of one (1) year under Service Levels as defined for the NSN features / functions described in the OLA agreement between NSN Global Services and NSN Technical Support.

The standard Service Level defined for Acme Packet BG‎4250‎‎is‎“SILVER”‎level.‎NSN‎holds‎a‎global Maintenance Support Agreement (MSA) with Acme Packet.

2.1.19.1 Initial 1st Year Customer Price Calculation And Ordering Process

The Customer Price for the Acme Packet BG 4250 PSW Maintenance package must be manually calculated by the NSN customer sales team by dividing the Internal Reference Price (IRP) total of the HW/SW (in Euros) by one thousand (1000) and then rounding up to the nearest integer and then purchasing that many Acme Packet BG 4250 PSW Sales Items [L32001-C2876-X]. The calculated quantity of Acme Packet BG 4250 PSW items must be manually added to the List of Materials. The calculated Acme Packet BG 4250 PSW Maintenance Price ensures coverage of Technical Support (level3 SW Maintenance support) and Acme Packet BG 4250 support costs.

2.1.19.2 Annual Renewal of PSW Maintenance Orders after 1st Year

Customer Price Calculation and Ordering Process for the annual renewal of the Acme Packet BG 4250 PSW Maintenance Orders are the same as described above for the initial 1st Year.


Additionally, Technical Support must receive from the NSN customer sales team a copy of the SAP renewal order with the applicable quantity of Sales Items [L32001-C2876-X] for the corresponding Acme Packet BG 4250 PSW Maintenance package before expiry. Technical Support engages globally with Acme Packet in order to provide ongoing support beyond the initial one (1) year time frame. If the annual renewal order is not received on time continued Acme Packet support cannot be insured.

2.1.19.3 System upgrades and PSW Maintenance

Upgrades - new features, etc, but no more # of subscribers, like upgrade from AS to HA

The Customer Price for the Acme Packet BG 4250 PSW Maintenance package of upgrage will be the difference between initial sales and maintenance costs calculation and upgrade sales and maintenance cost calculation.

Expansions - same release/version but additional equipment HW/SW is needed for more # of subscribers, like upgrade of CC

The same calculation rules for the Customer Price for the Acme Packet BG 4250 PSW Maintenance package applies for that additional equipment.

Contact Partner: Juergen Welzel (NSN NWS TS BM: +49 (89) 636-89658; [email protected])

2.1.19.4 PSW Maintenance Building Block Component

The following Building Block Component is mandatory n per order:

Qty Code Number Components Description

n L32001-C2876-X S01:BG4250MTC OEM Software Maintenance for BG 4250

Note: - The Customer Price for the Acme Packet BG 4250 PSW Maintenance package, must be manually calculated according to the procedure described above. - PSW item must be manually added to the List of Materials.


2.2 Projecting Instructions

Starting on Q4 2009, the configuration of Acme Packet Package systems has changed.

The configuration of an Acme Packet Packaged System now requires a Mandatory HW/SW component (the smallest capacity), and one or more capacity upgrades (SW Only) to the target capacity of the packaged systems.

2.2.1 Packaged Systems

A packaged system consists of the Mandatory bundle with basic capacity (One Item Code), plus the necessary upgrades to the required capacity (one or more Item Codes).

See a sample configuration in the table below:

EXAMPLE: Configuration of one BG4250 12000 CC Packaged systems, High Availability

NSN Code Number Qty Components Description

L32001-C2207-X 1 D01:BG4KHAS2G BG 4250 high availability system, up to 4000 concurrent calls, 2x(2x(2x1))=8x1Gbit ports, incl. power supply

L32001-C2254-X 1 S01:BG4K8KHA Base protocol license upgrade for BG from 4000 to 8000 sessions for a high availability system


Note:

- A similar procedure applies to the configuration of LI licenses, if LI is required. (Basic Capacity plus upgrades, see chapter ‎2.1.12 Lawful Intercept (licenses) for high availability systems).

- A similar procedure applies to the configuration of QoS licenses, if QoS is required. (Basic Capacity plus upgrades, see chapter ‎2.1.8 Quality of Service (licenses) for high availability systems).


2.2.2 Upgrading a Packaged System

The upgrade, from one CC to another CC, can be created, by choosing as many upgrade steps as necessary to reach the required capacity.

See a sample configuration in the table below:

EXAMPLE: Upgrading the configuration of an existing BG4250 4000 CC HA, Packaged System to Unrestricted CC capacity.

NSN Code Number Qty Components Description



L32001-C2279-X 1 D01:BG12KURHA

Base protocol license upgrade for BG 4250 from 12000 to unrestricted sessions for a high availability system. Includes additional 1 x HA system (UR license)

Note:

- A similar procedure applies to the configuration of LI licenses, if LI is required. (upgrades, see chapter ‎2.1.14 Lawful Intercept Upgrade (licenses) for high availability systems).

- A similar procedure applies to the configuration of QoS licenses, if QoS is required. (upgrades, see chapter ‎2.1.10 Quality of Service Upgrade (licenses) for high availability systems).


2.2.3 Configuration and Engineering rules (configuration examples)

Acme Packet Border Gateway BG 4250 Configuration and Engineering Rules Status: 04/08/2009 For detailed calculation please use the ProjectView tool. http://projectview-hp.inside.nokiasiemensnetworks.com/pvindex.html

Configuration in Project View Tool: This section provides some information on the system limits and the variables that affect the dimensioning of the Border Gateway Equipment. It is highly recommended that sizing and configuration of this equipment be done in the NSN Project View tool, available to all NSN regional teams. New‎users‎will‎need‎to‎use‎the‎“Registration‎Form”‎Link‎on‎the‎left‎side‎of‎the‎page‎to‎apply‎for‎a‎Project View Account. In case of IT issues accessing the Project View Tool itself, please reach your IT department first. Please‎note‎that‎users‎located‎in‎NSN‟s‎“orange‎network”‎might‎need‎to‎use‎the‎Business‎Partner‎Portal in order to have access to the Project View tool. (https://bpsn.inside.nokiasiemensnetworks.com). After login in the BPP, the Project View tool is located‎under‎the‎folder‎“customer”‎of‎the‎Business‎Partner‎Portal‎Page. For guidance regarding the usage of Project View tool to configure Acme Packet equipment, please also consider to contact: Mr. Ioannis Mouroulis, +30 2106247616, [email protected] Border Gateway BG4250 Engineering limits Current NSN FMC solutions use the Acme Packet BG 4250 V4.1.3, V6.5.0 (sometime referred also as V4.5.0 ) as an H.248 controlled border gateway product. The control part is performed by the CFX/PCS network elements of the NSN IMS System. The BG4250 is available in Standalone (non-redundant) and in HA (High Availability) configurations. BG 4250 absolute maximum measured limits in Standalone (one box) are:

75 calls / second (at an average of 4 H.248 transactions per call)

30000 concurrent media flows without hosted NAT

15000 concurrent media flows with 100% hosted NAT

4G media bandwidth (actually, only 3,8G should be allocated)

http://projectview-hp.inside.nokiasiemensnetworks.com/pvindex.html

https://bpsn.inside.nokiasiemensnetworks.com/


BG 4250 absolute maximum measured limits per HA cluster (2 boxes) are:

55 calls / second (at an average of 4 H.248 transactions per call)

30000 concurrent media flows without hosted NAT

15000 concurrent media flows with 100% hosted NAT

4G media bandwidth (actually, only 3,8G should be allocated) A special NSN UR (NSN Unrestricted) configuration is now also available which doubles the CAPS performance of a BG system (standalone or HA) by doubling the quantity of equipment, at a low incremental cost. It can be assumed that an NSN UR configuration, doubles all the limits stated above, both for standalone and HA systems because it doubles the count of boxes in use. The calls /second (CAPS) figure provided, use the assumption that each call has either 3 or 5 H.248 transactions: 3 for terminating calls, 5 for originating calls. This is due to the impact of http digest being applied to originating calls. On average, 50% of calls are assumed to be of type originating. This leads to an average of 4 transactions per call in total. Other call flows (e.g. unsuccessful calls) have not been considered. In some cases this assumption may not be correct, e.g. when digest authentication is not used or only used for some SIP messages. In‎NSN‎standard‟s‎IMS‎model,‎the‎dimensioning‎and‎configuration‎of‎a‎standalone‎BG‎4250‎is‎not‎dependant of the percentage of subscribers using HNAT (as opposed to a regular Session Border Controller like the SD 4250). However the dimensioning is affected, as usual, by other traffic model parameters such as the MHT (Mean Holding Time in seconds), as illustrated in the examples below:

Configuration 90 sec 120 sec 180 sec

Standalone (Active System = one box)

Concurrent calls

7500 10000 15000

SW license required

8000 12000 N/A Requires UR configuration.

Carried Traffic 6750 Erl 9000 Erl 13500 Erl

CAPS 75 75 75

GE required 2 2 4

Standalone NSN Unrestricted (two physical boxes without redundancy)

Concurrent calls

15000 20000 30000

SW license UR UR UR


CAPS 150 150 150

GE required 4 4 8

High Availability (HA = two clusterd physical boxes in 1:1 redundancy)

Concurrent calls

5500 7333 11000

SW license 8000 8000 12000


CAPS 55 55 55

GE required 2 2 4


High Availability NSN Unrestricted (two HA systems = 4 boxes in total)

Concurrent calls

11000 14666 22000

SW license UR UR UR


CAPS 110 110 110

GE required 4 4 8

Notes:

This standard model does not include the impact of multimedia calls (e.g. video) and codec bandwidth. Please contact technical sales if solution requirements go beyond simple voice calls.

In general, the speech codecs in use are irrelevant, even in cases with very long call holding times (180 sec). Bandwidth bottlenecks can only arise and need to be considered when a large share of video calls is involved.

Media flows with HNAT enabled require a separate CAM entry for RTCP, which means that the hardware can support only a maximum of 15k flows with 100% HNAT.

Licenses are available in the following capacity steps only (concurrent calls) : 4k, 8k, 12k, and UR (Unrestricted)

The NSN standard configuration of the BG HW includes 4 GE interfaces. Using G.711@20ms the bandwidth of 4 GE is sufficient for approximately 20000 concurrent calls on one BG (one box). Exceeding 20k concurrent calls is possible only when codecs with lower bandwidth and/or silence suppression are used.

The GE interfaces required are calculated based on G.711@20ms (codec bandwidth 95,2 kbps) and assume separation of access and core interfaces.


2.2.4 Flat Rates for MOMAT

For MOMAT (installation material) and system cables, flat rates have been defined. The flat rates have to be selected per rack but can only be used for tenders and are not to be broken up to single serial numbers.

The selection of the MOMAT and the system cables is mandatory.

MOMAT flat rate description

Mandatory basic installation material, 1x per rack, without all additional materials

1 x L30310-Z10-X100 MOMAT:BASIC

1x‎per‎rack‎for‎new‎exchanges‎(…-X100‎and‎…-X110 are mandatory) or 1x per rack for additional installation material (for lamps, double power feeding, material for optical cabling, ground level, material for remote DLU, etc.)

1x L30310-Z10-X110 MOMAT:NEW

Endframes per rack row (with‎or‎without‎PDF,‎lacquer‎or‎cr‎steel,‎…)

1x L30310-Z10-X120 MOMAT:ENDFRAME

Installation material for cableshelves per rack 1x L30310-Z10-X130 MOMAT:CABLESHELF

Installation material for cable runway per meter (runways from exchange to MDF, DDF, rectifier, power supply)

nx L30310-Z10-X140 MOMAT:RUNWAY

Installation material for earthquake areas per rack 1x L30310-Z10-X150 MOMAT:EARTHQUAKE

Installation material per MDF rack - for exchanges with main distribution frames (MDF) or - rack frame distributor into EWSD/SURPASS rack rows

1x L30310-Z10-X160 MOMAT:MDF

Installation material per unmounted delivered frame (for fuse, fastening part, grounding and power lead cable, label, etc.)

1 x L30310-Z10-X170 MOMAT:LOLIE


2.2.5 Flat Rates for System Cables

For system cables, flat rates have been defined. The flat rates have to be selected per rack but can only be used for tenders and are not to be broken up to single serial numbers.

The selection of the system cables is mandatory.

Cables flat rate description

-48 VDC: BG 4250, hiD6615DC or X450a-24xDC (traffic) and hiD6610DC or Cisco WS-C2950G-24-EI-DC (OAM) Juniper EX4200-48T-DC or Juniper EX4200-24T-DC

per BG pair (high availability system)

per BG w/o redundancy

per BG additional for redundancy upgrade

8‎x‎L30310−Z8−B514

4‎x‎L30310−Z8−B514

4‎x‎L30310−Z8−B514

FR:CABLE/LAN

FR:CABLE/LAN

FR:CABLE/LAN

230 VAC: BG 4250, hiD6615AC or X450a-24x (traffic) and hiD6610AC (OAM)

per BG pair (high availability system)

per BG w/o redundancy

per BG additional for redundancy upgrade

8‎x‎L30310−Z8−B514

4‎x‎L30310−Z8−B514

4‎x‎L30310−Z8−B514

FR:CABLE/LAN

FR:CABLE/LAN

FR:CABLE/LAN


Flate rate for 10Gbit uplink is in clarification and will be published in a further issue of PRHB.

Responsible: Mr. Knetsch, Wieland, +49 (89) 722-62758


3 Physical Interfaces

Interfaces

Front views:

The‎BG4250‎can‎accept‎three‎types‎of‎physical‎interface‎cards‎in‎the‎chassis‟s‎front‎network‎interface‎card‎slots.

The three options are:

One-port GigE optical card

Two-port GigE optical card

10/100 Ethernet card (4 ports)

In the Border Gateway packaged systems two 2-port GigE optical cards will be preferred. This optical GigE cards with 1000Base-SX transceivers can accept an LC fiber connector using either single mode or multimode cable (for details look into the System cabling document).

Another possibility is to use a copper transceiver for 1000Base-T.


Rear Panel:

Power Supplies: Power Supplies (AC or DC) are accessed from the rear panel of the system chassis. In the upper case the AC version is shown. The right power supply is designated as power supply A, and the left power supply is designated as power supply B.

Console Port: Provides console access over a RS-232C serial connection.

Alarm Port: Is a flexible interface that closes a circuit when a specific alarm level becomes active on the BG system.

Ethernet Ports: Rear panel Ethernet ports are used for High Availability (two ports), management, and maintenance applications (one port).


4 Summary of Components

4.1 Product Identification/Content List

4.1.1 Packaged systems - Lab Use Only Systems

Identification list Packaged systems Lab Use Only Systems

Component No Component Name Short Description FNO/Lic

L32001-C2206-X D01:BG1K2G BG 4250 trial system (active system), up to 1000 concurrent calls, 2x2Gbit ports, incl. power supply

L32001-C2206-X D01:BG1KHAS2G BG 4250 trial system (high availability), up to 1000 concurrent calls, 2x2Gbit ports, incl. power supply

Content list Packaged systems Lab Use Only Systems

Component No Component Name Qty Designation Codenumber

L32001-C2206-X1 D01:BG1K2G 1 BG:1K S30122-U2681-X1

1 PWR S30122-U2387-X***

1 UP-GE2-GE4 S30122-U2687-X1

L32001-C2206-X D01:BG1KHAS2G 1 BG:1K-HAS S30122-U2681-X

1 PWR S30122-U2387-X***

1 UP-GE2-GE4-HA S30122-U2687-X

4.1.2 Packaged systems for high availability with four 2x1Gbit port modules

Identification list Packaged systems for high availability with four 2x1Gbit port modules


L32001-C2207-X D01:BG4KHAS2G BG 4250 high availability system, up to 4000 concurrent calls, 2x(2x(2x1))=8x1Gbit ports, incl. power supply


Content list Packaged systems for high availability with four 2x1Gbit port modules


L32001-C2207-X D01:BG4KHAS2G 1 BG:4K-HAS S30122-U2682-X

1 PWR S30122-U2387-X***

1 UP-GE2-GE4-HA S30122-U2687-X

4.1.3 Packaged systems (active systems) with two 2x1Gbit port modules

Identification list Packaged systems (active systems) with two 2x1Gbit port modules


L32001-C2207-X1 D01:BG4K2G BG 4250 active system, up to 4000 concurrent calls, 2x(2x1)=4x1Gbit ports, incl. power supply

Content list Packaged systems (active systems) with two 2x1Gbit port modules


L32001-C2207-X1 D01:BG4K2G 1 BG:4K S30122-U2682-X1

1 PWR S30122-U2387-X***

1 UP-GE2-GE4 S30122-U2687-X1

4.1.4 SW Version Indicators for Ordering

Identification list SW Version Indicators for Ordering


L32001-C2871-X S01:BGIND4.1.3 Software Indicator for Ordering

L32001-C2872-X S01:BGIND6.5.0 Software Indicator for Ordering


Content list SW Version Indicators for Ordering


L32001-C2871-X S01:BGIND4.1.3 1 BGSWIND4.1.3 S30122-U4407-X


L32001-C2872-X S01:BGIND6.5.0 1 BGSWIND6.5.0 S30122-U4408-X


4.1.5 PSW Maintenance

Identification list PSW Maintenance


L32001-C2876-X S01:BG4250MTC OEM Software Maintenance for BG 4250

Content list PSW Maintenance


L32001-C2876-X S01:BG4250MTC 1 BG4250-SW-MTC S30122-U4725-X

4.1.6 HW upgrade from active to high availability packaged systems with two 2x1 Gbit port modules

Identification list HW upgrade from active to high availability packaged systems with two 2x1 Gbit port modules


L32001-C2212-X2 D01:BG12KSS2G BG 4250 standby system, up to 12000 concurrent calls, 2x(2x1)=4x1Gbit ports, incl. power supply



L32001-C2213-X2 D01:BGURSS2G Two BG 4250 standby systems for unrestricted concurrent calls, 2x(2x(2x1))=8x1Gbit ports, incl. power supply


Content list HW upgrade from active to high availability packaged systems with two 2x1 Gbit port modules


L32001-C2212-X2 D01:BG12KSS2G 1 BG:12K-SS S30122-U4114-X2

1 PWR S30122-U2387-X***

1 UP-GE2-GE4-SB S30122-U2687-X2


1 PWR S30122-U2387-X***

1 UP-GE2-GE4-SB S30122-U2687-X2


1 PWR S30122-U2387-X***

1 UP-GE2-GE4-SB S30122-U2687-X2

L32001-C2213-X2 D01:BGURSS2G 1 BG:UR-SS S30122-U4115-X2

1 PWR S30122-U2387-X***

1 UP-GE2-GE4-SB S30122-U2687-X2

4.1.7 Software capacity upgrades (Base protocol licenses) for high availability systems

Identification list Software capacity upgrades (Base protocol licenses) for high availability systems


L32001-C2254-X S01:BG4K8KHA Base protocol license upgrade for BG 4250 from 4000 to 8000 sessions for a high availability system

L32001-C2277-X S01:BG8K12KHA Base protocol license upgrade for BG 4250 from 8000 to 12000 sessions for a high availability system

Content list Software capacity upgrades (Base protocol licenses) for high availability systems


L32001-C2254-X S01:BG4K8KHA 1 BG:4K8KHA S30122-U2867-X

L32001-C2277-X S01:BG8K12KHA 1 BG:8K12KHA S30122-U4118-X


4.1.8 Software capacity upgrades (Base protocol licenses) for active systems

Identification list Software capacity upgrades (Base protocol licenses) for active systems


L32001-C2254-X1 S01:BG4K8K Base protocol license upgrade for BG 4250 from 4000 to 8000 sessions for a standalone active system

L32001-C2277-X1 S01:BG8K12K Base protocol license upgrade for BG 4250 from 8000 to 12000 sessions for a standalone active system

Content list Software capacity upgrades (Base protocol licenses) for active systems


L32001-C2254-X1 S01:BG4K8K 1 BG:4K8K S30122-U2867-X1

L32001-C2277-X1 S01:BG8K12K 1 BG:8K12K S30122-U4118-X1

4.1.9 Software capacity upgrades (Base protocol licenses incl. Hardware!) for high availability systems

Identification list Software capacity upgrades (Base protocol licenses incl. Hardware!) for high availability systems


L32001-C2279-X D01:BG12KURHA Base protocol license upgrade for BG 4250 from 12000 to unrestricted sessions for a high availability system. Includes additional 1 x HA system (UR license)

Content list Software capacity upgrades (Base protocol licenses incl. Hardware!) for high availability systems


L32001-C2279-X D01:BG12KURHA 1 BG:12KURHA S30122-U4120-X

1 PWR S30122-U2387-X***


4.1.10 Software capacity upgrades (Base protocol licenses incl. Hardware!) for active systems

Identification list Software capacity upgrades (Base protocol licenses incl. Hardware!) for active systems


L32001-C2279-X1 D01:BG12KUR Base protocol license upgrade for BG 4250 from 12000 to unrestricted sessions for a standalone active system. Includes additional 1 x standalone system.

Content list Software capacity upgrades (Base protocol licenses incl. Hardware!) for active systems


L32001-C2279-X1 D01:BG12KUR 1 BG:12KUR S30122-U4120-X1

1 PWR S30122-U2387-X***

4.1.11 Quality of Service (licenses) for high availability systems

Identification list Quality of Service (licenses) for high availability systems


L32001-C2235-X S01:BG:QS4KHA QoS license for BG 4250 for a 4000 session high availability system

Content list Quality of Service (licenses) for high availability systems


L32001-C2235-X S01:BG:QS4KHA 1 BG:QOS-4K-HA S30122-U2703-X


4.1.12 Quality of Service (licenses) for activeh systems

Identification list Quality of Service (licenses) for active systems


L32001-C2235-X1 S01:BG:QS4K QoS license for BG 4250 for a 4000 session standalone active system

Content list Quality of Service (licenses) for active systems


L32001-C2235-X1 S01:BG:QS4K 1 BG:QOS-4K S30122-U2703-X1

4.1.13 Quality of Service upgrades (licenses) for high availability systems

Identification list Quality of Service upgrades (licenses) for high availability systems


L32001-C2240-X S01:BGQS0408HA QoS license upgrade for BG 4250 from 4000 to 8000 sessions for a high availability system

L32001-C2284-X S01:BGQS0812HA QoS license upgrade for BG 4250 from 8000 to 12000 sessions for a high availability system

L32001-C2286-X S01:BGQS12URHA QoS license upgrade for BG 4250 from 12000 to unrestricted sessions for a high availability system

Content list Quality of Service upgrades (licenses) for high availability systems


L32001-C2240-X S01:BGQS0408HA 1 BG:QOS4K8KHA S30122-U2708-X

L32001-C2284-X S01:BGQS0812HA 1 BG:QOS8K12KHA S30122-U4125-X

L32001-C2286-X S01:BGQS12URHA 1 BG:QOS12KURHA S30122-U4127-X


4.1.14 Quality of Service upgrades (licenses) for active systems

Identification list Quality of Service upgrades (licenses) for active systems


L32001-C2240-X1 S01:BGQS0408 QoS license upgrade for BG 4250 from 4000 to 8000 sessions for a standalone active system

L32001-C2284-X1 S01:BGQS0812 QoS license upgrade for BG 4250 from 8000 to 12000 sessions for a standalone active system

L32001-C2286-X1 S01:BGQS12UR QoS license upgrade for BG 4250 from 12000 to unrestricted sessions for a standalone active system

Content list Quality of Service upgrades (licenses) for active systems


L32001-C2240-X1 S01:BGQS0408 1 BG:QOS4K8K S30122-U2708-X1

L32001-C2284-X1 S01:BGQS0812 1 BG:QOS8K12K S30122-U4125-X1

L32001-C2286-X1 S01:BGQS12UR 1 BG:QOS12KUR S30122-U4127-X1

4.1.15 Lawful Intercept (licenses) for high availability systems

Identification list Lawful Intercept (licenses) for high availability systems


L32001-C2220-X S01:BG:LI4KHA Lawful intercept license for BG 4250 for a 4000 session high availability system

Content list Lawful Intercept (licenses) for high availability systems


L32001-C2220-X S01:BG:LI4KHA 1 BG:LI-4K-HA S30122-U2688-X


4.1.16 Lawful Intercept (licenses) for active systems

Identification list Lawful Intercept (licenses) for active systems


L32001-C2220-X1 S01:BG:LI4K Lawful intercept license for BG 4250 for a 4000 session standalone active system

Content list Lawful Intercept (licenses) for active systems


L32001-C2220-X1 S01:BG:LI4K 1 BG:LI-4K S30122-U2688-X1

4.1.17 Lawful Intercept upgrades (licenses) for high availability systems

Identification list Lawful Intercept upgrades (licenses) for high availability systems


L32001-C2225-X S01:BGLI0408HA Lawful intercept license upgrade for BG 4250 from 4000 to 8000 sessions for a high availability system

L32001-C2291-X S01:BGLI0812HA Lawful intercept license upgrade for BG 4250 from 8000 to 12000 sessions for a high availability system

L32001-C2293-X S01:BGLI12URHA Lawful intercept license upgrade for BG 4250 from 12000 to unrestricted sessions for a high availability system

Content list Lawful Intercept upgrades (licenses) for high availability systems


L32001-C2225-X S01:BGLI0408HA 1 BG:LI4K-8KHA S30122-U2693-X

L32001-C2291-X S01:BGLI0812HA 1 BG:LI8K-12KHA S30122-U4132-X

L32001-C2293-X S01:BGLI12URHA 1 BG:LI12K-URHA S30122-U4134-X


4.1.18 Lawful Intercept upgrades (licenses) for active systems

Identification list Lawful Intercept upgrades (licenses) for active systems


L32001-C2225-X1 S01:BGLI0408 Lawful intercept license upgrade for BG 4250 from 4000 to 8000 sessions for a standalone active system

L32001-C2291-X1 S01:BGLI0812 Lawful intercept license upgrade for BG 4250 from 8000 to 12000 sessions for a standalone active system

L32001-C2293-X1 S01:BGLI12UR Lawful intercept license upgrade for BG 4250 from 12000 to unrestricted sessions for a standalone active system

Content list Lawful Intercept upgrades (licenses) for active systems


L32001-C2225-X1 S01:BGLI0408 1 BG:LI4K-8K S30122-U2693-X1

L32001-C2291-X1 S01:BGLI0812 1 BG:LI8K-12K S30122-U4132-X1

L32001-C2293-X1 S01:BGLI12UR 1 BG:LI12K-UR S30122-U4134-X1

4.1.19 Transceivers for Border Gateway devices

Identification list Transceivers for Border Gateway devices


L32001-C2142-X1 D01:GEIC-CT 1000BASE-T COPPER TRANSCEIVER (ONE PER PORT)

L32001-C2142-X D01:GEIC-CT-HA TWO 1000BASE-T COPPER TRANSCEIVERS (ONE PER PORT) FOR HA SYSTEMS

L32001-C2142-X2 D01:GEIC-CT-SB 1000BASE-T COPPER TRANSCEIVER (ONE PER PORT) FOR STANDBY SYSTEMS

L32001-C2296-X1 D01:GEIC-LX 1000Base-LX transceiver (one per port)

L32001-C2296-X D01:GEIC-LX-HA Two 1000Base-LX transceivers (one per port) for HA systems


L32001-C2296-X2 D01:GEIC-LX-SB 1000Base-LX transceiver (one per port) for Standby Systems

L32001-C2141-X1 D01:GEIC-SX 1000BASE-SX TRANSCEIVER (ONE PER PORT)

L32001-C2141-X D01:GEIC-SX-HA TWO 1000BASE-SX TRANSCEIVERS (ONE PER PORT) FOR HA SYSTEMS

L32001-C2141-X2 D01:GEIC-SX-SB 1000BASE-SX TRANSCEIVER (ONE PER PORT) FOR STANDBY SYSTEMS

Content list Transceivers for Border Gateway devices


L32001-C2142-X1 D01:GEIC-CT 1 GEIC-CT S30122-U2561-X

L32001-C2142-X D01:GEIC-CT-HA 1 SD:GEIC-CT-HA S30122-U2560-X

L32001-C2142-X2 D01:GEIC-CT-SB 1 SD:GEIC-CT-SB S30122-U2562-X

L32001-C2296-X1 D01:GEIC-LX 1 SD:GEIC-LX S30122-U2669-X

L32001-C2296-X D01:GEIC-LX-HA 1 GEIC-LX-HA S30122-U2926-X

L32001-C2296-X2 D01:GEIC-LX-SB 1 GEIC-LX-SB S30122-U4138-X

L32001-C2141-X1 D01:GEIC-SX 1 GEIC-SX S30122-U2407-X

L32001-C2141-X D01:GEIC-SX-HA 1 SD:GEIC-SX-HA S30122-U2427-X

L32001-C2141-X2 D01:GEIC-SX-SB 1 SD:GEIC-SX-SB S30122-U2426-X

4.1.20 Miscellaneous (racks, switches, SFP, etc.)

Identification list Miscellaneous (racks, switches, SFP, etc.)


L32001-C2295-X D01:CAM256-HA For new system only: 2 x Content addressable memory upgrades from 64K to 256K entries for high availability systems

L32001-C2295-X1 D01:CAM256 For new system only: Content addressable memory upgrade from 64K to 256K entries for standalone active systems

L32001-C2295-X2 D01:CAM256-SS For new system only: Content addressable memory upgrade from 64K to 256K entries for standalone standby systems

L32001-C2299-X D01:UCAM256-HA For field upgrade/spare only: 2 x Content addressable memory - 256K entries (one


per system, replaces installed CAM with 64K entries) for high availability systems

L32001-C2299-X1 D01:UCAM256 For field upgrade/spare only: Content addressable memory - 256K entries (one per system, replaces installed CAM with 64K entries) for standalone active systems

L32001-C2299-X2 D01:UCAM256-SS For field upgrade/spare only: Content addressable memory - 256K entries (one per system, replaces installed CAM with 64K entries) for standalone standby systems

L32001-C2268-X D01:EPS-150DC External Power System Power Module for EPS-T2 power tray, with cable

L32001-C2266-X D01:EPS-LD External Power System (AC) for Summit X450a-24x, with cable

L32001-C2267-X D01:EPS-T2 External Power System power tray for up to two EPS-150DC power modules

L32001-C2271-X D01:LR-XFP 10GBASE-LR XFP Transceiver, 1310nm, up to 10km on Single-mode Fiber, LC Connector.

L32001-C2294-X1 D01:MM1-UP 1GB add-on memory module (one per system max.) for standalone active systems

L32001-C2294-X D01:MM1-UP-HA 2 x 1GB add-on memory modules (one per system max.) for high availability systems

L32001-C2294-X2 D01:MM1-UP-SS 1GB add-on memory module (one per system max.) for standalone standby systems

L32001-C4711-X D01:OAM-SWITCH OAM switch (Extreme Networks Summit 200-48), 48 10/100BASE-TX ports, for 100-240VAC, 50/60Hz

L32001-C2253-X D01:SFP-GE-CP Copper Mini-GBIC (SFP) Transceiver for 10/100/1000BASE-T, RJ-45 connector

L32001-C2252-X D01:SFP-GE-SX Mini-GBIC (SFP) for 1000BASE-SX, 850nm, multimode, LC connector

L32001-C2298-X1 D01:SNIU24CS System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps


copper ports, w/in-line IPSec hardware, for active systems, at time of initial system order only

L32001-C2298-X D01:SNIU24CSHA 2 System upgrades from (2) 1000 Mbps ports to (4) 1000 Mbps copper ports w/in-line IPSec hardware, for HA systems, at time of initial system order only

L32001-C2298-X2 D01:SNIU24CSSS System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps copper ports, w/in-line IPSec hardware, for standby systems, at time of initial system order only

L32001-C2297-X1 D01:SNIU24FS System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps fiber ports, w/in-line IPSec hardware, for active systems, at time of initial system order only

L32001-C2297-X D01:SNIU24FSHA 2 System upgrades from (2) 1000 Mbps ports to (4) 1000 Mbps fiber ports, w/in-line IPSec hardware, for HA systems, at time of initial system order only

L32001-C2297-X2 D01:SNIU24FSSS System upgrade from (2) 1000 Mbps ports to (4) 1000 Mbps fiber ports, w/in-line IPSec hardware, for standby systems, at time of initial system order only

L32001-C2270-X D01:SR-XFP 10GBASE-SR XFP Transceiver, 850nm, up to 300m on Multimode Fiber, LC Connector.

L32001-C2264-X D01:X450A24XAC Switch Summit X450a-24x (AC), 24 1000Base-X mini-GBIC ports, 4 10/100/1000Base-T ports, 1 AC PSU, ExtremeXOS Advanced Edge license

L32001-C2265-X D01:X450A24XDC Switch Summit X450a-24x (DC), 24 1000Base-X mini-GBIC ports, 4 10/100/1000Base-T ports, 1 DC PSU, ExtremeXOS Advanced Edge license

L32001-C2269-X D01:XGM2-2XF Option Card for Summit X450a-24x with two unpopulated 10 Gigabit XFP


slots

L32001-C5429-X D02:HID6615AC Switch hiD 6615 S325, 24-Slot blank SFP slot, dual AC power supply, 40MB Flash, 512MB SDRAM, including Basic SW license and Manual CD

L32001-C5430-X D02:HID6615DC Switch hiD 6615 S325, 24-Slot blank SFP slot, dual DC power supply, 40MB Flash, 512MB SDRAM, including Basic SW license and Manual CD

L32001-C2273-X D02:SFP-GE-CP Copper Mini-GBIC (SFP) Transceiver for 10/100/1000BASE-T, RJ-45 connector

L32001-C2274-X D02:SFP-GE-SX Mini-GBIC (SFP) for 1000BASE-SX, 850nm, multimode, LC connector

L32001-C2272-X D20:S24-HID-AC Ethernet Switch hiD6610 (100-220V AC), 24-Port 10/100 Base-TX, 4 ports of 10/100/1000Base-T or 100/1000Base-X with blank SFP slots (combo interfaces)

L32001-C244-X D20:S24-HID-DC Ethernet Switch hiD6610 (48/60V DC), 24-Port 10/100 Base-TX, 4-Port 10/100/1000 Base-T

L32001-C87-X D21:GIGASTACK GigaStack for redundant loop for D21:SWITCH24*

L32001-C86-X D21:SWITCH24DC 24-port ethernet switch (48/60V DC), 10/100 baseT

L32001-C5399-X D20:JNP-48T-DC 48-port 10/100/1000BASE-T Ethernet Switch, 48/60V DC (Juniper EX4200-48T-DC)

L32001-C5353-X D20:JNP-24T-DC 24-port 10/100/1000BASE-T Ethernet Switch, 48/60V DC (Juniper EX4200-24T-DC)

L32001-C4691-X R01:HIQ-B Rack HIQ-B with DC power supply

L32001-C5159-X R01:HIQ-D Rack HIQ-D with AC power supply

L32001-C5068-X D02:BREAKER-PL Second breaker panel for rack R:HIQ-B (ETSI, 19")

L32001-C5067-X R02:HIQ-B Rack HIQ-B with DC power supply



Content list Miscellaneous (racks, switches, SFP, etc.)


L32001-C2295-X D01:CAM256-HA 1 U-CAM256-HA S30122-U4781-X

L32001-C2295-X1 D01:CAM256 1 U-CAM256 S30122-U4781-X1

L32001-C2295-X2 D01:CAM256-SS 1 U-CAM256-SS S30122-U4781-X2

L32001-C2299-X D01:UCAM256-HA 1 UP-CAM256-HA S30122-U4136-X

L32001-C2299-X1 D01:UCAM256 1 UP-CAM256 S30122-U4136-X1

L32001-C2299-X2 D01:UCAM256-SS 1 UP-CAM256-SS S30122-U4136-X2

L32001-C2268-X D01:EPS-150DC 1 M:EPS-150DC S30122-U2863-X

L32001-C2266-X D01:EPS-LD 1 EPS-LD S30122-U2861-X

L32001-C2267-X D01:EPS-T2 1 EPS-T2 S30122-U2862-X

L32001-C2271-X D01:LR-XFP 1 LR-XFP S30122-U2866-X

L32001-C2294-X1 D01:MM1-UP 1 MM1 S30122-U4135-X1

L32001-C2294-X D01:MM1-UP-HA 1 MM1-HA S30122-U4135-X

L32001-C2294-X2 D01:MM1-UP-SS 1 MM1-SS S30122-U4135-X2

L32001-C4711-X D01:OAM-SWITCH 1 SUMMIT-200-48 S30122-U2195-X

L32001-C2253-X D01:SFP-GE-CP 1 SFP-GE-CP S30122-U2858-X

L32001-C2252-X D01:SFP-GE-SX 1 SFP-GE-SX S30122-U2813-X

L32001-C2298-X1 D01:SNIU24CS 1 SNIUGE2-4CS S30122-U4141-X1

L32001-C2298-X D01:SNIU24CSHA 1 SNIUGE2-4CS-HA S30122-U4141-X

L32001-C2298-X2 D01:SNIU24CSSS 1 SNIUGE2-4CS-SS S30122-U4141-X2

L32001-C2297-X1 D01:SNIU24FS 1 SNIUGE2-4FS S30122-U4139-X1

L32001-C2297-X D01:SNIU24FSHA 1 SNIUGE2-4FS-HA S30122-U4139-X

L32001-C2297-X2 D01:SNIU24FSSS 1 SNIUGE2-4FS-SS S30122-U4139-X2

L32001-C2270-X D01:SR-XFP 1 SR-XFP S30122-U2865-X

L32001-C2264-X D01:X450A24XAC 1 X450A-24XAC S30122-U2859-X

L32001-C2265-X D01:X450A24XDC 1 X450A-24XDC S30122-U2860-X

L32001-C2269-X D01:XGM2-2XF 1 XGM2-2XF S30122-U2864-X

L32001-C5429-X D02:HID6615AC 1 HID6615-S325AC S30122-U4722-X

L32001-C5430-X D02:HID6615DC 1 HID6615-S325DC S30122-U4723-X

L32001-C2273-X D02:SFP-GE-CP 1 SFP-GE-CP S30122-U4088-X

L32001-C2274-X D02:SFP-GE-SX 1 SFP-GE-SX S30122-U4089-X

L32001-C2272-X D20:S24-HID-AC 1 HID6610-S312AC S30122-U4016-X

L32001-C244-X D20:S24-HID-DC 1 HID6610-S312DC S30122-U2997-X

L32001-C87-X D21:GIGASTACK 1 GIGASTACK S30122-U1964-X

L32001-C86-X D21:SWITCH24DC 1 SWITCH24-DC S30122-U1910-X

L32001-C5399-X D20:JNP-48T-DC 1 EX4200-48T-DC S30122-U4828-X

L32001-C5353-X D20:JNP-24T-DC 1 EX4200-24T-DC S30122-U4829-X

L32001-C4691-X R01:HIQ-B 1 R:HIQ-B S30805-C2821-X

1 BREAKER-PANEL S30805-D2817-X1

L32001-C5159-X R01:HIQ-D 1 R:HIQ-D S30805-C2830-X

L32001-C5068-X D02:BREAKER-PL 1 BREAKER-PANEL S30805-D2817-X1

L32001-C5067-X R02:HIQ-B 1 R:HIQ-B S30805-C2821-X100


1 BREAKER-PANEL S30805-D2817-X1


4.1.21 Products for Alternative Use

Note:

The following products/code numbers are project- or countryspecific.

The needed codenumber of the power supply is necessary only one time within a Building Block irrespective of the kind of system (HA or single).

Designation *-code number designation of specific code number

Specific code number

SD:PWR S30122-U2387-X*** SD:PWR-DC

SD:PWR-AC

S30122-U2387-X1 (DC)

S30122-U2387-X2 (AC)


5 HW Layout

5.1 Rack Layout

5.1.1 Rack Layout

Attention:

- The following rack configurations are certified configuration examples. - Project specific rack configurations from up to 12 Border Gateways within a rack are

possible and have to be certified by the Center for Quality Engineering. For this topic please contact Mr. Apostolos Zervos (+30 2106247686).

- Empty locations (MUT) in the rack will be filled up with blindplates by the factory if necessary.


5.1.1.1 Rack Layout

R01:HIQ-D (for 230V AC only, construction type E900, dimensions W600xD900xH2200mm)

pitch MUT Acme Packet BD_4250 only

… …

24*24 24 D01:EPS-LD 0)

25*25 25 D01:EPS-LD 0)

26*26 26 D01:EPS-LD 0)

27*27 27 D01:EPS-LD 0)

28*28 28 OAM Switch 1)

29*29 29


31*31 31 Traffic Switch 2)

32*32 32



35*35 35


37*38 37 D01:BG*HA* 3)

37*37 37 D01:BG* 4)

38*38 38 D01:BG* 4)

39*39 39

40*41 40 D01:BG*HA* 3)

40*40 40 D01:BG* 4)

41*41 41 D01:BG* 4)

42*43 42 D01:BG*HA* 3)

42*42 42 D01:BG* 4)

43*43 43 D01:BG* 4)

Remarks General: Equipping from bottom to top. 0) Optional: Needed for D01:X450A24XAC only (see chapter 2.1.22) 1) OAM Switch D20:S24-HID-AC or D01:OAM-SWITCH 2) Traffic Switch D02:HID6615AC or D01:X450A24XAC for optical or electrical connections 3) BG_4250 High Availability 4) BG_4250 Active System (non redundant)


R01:HIQ-B (for -48 V DC only, construction type E900, dimensions W600xD900xH2200mm)

pitch MUT Acme Packet BG4250 only

01*02 01 Breaker-Panel *)

… …

26*26 26 D01:EPS-T2 0)

27*27 27 D01:EPS-T2 0)


29*29 29



32*32 32



35*35 35


37*38 37 D01:BG*HA* 3)

37*37 37 D01:BG* 4)

38*38 38 D01:BG* 4)

39*39 39

40*41 40 D01:BG*HA* 3)

40*40 40 D01:BG* 4)

41*41 41 D01:BG* 4)

42*43 42 D01:BG*HA* 3)

42*42 42 D01:BG* 4)

43*43 43 D01:BG* 4)

Remarks General: Equipping from bottom to top. *) Basic equipment 0) Optional: Only in conjunction with D01:X450A24XDC (see chapter 2.1.22) 1) OAM Switch D20:S24-HID-DC or D21:SWITCH24DC or D20:JNP-48T-DC or D20:JNP-24T-DC 2) Traffic Switch D02:HID6615DC or D01:X450A24XDC for optical or electrical connections 3) BG4250 High Availability 4) BG4250 Active System (non redundant) Note:

The rack has not been EMI certified with use of Juniper EX4200 though no problems are anticipated.

No mix of different switch types within one redundant pair



R02:HIQ−B for DC (type‎ETSI/E900,‎19”,‎44‎pitches,‎H2200xW600xD900mm)

hiQ 8000 >= R12.0 with Acme and Movius

Pitch MUT PWR from

01*02 01 Breaker-Panel A *)

03*04 03 D02:BREAKER-PANEL B 1)

05*05 05 D20:TER-16NEBS or a) BP A D20:TER-16NEMO

06*06 06 D20:S24-HID-DC (OAM) b) BP B 08*08 08 D20:S24-HID-DC (OAM) b) BP B 09*09 09 D02:HID6615DC (Traffic) b) BP B 11*11 11 D02:HID6615DC (Traffic) b) BP B 12*12 12 D02:HID6615DC(Traffic) b) BP B 14*14 14 D02:HID6615DC (Traffic) b) BP B 15*16 15 D30/D01:SD*HA* or

D01:BG*HA* b) 6) BP B

15*15 15 D30:SD* or D01:BG*

b) 7) BP B

16*16 16 D30:SD* or D01:BG*

b) 7) BP B

19*33 19 D20/T20:MS-CHASSIS (Mereon 6000 Media Server)

c) BP A

35*35 35 D21:SWITCH24DC or D20:JNP-48T-DC or D20:JNP-24T-DC

a)c) BP A

36*36 36 D21:SWITCH24DC or D20:JNP-48T-DC or D20:JNP-24T-DC

a)c) BP A

38*39 38 D30:SIS-X42DC a) BP A 40*43 40 D20:X4200-2-DC or

D20:X4200-4-DC a) 2) a) 3)

BP A

or

40*41 40*41 42*43

40 40 42

D20:X42GEO2-DC or D20:X42GEO4-DC and D02:BLIND-PL2

a) 4) a) 5)

BP A

44*44 44 D02:BLIND-PL1

*) Basic equipping a) hiQ 8000 – for projecting see PRHB hiQ 8000/4200/4300 b) Acme SD or BG (for -48V dc only) – for projecting see PRHBs Acme c) Movius Media Server (for -48V dc only) – for projecting see PRHB Movius 1) Second BP is mandatory when Acme is equipped 2) D20:X4200-2-DC (Dual core cluster) for hiQ 8000 >= R12.0 3) D20:X4200-4-DC (Quad core cluster) for hiQ 8000 R14.0 only 4) D20:X42GEO2-DC (Dual core) for hiQ 8000 R13.0 and R14.0 only 5) D20:X42GEO4-DC (Quad core) for hiQ 8000 R14.0 only 6) Acme SD or BG High Availability 7) Acme SD or BG Active System (non redundant) BP = Breaker Panel


Note:

The rack R02:HIQ-B (L32001-C5067-X) will be generated in the Project View implementation of hiQ8000.

The rack has not been EMI certified with use of Juniper EX4200 though no problems are anticipated.

No mix of different switch types within one redundant pair



5.2 Cabling

The following cables can be used for the Session Director:

For connection between Session Director and hiD6615 or X450a-24x Switch: optical: C30195-Z208-F... (LC-LC, duplex, multimode 50) electrical: V45591-A254-A…‎(Cat‎6a)

OAM-Cable: V45591-A253-A…‎(Cat‎5e)

For connection between Active SD and Standby SD two crossed Ethernet Cables are required: 2x V45591-A282-A…‎(Cat‎5)

For more information regarding cabling please have a look to the System Cabling document contact Mr. Deinstorfer, Manfred, +49 (89) 78 722 404).

Date post:	07-Aug-2015
Category:	Technology
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