Abb Fox System Specifications r8 Rf 1khw002006

ABB Power Systems

FOX515 FOX System Specification User Manual

User Guide FOX515 System Specification (R8)

User Guide

FOX515 System Specification Platform FOX515 Release R8

Release History: Release 7B: February 2007 Release 8B: Dezember 2008 Release 8C: August 2009 Dezember 2009 May 2010

Copyright and Confidentiality: All rights of this document remain with ABB Ltd (ABB). This document contains confidential information which is the property of ABB. It must be held in confidence by the recipient and may not be used for any purposes except those specifically authorised by contract or otherwise in writing by ABB. This document may not be copied in whole or in part, or any of its contents disclosed by the recipient to any third party, without the prior written agreement of ABB.

Disclaimer: ABB has taken reasonable care in compiling this document, however ABB accepts no liability whatsoever for any error or omission in the information contained herein and gives no other warranty or undertaking as to its accuracy. ABB reserves the right to amend this document at any time without prior notice.

Document number: 1KHW002006 ABB Ltd Power Systems Bruggerstrasse 72 5400 Baden – Switzerland © ABB Switzerland Ltd, 2010 The right to modifications or deviations due to technical progress is reserved.

1KHW002006 page 2 of 68 ABB


Table of contents i 1 Common features system specification 9

General 9

Traffic functions 11 ATM traffic 11 IMA 11 CES 12 PDH traffic 12 SDH traffic 13 Ethernet over SDH Ethernet switching 14 Ethernet over SDH 15 Ethernet switching 15 Ethernet LAN to TDM WAN bridging 16 Power over Ethernet provisioning (PoE) 16 V5 functions 17 NGN Access Gateway 17 ADSL and SHDSL based broadband access aggregation 18 Conference functions 20 Protection 21 Monitoring of traffic signals 21 Diagnostic functions 22

Synchronisation 23 General 23 PETS 23 SETS 23 Maintenance and Diagnostics 25 Fault management 25 SSM and QL processing 26

System control and management functions 27 Control system 27 NE software system 27 Management functions 28

Performance control and diagnostic functions 29 System level 29 Functional level 29 Central diagnostics 29

Compatibility with other FOX equipment 30

Architecture 31 System 31 ABUS 32

ABB page 3 of 68 1KHW002006


SBUS 32 PBUS 32 UBUS 32

Management communication 34 Element Manager 34 Management communication structures 34 Routing functions 35

Cross connections and delays 37 PBUS cross connect 37 Traffic signal delays PBUS and UBUS 37 Traffic signal delays SBUS and PBUS 37 ATM cell delays 38 Traffic delay CES 38

Protection switching restoration times 39 SNCP 39 MSP 39 IMA 39 N+1 equipment protection 39

Interfaces 41 Traffic interfaces 41 Synchronisation interfaces 41 Management interfaces 42 Alarm interfaces 43 Power interfaces 44

EMC/ESD and safety 45 EMC 45 ESD 45 Safety 45

Ambient and dependability 46 Ambient conditions 46 Dependability 47

2 FOX515 (subrack R2) supplementary specifications 49

Powering 49 DC interface 49 Internal power supply 49 Power dissipation 50

Subracks 51 FOX515 49 FANU5 fan unit 51 DUPI4 dual supply input 53

Dimensions and weight 55 Dimensions 55 Weight 55



Installation 56 Subrack, cable tray 56 Connection of signals 56 Connection of power supply 56

3 FOX512 (subrack R2) supplementary specifications 59

Powering 59 DC interface 59 AC interface 59 DC battery backup interface 60 Power consumption 60 Internal power supply 60 Power dissipation 61

Subracks 62 FOX512 60 FANU2 (R2) fan unit 62 BATMO battery package 64

Dimensions and weight 65 Dimensions 65 Weight 65

Installation 66 Subrack, cable tray 66 BATMO battery package 66 Connection of signals 66 Connection of power supply 67



Precautions and safety

For generic information on precautions and safety refer to the pre-cautions and safety user guide.

Referenced documents

1KHW002000 Precautions and safety User Guide

1KHW002070 Release Note FOX / UCST



Technical support

ABB Technical Support is available as follows:

ABB Switzerland Ltd

Power Systems

Utility Communications

Bruggerstrasse 72

5400 Baden

Switzerland

Phone: +41 58 589 37 35

or: +41 844 845 845 (Call Center)

Fax: +41 58 585 16 82

E-Mail: [email protected]

URL: www.abb.com/utilitycommunications


mailto:[email protected]

http://www.abb.com/utilitycommunication



User Guide FOX515 System Specification (R8) Common features system specification

1 Common features system

specification

General

System application - Multiservice access : data and voice services

local and remote interfaces - Traffic signal types : PDH traffic

SDH traffic ATM traffic IP traffic

- Access multiplexing - Multiplexing/demultiplexing : data and voice

PDH traffic SDH traffic VC-12, VC-3, VC-4 CAS

- Special traffic processing - V5.x : V5.1, V5.2

protocol and user ports - NGN Access Gateway : H.248 / RTP (POTS)

SIGTRAN (ISDN-BA) H.248 / MEGACO (Set up / release control)

- Broadband Access Aggregation : ADSL, ADSL2(+) line IF SHDSL, SHDSL.bis line IF ATM – Ethernet IWF Voice over IP Broadband - video multicast - IP services Gbit-Ethernet uplinks

- Bit-rates of traffic signals : P0-nc (n = 1 ... 31) P12s / P12x (structured and unstructured) STM-1 STM-4

- Cross connecting : P12x and P0-nc DXC 1/1 and 1/0 VC-4, VC-3, VC-12 ATM cells

- Routing : IP packets Bridging : MAC frames - Power provisioning over Ethernet (PoE) : PoE class 1 … 3

and manual power set


Common features system specification User Guide FOX515 System Specification (R8)

- Transmission : P0-nc (n = 1 ... 31)

P12 O22 E31/32 STM-1 (SDH) (optical and electrical) STM-4 (SDH) (optical) ATM cells STM-1 (ATM) (optical) 10BASE-T 100BASE-TX / FX 1000BASE-T / LX / SX

- Any mixture of above : up to subrack and system capacity

Commissioning - Traffic interfaces : modular hardware

and software - Traffic functions : core and modular functions - Functions : unit hardware and software



Traffic functions

ATM traffic

ATM traffic signals - Cell format : UNI - Service categories : CBR-rt (CBR.1)

CBR-nrt (CBR.1) VBR-nrt (VBR.1) UBR

ATM traffic functions - Termination : VC-4 / ATM cells

IMA according to AF-PHY-0088.001 V1.1

- Services : CES 2 Mbit/s (AAL1) according to AF-VTOA-0078.00 V2.0 LES (AAL2) according to AF-VMOA-0145.00 V2.0

- VP aggregating - Interface (port) : UNI (ATIOP) - Oversubscription (egress traffic) : 1 … 100

- Cross connection - Type : PVCs - Connections : bi-directional

asymmetric - Number : up 2048 VPC/VCCs

- Traffic control functions - Ingress traffic (towards ABUS) : UPC (Usage Parameter Con-

trol) CAC (Connection Admission Control)

- Egress traffic (from ABUS) : VP shaping (ATIOP) CAC

STM-1 interface - Termination : physical section - Multiplex Section Protection : with ATIOP

Support of remote ATM services - Local FOX transmission interfaces : ADSL (DMT)

G.SHDSL - Remote services (third party IAD/CPE) : data services

PSTN user ports ISDN user ports

IMA

IMA implementation - Function unit : ACONV - Application : provisioning of ATM cells via

P12 circuits according to PHY-0086.001 (V.1.1)

- Number of IMA groups : up to 14 per unit Support of service classes - 1 IMA group per unit : service classes CBR-rt, CBR-

nrt, VBR-nrt, UBR



- IMA groups 2 … 14 : 1 service class (selectable) - IMA group parameters (settable per interface) - P12 links per group : up to 16

minimum required links per group

- Cell frame length : 32, 64, 128, 256 cells

- IMA group parameters (fixed) - Group Symmetry Mode : Symmetrical configuration

and operation - Maximum Differential Delay between links : 100 ms - IMA group link synchronisation - Transmission : CTC - Reception : CTC and ITC - Scrambling function : activated

- Maintenance functions : IMA group Link group loop back

- Performance monitoring : cell counters

CES

CES implementation - Function unit : ACONV - Application : provisioning of

P12 circuits via ATM UNI according to AF-VTOA-0078.00 V2.0

- Number of CES interfaces : up to 16 per unit - CES group parameters : settable per service - Type : 2048 kbit/s (unstructured) - Supported functions : all functions of the FOX P12

traffic signal layer for P0, P0-nc and P12x

- Synchronisation of PDH traffic : synchronous (PBUS) Adaptive SRTS

- Maintenance functions : all functions of the FOX P12 traffic signal layer

- Performance monitoring : all functions of the FOX P12 traffic signal layer

PDH traffic

8 Mbit/s signals - Termination : physical section (optical) - Protection 8 Mbit/s : 1+1 physical section protec-

tion - Multiplexing/demultiplexing from/into : 4 P12 signals

unstructured or structured ac-cording to ITU-T G.704

2 Mbit/s signals - Termination : physical section - Protection 2 Mbit/s : 1+1 physical section protec-

tion SNCP/N and SNCP/I

- Adaptation : structured, synchronous and



unstructured signals - Termination and monitoring : structured, synchronous sig-

nals - Cross connection : structured and unstructured - Special functionalities : V5.x

PRA NT1-PRA NT1-LL

n x 64 kbit/s traffic signals - Termination : physical section - Transport rates - Synchronous : n x 64 kbit/s - Transparent : 0 … 600 kbit/s - Cross connection : DXC 1/0 Subrate multiplexing - Synchronous : 48/56 kbit/s (V.110/X.30)

0.6 … 38.4 kbit/s (V.110/X.30)0.6 … 19.2 kbit/s (I.460)

- Asynchronous : 0.6 … 38.4 kbit/s (V.110/X.30)0.6 … 19.2 kbit/s (I.460)

- Transparent : 0 … 0.3 kbit/s (V.110/X.30)

Support of local voice interfaces : PSTN (subscriber line) PSTN (exchange line) Magneto line Voice / E+M

Support of remote PDH services and interfaces - Local FOX transmission interfaces : DSL (CAP, PAM16)

SHDSL (PAM16) 8 Mbit/s optical

- Remote services (FOX CPE) : data interfaces (n x 64 kbit/s, n = 1 … 32) and subrates 0.33...56 kbit/s)PSTN interfaces PSTN user ports ISDN-PRA

SDH traffic

SDH traffic functions - Multiplexing/demultiplexing from/into : STM-4 according to

ITU-T G.707 for VC-12, VC-3 and VC-4 STM-1 according to ITU-T G.707 for VC-12 and VC-3

- Termination : VC-4 locally VC-3 locally VC-12 locally and remote

- Add and drop : VC-12 and VC-3 - Through connection : VC-12, VC-3 and VC-4 - Cross connection : VC-12, VC-3 and VC-4 - Protection VC-12 : Linear trail protection

SNCP - Protection VC-3 and VC-4 : SNCP STM-4 and STM-1 interface - Termination : physical section

(optical and electrical) - Multiplex Section Protection : with SYN4E or with SYNIO or

with 2 SYNUF



Support of remote SDH services - Local FOX transmission interfaces : DSL (CAP, PAM16) - Remote services (FOX CPE) : VC-12 termination and

data interfaces Supported tributary traffic - PDH : P12

E12 E31/32

- SDH : STM-1 (electrical or optical) - Ethernet -electrical : 10BASE-T / 100BASE-TX /

1000BASE-T - optical : 100BASE-FX

1000BASE-LX / SX

Ethernet over SDH Ethernet switching

Implementation - Function unit : NEBRO

NEBRA - Basic functions : Transport (EoS)

Switching (Ethernet traffic) - Physical interfaces - Number of interfaces : up to 6 - Interface types : 10BASE-T

100BASE-TX / 100BASE-FX1000BASE-LX / SX

Transport (EoS) - EoS : encapsulation of Ethernet

traffic for the transport via SDH (VC-12, VC-3)

- Encapsulation procedure : GFP framing according to G.7041 (frame mapped)

- Virtual concatenation (VCAT) : VC-12 / VC-3 level according to G.707

- LCAS (Link Capacity Adjustment Scheme) : Protocol or fixed mode ac-cording to ITU-T G.7042

- Link protection : SNCP/N (VC-12 / VC-3)

Ethernet switching - Switching points : Ethernet interfaces (6 / unit)

EoS endpoints (8 / unit) - Number of VLAN instances : up to 128

- VLAN support : Port and tag based Tag stacking Traffic prioritisation (4 levels)4 queues (queuing profiles) Rapid Spanning Tree according to IEEE 802.1w

- Maintenance functions : Physical layer Transport layer VC-12, VC-3 layer

- Performance monitoring - Ethernet PHY MIB-2, RMON : packet (octet) counters - GFP encapsulation : frame counters - VC-12, VC-3 : counters



Ethernet over SDH

Implementation - Function unit : SYN4E

- Basic functions : Transport (EoS)

- Physical interfaces - Number of interfaces : 4 - Interface types : 10BASE-T, 100BASE-TX,

1000BASE-T

Transport (EoS) - EoS : encapsulation of Ethernet

traffic for the transport via SDH (VC-12, VC-3, VC-4)

- Encapsulation procedure : GFP framing according to G.7041 (frame mapped)

- Virtual concatenation (VCAT) : VC-12 / VC-3 / VC-4 level according to G.707

- LCAS (Link Capacity Adjustment Scheme) : Protocol or fixed mode ac-cording to ITU-T G.7042

- Link protection : SNCP/N (VC-12 / VC-3 / VC-4)

- Maintenance functions : Physical layer Transport layer VC-12, VC-3, VC-4 layer

- Performance monitoring - Ethernet PHY MIB-2, RMON : packet (octet) counters - GFP encapsulation : frame counters - VC-12, VC-3, VC-4 : counters

Ethernet switching

Implementation - Function unit : NEBRE, SWITE

- Basic functions : Switching (Ethernet traffic) - Physical interfaces - Number of interfaces : up to 6 - Interface types : 10BASE-T

100BASE-TX / 100BASE-FX1000BASE-LX / SX

Ethernet switching - Switching points : Ethernet interfaces (6 / unit) - Number of VLAN instances : up to 128

- VLAN support : Port and tag based Tag stacking Traffic prioritisation (4 levels)4 queues (queuing profiles) Rapid Spanning Tree according to IEEE 802.1w

- Maintenance functions : Physical layer - Performance monitoring - Ethernet PHY MIB-2, RMON : packet (octet) counters



Ethernet LAN to TDM WAN bridging

Implementation - Function unit : ETER1

- Basic functions : Bridging (Ethernet traffic) - Physical interfaces - Number of LAN interfaces : up to 4 - Interface types : 10BASE-TX half/full duplex

100BASE-TX half/full duplexAccess / Trunk flow control

Number of WAN interfaces : up to 64 Interface types : PPP / HDLC encapsulation

and framing Multilink PPP Access / Trunk

Protection on WAN interfaces : 1+1 SNCP/I for P0nc and P12x signals 1+1 LTP for P0nc signals

Ethernet bridging - Bridge instances : up to 8 logically independent

instances - VLAN support : Port and tag based

shared VLAN learning independent VLAN learning star topology bridging Traffic prioritisation (4 levels)4 queues (queuing profiles) Rapid Spanning Tree according to IEEE 802.1w

- Maintenance functions : Physical layer - Performance monitoring - Ethernet PHY MIB-2, RSTP : packet (octet) counters Unfiltered events : RSTP bridge counters

protection switching events

Power over Ethernet provisioning (PoE)

Implementation - Function unit : SWITE

- Interfaces : 6 access ports 10BASE-T/100BASE-TX

- Powered device detection : automatic according to IEEE 802.3af

Available power - max. power per SWITE board : 63W - max. power per SWITE interface : 27W (manual power set) - supported IEEE 802.3af power classes : class 1, with up to 4W

class 2, with up to 7W class 3, with up to 15.4W

IP traffic



IP traffic signals - Multiplexing/demultiplexing from/into : P12s traffic - Routing functions : OSPF V2.0

Frame Relay - Bridging functions : transparent MAC bridge

port based virtual LAN star bridge

Support of remote PDH services - Local FOX transmission interfaces : DSL (CAP, 2B1Q, PAM16)

SHDSL (PAM16) - Remote services (FOX CPE) : LAN interfaces

(n x 64 kbit/s, n=1 … 32) routing and bridging functions

V5 functions

V5 protocol processing - Function unit : PCONV - V5.1 interfaces : 4 - V5.2 interfaces : 1 - Max. number of V5.2 link accesses : 2 - Capacity of PSTN user ports V5.2 : 240 - Capacity of ISDN BA user ports V5.2 : 112 incl. processing of p- and f-data - Integrated IFs G.703 for V5 link access : 2 x 2 Mbit/s - Function unit : PCON2 - V5.1 interfaces : 10 - V5.2 interfaces : 1 - Max. number of V5.2 link accesses : 8 - Capacity of PSTN user ports V5.2 : 480 - Capacity of ISDN BA user ports V5.2 : 224 incl. processing of p- and f-data - Access for PSTN user ports : selectable for V5

MCAS PSTN User Ports - SUBH1, PHLC3 : 10 sub. line IFs - SUBH3, PHLC2 : 30 sub. line IFs - PHLC1 (2 x SUBH3) : 60 sub. line IFs - MUSIC 700 - LESI8 : 8 sub. line IFs

ISDN-BA User Ports - ISBUQ (2B1Q) : 8 ISDN BA - ISBUT (4B3T) : 8 ISDN BA

NGN Access Gateway

Access Gateway characteristics - Function unit : IPSMG - Media Gateway functions - Voice conversion : TDM <-> IP - Voice (IP) transport protocol : RTP - Codec types, characteristics : ITU-T G.711, 64 kbit/s

PCM A-law, silent suppres-sion (Appendix II)



G.729 A (Codec) and B (si-lence suppression)

- Modem- and FAX service : in-band transport supported FAX relay service ITU-T T.38

- Echo cancelling : ITU-T G.168 16 ms … 128 ms

- In-band signalling (DTMF, dial tone, ringing etc) : detection and generation DTMF relay service : according to RFC 2833 - Clear channel : 64 kbit/s

(ISDN-BA B-channels) - Signalling and control functions - PSTN signalling conversion : H.248 messages - Set up / release control : H.248 / MEGACO - Interface to MGC : H.248.1 v1

primary and secondary

- Jitter buffer (accommodate IP delay variation) : 200 ms - fixed mode - adaptive mode

- Max. number of active channels : 200 - Traffic handling capacity (@ PDR < 0.04%) : 10000 BHCA

- Signalling Gateway (ISDN-BA signalling) - D-channel frames : ITU-T Q.931 - Interface to ASP : SIGTRAN (IUA/SCTP) - Network IF - Quality of service and resource allocation : Differentiated services (con-

trol and media traffic) - VLAN - VLAN tagging (control and media path) : IEEE 802.1Q - User priority (control and media path) : IEEE 802.1p

- User port access : 16 x P12s (480 POTS) - Uplink interface : 10BASE-T / 100BASE-TX - Functional parameterisation : Custom parameter sets - Interoperability : approved for selected MGC

brands PSTN User Ports - SUBH1, PHLC3 : 10 subscriber line IFs - SUBH3, PHLC2 : 30 subscriber line IFs - PHLC1 (or 2 x SUBH3) : 60 subscriber line IFs - MUSIC 700 - LESI8 : 8 subscriber line IFs

ISDN-BA User Ports - ISBUQ (2B1Q) : 8 ISDN BA - ISBUT (4B3T) : 8 ISDN BA (on request)

ADSL and SHDSL based broadband access aggregation

Access Gateway characteristics - Function units - ADSL : IPLM1, IPLM2, IPLM4 - SHDSL : IPLM6

- Gateway functions - ATM <-> Ethernet Encapsulation : Bridge mode (RFC 1483)

PPPoE (RFC 2516) IPoE PPPoA



IPoA - Layer 2 switching / bridging - Modes : Static bridge forwarding

Dynamic bridging Fix MAC address (IEEE 802.1d)

- Access control : Global / per port - Learned MAC addresses : up to 4000 - STP support : ADSL/SHDSL ports

- VLAN support - Tagging : Frame tagging (IEEE 802.1q

and 802.1ad) Tag stacking

- Flooding and broadcasting : Supported - Bridging modes for VLAN : Residential bridging

Restricted full bridging Unrestricted full bridging

- Port membership - static : Lists of egress, inhibited,

untagged ports - dynamic : GARP VLAN Registration

Protocol (GVRP)

- DHCP : Relay agent (RFC 2131) Option 82 (RFC 3046)

- TV multicast support - Number of groups : up to 256 - Group memberships : static

dynamic, IGMPv2 snooping (RFC 2236)

- Quality of Service (QoS) - Queues : 4 per ATM port

8 per physical Ethernet port - Scheduling mechanism : Strict priority

Minimum and maximum bandwidth guarantees Weighted excess bandwidth distribution

- Input rate limiting (IRL) : per AAL5 interface (profiles) - Output rate limiting (ORL) : per ATM / Ethernet port

- Access control - Packet filtering : Filters / rules and decision

trees - Internet access control mechanisms : MAC based authentication

MAC address control lists IP address control lists “Sticky Bridge Ports” Forwarding database (FDB) conflict traps MAC address tracking Dedicated queue for the control plane per ADSL/SHDSL port

Uplinks - Electrical interface : 100BASE-TX / 1000BASE-TX- Optical interfaces (IPLM1 only) : 100BASE-FX / 1000BASE-

SX/LX SFP modules - Link Aggregation : LACP (IEEE 802.3ad)

ADSL access - ADSL : ITU-T G.992.1



- ADSL2 : ITU-T G.992.3 - ADSL2+ : ITU-T G.992.5 - Line rates - Individually configurable : in steps of 32 kbit/s - upstream : up to 1 Mbit/s - downstream : up to 24 Mbit/s - Capacity - Modularity : 24 ports - Clusters : up to 144 ports

SHDSL access - G.SHDSL : ITU-T G.991.2 - G.SHDSL.bis : ITU-T G.991.2 Annex F/G - Line rates - Individually configurable : in steps of 8 kbit/s - ITU-T G.991.2 : 200 kbit/s … 2320 kbit/s - ITU-T G.991.2 Annex F/G : 768 kbit/s … 5696 kbit/s - Pair bonding (2 pairs) : SHDSL line according to ITU-

T G.994.1 Annex B (for HS mode only)

- Capacity - Modularity : 24 ports - Clusters : up to 144 ports Management - Unit and NE integration : UCST / FOXMAN-UN

SNMP - IP DSLAM functionalities : CLI

(launch via UCST) Conference functions

Function unit : COBUV - Data type : A-law coded voice in P0, incl.

CAS - Processing for CAS signalling : bit-wise AND of all input sig-

nalling - Max. number of participants : 64 - Max. number of conferences : 21 - Proposed max. number of participants : 8 Parameters : settable per participant - Attenuation of input signal : 0, 3, 6 and 9 dB - Attenuation of output signal : 0, 3 dB - Noise suppression : selectable

3 steps Function unit : NEMSG - Data type : A-law coded voice in P0, incl.

CAS - Processing for CAS signalling : bit-wise AND of all input sig-

nalling - Max. number of participants : 32 - Max. number of conferences : 8 - Max. number of participants per conference : 17 Parameters : settable per participant - Attenuation of input signal : 0, 3, 6 and 9 dB - Attenuation of output signal : 0, 3, 6 and 9 dB - Noise suppression : selectable

3 steps



Protection

Section protection : Implemented by units with transmission interface

Multiplex Section protection STM-4 - SDH : 1 SYN4E

Multiplex Section protection STM-1 - SDH : 1 SYN4E

1 SYNIO 2 SYNUF

- ATM : 2 ATIOP Subnetwork protection for signals - SNCP/N : 2 Mbit/s (P12s)

(with PBUS units only) : VC-4, VC-3, VC-12

(on SYN4E) - SNCP/I : 2 Mbit/s and 64 kbit/s

(P12x, P0 and P0-nc) (with PBUS units only)

: VC-4, VC-3, VC-12 (on SYN4E)

Linear trail protection : VC-12 VC-3

Equipment protection - Traffic unit type - units without front interfaces : ACONV

(EQP for SYNAC is a FUTURE OPTION)

- units with LAN front interfaces : IPSMG - Protection type : n + 1

hot standby non-revertive

- Unit switch-over : automatic unit failure driven and UCST command

- Implications of EQP switch-over : unit restart restart of services

Monitoring of traffic signals

Performance monitoring : ITU-T-G.826 Monitoring points - PDH : 2 Mbit/s traffic signals

SULIC-NTU (64 kbit/s TS required) UNIDA (64 kbit/s TS required)

- SDH : VC-12 VC-3 VC-4 RS and MS in STM-1 RS and MS in STM-4

- ATM -STM-1 UNI : VC-4

RS and MS in STM-1 - ATM traffic : cell counters



- Ethernet - Ethernet PHY : event counters MIB-2

interface statistics RMON

- Ethernet over SDH : event counters MIB-2 interface statistics RMON GFP encapsulation counters

Trail monitoring with TTI - PDH : 2 Mbit/s (ECC mode) - SDH : VC-12

VC-3 VC-4 RS in STM-1 RS in STM-4

Diagnostic functions

Function unit : COBUV and COBUX Test purposes : channel performance

signal delays



Synchronisation

General

Basic configurations : PETS : PETS and SETS : SETS only

(PETS locked to SETS) Function units - PETS : COBU<X> - SETS : SYNI<X>, SYNUF, SYN4E,

ATIOP

Selection algorithm - QL based : QL 1 ... 15 - Priority based : 1 ... 7/8 (1 highest) - Switching : revertive - Configurable Hold off time : 0-60 s - Configurable wait to restore time : 0-720 s

PETS

Timing sources for PETS - Traffic signals (up to 4) : P12s terminated : P12s monitored : P0 signals

- External 2048 kHz sources (ITU-T G.703) : 2 (ESI-1 … 2) - Internal source : 50 ppm Filter for clock recovery selectable : high Q : low Q Jitter transfer characteristic - High Q - Max. Bandwidth : 2.5 Hz - Jitter gain : < 0.5 dB - Low Q - Max. Bandwidth : 40 Hz - Jitter gain : < 0.5 dB Synchronisation outputs (ESO) - Number : 3 (ESO-1 … 3) - Squelching configurable per : - source selected - QL of NE (1 ... 15) Equipment protection : requires two control units

SETS

Architecture - NE level : 1 SETS system per

ABUS/SBUS sector - Inter sector SETS synchronisation : Agent sector synchronises to

Prime sector - SETS block diagram (per sector) : see figure below




In ESO-4/ESO-SDH (T4) non SETS locked mode, Select A and Select B may share the same timing sources, but they are autonomous in terms of selection.

Select A

Select BSETG(PLL)

Select CPDH (T2)

ESI-1 (T3)

SDH (T1)

ESO-4/SDH (T4)

2MHz

Internal

2 MHz

2 Mbit/s

STM-1

Squelch

Squelch

Internal Timing (T0)

Sync Sources:

SETS

SBUS, STM-1

Specification - Optimised for 2048 kbit/s hierarchy : Option 1, ITU-T G.813 - Accuracy under free-running conditions : better than 4.6 ppm - Minimum pull in range : 4.6 ppm - Wander generation in locked mode : Table 1, 2, 3 /G.813

Figure 1, 2 /G.813 - Wander tolerance : Table 8, 9, 10 /G.813

Figure 5, 6, 7 /G.813 - Jitter tolerance for 2048 kHz, 2048 kbit/s : Figure 9/G.813 - Noise transfer characteristic - Min Bandwidth : 1 Hz - Max. Bandwidth : 10 Hz - Gain in the pass band : lower than 0.2 dB - Short-term phase transient response : Figure 12/G.813 - Long-term phase transient response : Figure 14/G.813 - Phase response to input signal interruption : G.813 §10.3 Timing sources for SETS - Traffic signals : STM-1 MS (T1)

2 Mbit/s terminated (T2) 2 Mbit/s monitored (T2)

- External 2048 kHz input (ITU-T G.703) : 1 ESI-1 (T3)

Synchronisation Output (ESO) - Number : 1 ESO-4/SDH (T4) - Mode of operation : - SETS locked

- Non SETS locked - Squelching configurable per : - selected source

- QL of NE (1...15) Synchronisation Selection Process (Select B) : Figure A.1/ETS 417-6-1 QL /SF hold off time : 0 to 60s QL /SF wait to restore time : 0 to 720s



Equipment protection - SDH (SBUS) : with 1 SYN4E unit or

or

- ATM (ABUS) : units in the

Maintenance and Diagnostics

Relevant Standard Document : ETS 300 417-6-1

election ction (SETS Select B/A, PETS): : § 4.12

led mode corresponds

e-

-selection - Forced free-run :

re-

iming source (SETS Select B, Select A, PETS)

: § 4.11.2.2

tatus Source : QL

ity

ervised

SETS Clock operation mode : locked

- PETS Clock operation mode : ot applicable) Fault management

SETS (STM-4/1 aggregate unit) : Loss of External Clock source

input

limits

PETS (COBU<X>) : Loss of external clock 1, 2

with 2 SYNIF / SYNIC SYNUF units in the same SBUS sector with 2 ATIOP same ABUS sector

S- Auto-sele

(QL-enabto QL based selection algorithmQL disabled mode corre-sponds to Priority based slection algorithm) Select A fix to AutoSETS Select B, PETS

- Forced holdover : SETS Select B (only if HO fquency available)

T- Forced switch according to ETS 300 417-6-1 - Manual switch : § 4.11.2.3 - Clear switch : § 4.11.2.1 - Set lockout : § 4.11.1.1 - Clear WTR : § 4.9 S- Timing

PriorAvailableFailed Not sup

- free-runholdover (n

Loss of clock source PDH<X>/SDH<Y> Loss of SEC Timing

Loss of ESO Timing inputs SEC Source not Primary ESO Source not Primary SETS in Holdover SETS HW Failure SEC Source out of -



Wrong impedance external

ck source PDH<X>

SSM and QL processing

SSM transmission : S1 byte of STM-4/1 MS

: any Sa bit of 2 Mbit/s acc. to

- FOX proprietary ECC mode : it of 2 Mbit/s acc. to

apping of the QL

: SETS mapping table to 15

in transmit direction : SETS mapping table

to 15

nit routing table, ESO : override by “Do not use”

ming

SETS, PETS timing source configuration : of a fix QL

clock 1, 2 Loss of clo

- in SDH signals - in PDH signals - SSM mode

G.704 Sa4 in bG.704,

M- in receive direction

overrides QL by QL 1 depending on received QL

- overrides QL by QL 1 depending on NE QL

U(QL = 15, SSI = 0, ESO = squelched) depending on tisource selected to avoid network timing loops assignment


System control and management functions

Control system

Basic control system : distributed processor system Central system control : dedicated unit with master

processor Traffic units : local slave processors Management Information Base (MIB) : control unit (COBU<X>) - Configuration data : MIB - Unit software (units with SW download only) : MIB Physical implementation of MIB : PCMCIA card

(removable) Capacity of PCMCIA card : 8, 16 MB Equipment protection of the control unit : 1+1 (slots 11 and 12) - Type of protection : hot standby

non-revertive - MIB of redundant unit : permanently updated - Control unit switch-over : automatic failure driven and

UCST command

- Implications of the switch-over on traffic signals: - automatic and UCST commanded switchover - UBUS (UNIDA - UNIDA X.24) : short interruption

250 s - PBUS (LOMIF - LOMIF 2 Mbit/s transparent) : insertion of one 0-bit corre-

sponding to an interruption of 488 ns

- removal of active control unit - UBUS (UNIDA - UNIDA X.24) : interruption 4 ms - PBUS (LOMIF - LOMIF 2 Mbit/s transparent) : insertion of 1 … 4 0-bits cor-

responding to an interruption of 1952 ns

Real time clock : 50 ppm

NE software system

Unit software - EM controlled SW download (for ESW) - Control units : COBU<X> - Traffic units : ABUS units

PBUS units SBUS units new UBUS units

- CPE : MUSIC 200 (≥R4) Line Runner SHDSL DTM

- FTP server based SW download (for ESW) - CPE : MUSIC 700 family - IP DSLAM - ADSL : IPLM1, IPLM2, IPLM4 - SHDSL : IPLM6



- Embedded Software (ESW) : legacy UBUS units

Management functions

Configuration management for : NE incl. ESW traffic functions

Performance management for : NE

traffic signals Fault management - Hardware failures : NE and units - ESW configuration/operation : units and CPE - Failures and performance : traffic signals Alarm generation and reporting - Generation and severity : programmable - Indication : local indicators and relay

contacts - Reporting : alarm lists

logbook remote access

Inventory management : for hardware and software Management tools and versions - FOX platform (NEs, units and CPEs) : UCST R8B

FOXMAN-UN R8B - IP DSLAM functionality (IPLM<X>) : CLI

(launch via UCST)



Performance control and diagnostic functions

System level

System level - Alarm system - Alarm indicators : LED and relay contacts - Lists : NE fault list

logbook - Inventory data : for hardware and NE soft-

ware system - Software installation status : for ESW installation and

installation progress

Functional level

Functional level - Diagnostic - Traffic functions : protected cross connections

U/PBUS usage MSP equipment protection

- Synchronisation functions : PETS, SETS ESO SDH

- System functions : system control / equipment protection ECC and OSPF router

Unit level - Fault indicators : unit hardware and traffic

signals - Test loops : unit specific - State indication: : Traffic signals - Performance monitoring : Traffic signals G. 826

(selected units)

Central diagnostics

Central diagnostic for traffic signal channels - Units with diagnostic function : COBUX, COBUV - Functional blocks : Test signal generator

signal analyser - Test signal - Type : 8-bit pattern and

pseudo random bit patterns - Structure and bandwidth : n x 64 kbit/s and 2 Mbit/s

unstructured - Analyses - 8-bit pattern : matching patterns - Pseudo random bit pattern : performance monitoring

channel delay - Channel connection : via cross connect



Compatibility with other FOX equipment

Compatible platform : FOX

Accommodation of legacy units in subrack : FOX traffic units (release for FOX subracks as specified in the release note)

Remote equipment : CPEs compatible with FOX traffic units

Interfaces (applications based on the platform) : external traffic and manage-ment

Synchronisation : SSI (P12s signals only)

Backward compatibility

- New units to existing systems : only if specified

- New front access connectors to existing system : not compatible

- UCST to legacy systems : FOX-U FOX-U/M (-U/E) DSL product family



Architecture

System

System architecture : fully modular open architecture

Implementation : configurable according to requirements

System control

- Control units : type COBU<X>

- Subsystems : MIB of the NE PETS Processing of Management Com Control of BUS access UBUS access Diagnostics Conference functions

- Control units and supported features - Diagnostics : COBUX, COBUV

- ECC : COBUX, COBUV

- Conference function : COBUV

- UBUS highways

- 8 x 2 Mbit/s : COBUX, COBUV

- 4 x 2 Mbit/s : COBUL

- PBUS highways

-128 x 2 Mbit/s : COBUX 212, 219 (R5) COBUV 217, 220 (R5) COBUL 216 (R4)

- 40 x 2 Mbit/s : COBUX 213, 223 (R5) COBUV 218, 224 (R5)

- ATM functionality : control units ≥ R5

Functional levels of equipment protection - System function level : system control and

PETS SETS power supply

- Traffic function level : traffic units without front ac-cess or LAN interfaces

Implementation of external interfaces : on removable units

Unit types - Units with ABUS access : ABUS units

- Units with PBUS access : PBUS units

- Units with SBUS access : SBUS units

- Units with UBUS access : UBUS units

- Units without (traffic) bus access : Special units

Unit software (EWS) : down loaded



Compatibility to existing FOX equipment : for traffic units and functions

Configuration : software based with UCST and FOXMAN-UN

ABUS

Capacity : 1215000 cells/s

Logical structure : ATM cells UNI cell format

Physical structure : 32 x 19.44 Mbit/s per sector linear with pairs of slots inter-leaved for MSP

SBUS

Capacity

- VC-4 terminating : 2 x STM-1 (63 x VC-12 or 3 x VC-3))

- Add and drop to/from STM-4/1 : VC-12 and VC-3

- Through connection : VC-12 and VC-3

Logical structure : 63 x VC-12 (TU-12) or 3 x VC-3 (TU-3)

Physical structure : 4 x 8 x 19.44 Mbit/s per sector linear with pairs of slots inter-leaved for MSP

PBUS

Capacity : 128 x 2 Mbit/s with and without CAS

Logical structure : linear 128 x 2 Mbit/s with and without CAS

Physical structure : 32 x 16 Mbit/s non segmented linear

UBUS

Capacity : 8 x 2 Mbit/s with and without CAS

Logical structure : 2 sets of highways each 4 x 2 Mbit/s with and without CAS

Physical structure : 8 x 4 Mbit/s segments, non linear



1 segment with overlapping highway sets



Management communication

Element Manager

Element Manager : UCST R8C

Element Manager System : FOXMAN-UN R8C

Management communication structures

ECC - Application : MCN for FOX - Function unit : COBUV, COBUX - Structure : unnumbered PPP links with

dynamic OSPF routing

- ECC channels (MCN network) - ECC over PDH - Transport : P12s - Bandwidth : P0-nc - Traffic signal layer : P12 - ECC over SDH - Transport : STM-4/1 SOH bytes - Bandwidth : 192 kbit/s, 576 kbit/s - Traffic signal layer : RS and MS (STM-4/1) - ECC over ATM - Transport : ATM cells - Bandwidth : 64 kbit/s, 192 kbit/s

576 kbit/s - Traffic signal layer : ATM, IMA - ATM characteristics - QoS : CBR (CBR.1) - PCR : 80.1 (70.8) kbit/s

240.4 (212) kbit/s 720.4 (636) kbit/s

- CDVT : 5000 (600) µs

(Values in brackets apply up to the UCST R6A SP01) - Encapsulation over ATM Adaptation Layer 5 : RFC 2364

(incl. AAL5 <-> P0-nc PPP Relay function)

- NE interfaces for PDH based ECC - Number of channels : max. 32 - Bandwidth PDH channels : 64 … 1984 kbit/s (P0-nc)

16 kbit/s (TS0 in P12s) - Use of interfaces : ECC over PDH

ECC over ATM (transport in ATM cells)

- NE interfaces for SDH based ECC - Number of channels : max. 8 - Bandwidth SDH channels : 192 kbit/s, 576 kbit/s

- Internal interfaces : ECC over SDH (tunnelling in OSI DCN)



- Cumulated bandwidth PDH and SDH per NE : max. 2048 kbit/s - NE ECC interface to MCN : P0-nc

(internal cross connect) - EM(S) interface to ECC : QX-interface (10BASE-T)

F-interface (RS-232C) Tunnelling for - OSI DCN - ECC over ATM

- ECC addressing : IP addresses

EOC - Application : management of legacy FOX - Function unit : COBUV, COBUX - Structure : proprietary multi-path

based on SIFOX - NE interface to EOC : SIFOX / F-interface - EM(s) interface to EOC : SIFOX / RS-232 C - Addressing : proprietary EOC addresses Bandwidth - Mixed NEs FOX-U/M (-U/E)/-U and FOX515 : 9600 bit/s - NEs FOX515 only up to : 19200 bit/s

LAN (WAN) - Type : Ethernet 10BASE-T - NE interface : QX-interface - EM(S) interface : Ethernet 10BASE-T

Q-BUS - Structure : local bus

based on RS-485 - NE interfaces to Q-BUS - Q1-slave interface : NE management - Q1-master interface - Purpose : access to remote Q-BUS via

remote FOX - Implementation : COBUX, COBUV - Function : remote replication of the man-

aging Q-BUS interface - Management access to Q-BUS - EM(S) direct access : RS-232 C via RS-232 C / RS-

485 converter - EM(S) access via Q1-master interface : via FOX with Q1-master

interface - Addressing : proprietary EOC addresses - Bandwidth - Mixed NEs FOX and legacy FOX : 9600 bit/s - NEs FOX only up to : 57600 bit/s

Routing functions

IP routing - Function unit : COBUX, COBUV

COBUL - Routing protocol : OSPF V2.0 (RFC 2178) - Router interfaces - COBU<X> : F, Q1, QX, - COBUX, COBUV : OSI tunnel - COBUX, COBUV : ECC over

- PDH - SDH - ATM



(ECC functionality not availa-ble with COBUL)

OSI routing - Function unit : COBUX, COBUV - Routing protocol : IS-IS (level 1) - Router interfaces : QX, OSI tunnels

HDLC routing - Function unit : COBUX, COBUV

COBUL - Routing protocol : proprietary - Router interface : Q1-interface



Cross connections and delays

PBUS cross connect

Type : non-blocking structured and non structured signals

Capacity - 2 Mbit/s equivalents max. : 128 x 2048 kbit/s - 64 kbit/s equivalents max. : 4096 x 64 kbit/s Protection between access ports - Bi-directional (quality criteria for input selection) : 2 Mbit/s

n x 64 kbit/s (n = 1 ... 31) - Control : status monitor UCST

Broadcasting : 2 Mbit/s n x 64 kbit/s (n = 1 ... 31)

Delay assignment - Single TS and consecutive TS n x 64 kbit/s : minimum delay - Non consecutive TS n x 64 kbit/s : constant delay

Traffic signal delays PBUS and UBUS

Delays (access points cross connect) - Unstructured signals P12x (PBUS - PBUS) : min. 14 s

max. 48 s - Structured signals P12s (PBUS - PBUS) - Minimum delay : min. 21 s

max. 380 s - Constant delay : min. 21 s

max. 501 s - Structured signals P12s (PBUS - UBUS) - Minimum delay : min. 21 s


max. 499 s - Structured signals P12s (UBUS - PBUS)) - Minimum delay : min. 125 s


max. 369 s - Structured signals P12s (UBUS - UBUS) - Minimum delay : min. 125 s


max. 367 s

Traffic signal delays SBUS and PBUS

Delays (2 Mbit/s traffic signal reference) - TM (loop on STM-4 or STM-1): - SYNAM SYN4E SYN4E SYNAM : typ. 139 s - LOMIF SYN4E SYN4E LOMIF : typ. 583 s



- TM (loop on STM-1; X = F, O, C): - SYNAM SYNI<X> SYNI<X> SYNAM : typ. 90 s

- ADM: - SYN4E STM-4 VC-4 SYN4E STM-4 : typ. 16 s - SYN4E STM-4 VC-12 SYN4E STM-4 : typ. 47 s - SYN4E STM-1 VC-4 SYN4E STM-1 : typ. 16 s - SYN4E STM-1 VC-12 SYN4E STM-1 : typ. 47 s

- ADM: - SYNIO <m> IF_1 SYNIO <m> IF_2 : typ. 16 s

ATM cell delays

STM-1 interface - ATIOP (STM-1) ATIOP (STM-1) IMA interface - ATIOP (STM-1) ACONV (IMA, 2 links) loopback ACONV (IMA, 2 links) ATIOP (STM-1) ADSL interface - ATIOP (STM-1) ADAC<X> ADSL modem (ATM)

Traffic delay CES

Delay of E1 signal(s) via CES - LOMIF (P12) ACONV ATIOP (STM-1) loopback ACONV ATIOP (STM-1) LOMIF (P12)



Protection switching restoration times

SNCP

Restoration time for a traffic signal with - P0_SNCP/I - PBUS : max. 1.125 ms - UBUS : max. 1.125 ms

MSP

STM-4 SDH - Restoration time for bidirectional MSP on section - SYN4E - SYN4E - typical : 25 ms - maximum : < 50 ms

STM-1 SDH - Restoration time for bidirectional MSP on section - SYN4E - SYN4E - SYNIO - SYNIO - SYNUF - SYNUF - typical : 25 ms - maximum : < 50 ms

- SYN4E - other vendor equipment : not specified - SYNIO - other vendor equipment : not specified - SYNUF - other vendor equipment : not specified

STM-1 ATM - Restoration time for MSP on section - ATIOP ATIOP : < 50 ms - ATIOP - other vendor equipment : not specified

IMA

IMA interface ATIOP (STM-1) ACONV LOMIF LOMIF ACONV ATIOP (STM-1) - Restoration time ATM cells - 1 link out of 2 fails : typical 8 ms - 2 links out of 4 links fail : typical 8 ms

max. depending on - link delay(s) - M - number of links

- Restoration time E1 (CES via IMA) : typically 50 ms max. depending on - link delay(s) - M - number of links

N+1 equipment protection



ACONV - restoration time : not specified

depending on - services - traffic load

IPSMG - restoration time : not specified

depending on - services - traffic load



Interfaces

Traffic interfaces

Implementation

Physical implementation - Traffic interfaces : traffic units - Traffic functions : traffic units and

control units

Specification

Characteristics and specifications - Summary of units and specifications - Details : refer to technical unit descrip-

tions

Units implemented

Released units : specified per NE refer to release note FOX / UCST R8C Release Note FOX / UCST

Synchronisation interfaces

Inputs

Function unit : COBU<X>

ESI-1: - Synchronisation system : SETS/PETS - Frequency : 2048 kHz - Galvanic isolation from NE and battery : yes - Impedance : configurable - According ITU-T G.703, section 10 : 75 or

120 (R2A) - High impedance : | Zin | 3 k

ESI-2: - Synchronisation system : PETS - Frequency : 2048 kHz - Galvanic isolation from NE and battery : yes - Impedance : configurable - Impedance - According ITU-T G.703, section 10 : 75 - High impedance : | Zin | 3 k

Resistibility to surge voltages ESI-1 and ESI-2 : 1.2/50 s impulses U = 100 V

Insulation signal pins of ESI-1 and ESI-2 - ECLK2MIN<X> : 1 kV/50 Hz/60 s



- ECLK2MGUARD<X> to earth : 1 kV/50 Hz/60 s

Outputs

ESO-1: - Synchronisation system : PETS - Frequency : 2048 kHz - Galvanic isolation from NE and battery : yes (R2A) - Impedance according ITU-T G.703, section 10 : 75

ESO-2 and ESO-3: - Synchronisation system : PETS - Frequency : 2048 kHz - Galvanic isolation from NE and battery : no - Impedance according ITU-T G.703, section 10 : 75

ESO-4: - Synchronisation system : SETS - Frequency : 2048 kHz - Galvanic isolation from NE and battery : yes (R2A) - Impedance according ITU-T G.703, section 10 : 75

120 (R2A)

Resistibility to surge voltages ESO-1 … ESO-4 : 1.2/50 s impulses U = 100 V

Insulation signal pins - ESO-1 and ESO-4 : (R2A) - ECLK2MOUT<X> : 1 kV/50 Hz/60 s - ECLK2MGUARD<X> : 1 kV/50 Hz/60 s - ESO-2 and ESO-3 : no galvanic separation

Management interfaces

EMS and FOX

F-interface - Application Layer : proprietary layer 7 - Transport Layer : TCP - Network Layer : IP - Data Link Layer : PPP - Physical Layer : RS-232 Q1-interface - Application Layer : proprietary layer 7 - Transport Layer : TCP - Network Layer : IP - Data Link Layer : PPP - Physical Layer : RS-485 QX-interface - Application Layer : proprietary layer 7 - Transport Layer : TCP - Network Layer : IP - Data Link Layer : IEEE 802.3 Ethernet - Physical Layer : 10BASE-T

half-duplex



OSI-tunnel for TCP/IP management com. : Virtual LAN

via COBU<X>

Q1-master interface - Application : Remote Q-bus master access

via COBUX, COBUV - Physical Layer : RS-485

MCN to FOX

ECC interfaces MCN to FOX - ECC over PDH : units supporting the

P12 traffic layer - ECC over SDH : units supporting the

RS and MS traffic layer (STM-1)

- ECC over ATM : units supporting the ATM and/or IMA traffic layer

- FOX internal access for all ECCs : P0-nc via UBUS

Access to SOH of STM-4/1

- Access to SOH bytes : P0-nc via UBUS - Order wire (EOW) and user channel : E1, E2 and F1 - RS DCC (ECC via SDH) : D1 … D3 - MS DCC (ECC via SDH) : D4 … D12

Alarm interfaces

Function unit : COBU<X>

Alarm inputs: - Number : 4 - User defined names for input signals : yes - Active signal level : configurable via EM

- active ground - active open.

- Thresholds for detection - Reference : positive leg of the battery

(earth) - "Ground state“ range : -8 V ... +75 V

with respect to reference - "Open state“ range : -75 V … -16 V

with respect to reference - Load equivalent of input @ voltage of -16 V : a current sink of at least 1 mA

with an impedance not higher than 20 kOhm

- Surge immunity : to 1.2/50s surge impulses with U = 2000 V

- Physical implementation : COBU<X>

Alarm outputs: - Number : 2 - Type : solid state relays

double throw overload protected



- Use : alarm status of NE - "Urgent Alarm“ - "Non-urgent Alarm“

- Physical implementation : COBU<X>

- Current admissible : < 50 mA - Resistance : < 50 Ohm - Open contact leakage current @ 75V : 100 A - Open contact max. voltage : 150 V - Immunity - Surges - Voltage (any alarm output lead to earth) : to 1.2/50 s surge impulses

with U = 2000 V

- Current (between the alarm output leads) : to 0.5A applied for 10 s

- Insulation (any alarm output lead to earth) : 1 kV/50 Hz/60 s

Conditions at the alarm outputs in case of - power fail - "Urgent Alarm" output : active - "Non-urgent Alarm" output : not active - inactive control unit - "Urgent Alarm" output : not active - "Non-urgent Alarm" output : not active

Power interfaces

DC power interface - Interface access : FOX subrack *) - Power converter units : POSUM

POSUS - DC/DC (primary to secondary voltage) - POSUM @ +/-5 VDC (total) : 16 A - POSUS @ +5 VDC : 10 A AC power interface (FOX512 only) - Interface access : POSUA - Power converter unit : POSUA - DC/DC (primary to secondary voltage) - POSUA @ +/-5 VDC (total) : 16 A *) For details of the subrack power interfaces, refer to : FOX515

FOX512 complementary specifications below



EMC/ESD and safety

EMC

Product family standard

Public Telecommunication network equipment : EN 300 386 V1.3.3

Emission

Interference voltage 0.15 MHz ... 30 MHz - DC power supply IF : EN 55022, class A - AC power supply IF (POSUA) : EN 55022, class B - traffic signal IFs : EN 55022, class B

Radiated field 30 MHz ... 1000 MHz : EN 55022, class B

Immunity

Electromagnetic field 80 MHz ... 2000 MHz, level 3, 10 V/m : IEC/EN 61000-4-3 Conducted common mode HF disturbance 150 kHz ... 80 MHz, modulated 1 kHz 80% AM, 3 V : IEC/EN 61000-4-6

Fast transients/bursts : IEC/EN 61000-4-4 - on power supply IF (CDN) : 1 kV - on traffic signal IFs (capacitive clamp) : 0.5 kV Surge immunity - Traffic and control IFs : EN 300 386 V1.3.2 and

ITU-T K.20 - Power supply interface : IEC/EN 61000-4-5 - Common mode : 1 kV

1.2/50 s (8/20s) - Differential mode : 0.5 kV

1.2/50 s (8/20s)

ESD

Electrostatic Discharge : IEC/EN 61000-4-2 - contact discharge : 6 kV - air discharge : 8 kV

Safety

Safety according to : IEC/EN 60950-1



Ambient and dependability

Ambient conditions

Storage

All equipment (exclusive batteries) according to : ETS 300 019-1-1 class 1.2

Temperature range : -25°C ... +55°C Humidity : according to class 1.2 Biological and chemical active substances : Not specified Batteries (BATMO option) : According to the specifica-

tions of the battery supplier

Transport


Temperature ranges - ambient air for unventilated enclosures : -25°C .. +70°C - ambient air for ventilated enclosures or outdoor : -25°C .. +40°C Humidity : according to class 2.2 Vibration random Acceleration Spectral Density - ASD @ 10-200 Hz : 1.0 m2s-3 - ASD @ 200-2000 Hz : 0.3 m2s-3 Biological and chemical active substances : Not specified Batteries (BATMO option for FOX512) : According to the specifica-

tions of the battery supplier

Operation


Temperature range system (extended) - Operation - without forced ventilation *) : -20°C ... +55°C - with forced ventilation : -20°C ... +70°C - Start up temperature : -20°C Humidity : according to class 3.2

up to 95%, non-condensing Direct ambient temperature range units (PBUS, ABUS, SBUS, new UBUS, control, power units) - Range of operation : -20°C ... +85°C - Compliant with specifications : 0°C … +70°C Biological and chemical active substances : Not specified Batteries (BATMO option for FOX512) : According to the specifica-

tions of the battery supplier *) forced ventilation is mandatory for some units



Dependability

Availability

Mean accumulated down time (MADT) traffic between any two 2 Mbit/s ports of 2 NE’s : < 10 min. per year

(excluding failures of the transmission media)

MTTF

Calculated MTTF for all categories of failures - Single unit : > 20 years - Detailed MTTF figures per unit : refer to the unit descriptions. Predictions based on : MIL-HD BK-217F MTTF values of operating systems are available on request.




User Guide FOX515 System Specification (R8) FOX515 (subrack R2) supplementary specifications

2 FOX515 (subrack R2)

supplementary specifications

Powering

DC interface

Power supply interface according : ETS 300 132-2 interface A

Voltage range for operation : -40 VDC … -72 VDC Power consumption - Maximum continuous current : 30 A - Maximum admissible power consumption : 1200 Watt Recommended fusing : max. 30 A slow blow Connection points for power supply circuits - External supply circuit(s) : 1 interface or 2 interfaces (for

dual power supply) on the cable tray

- Subrack power interfaces - Single power supply : 1 interface - Dual power supply : 2 interfaces (DUPI4 option)

Internal power supply

Conversion

DC/DC power conversion : POSUM POSUS

Protection

Operation of power supply units - Parallel operation of units : load sharing - Number of units operating in parallel : 5 Protection and load sharing - Protection type : n + 1 (n = 0 ... 4) - Life insertion of converter units : yes


FOX515 (subrack R2) supplementary specifications User Guide FOX515 System Specification (R8)

Power dissipation

Maximum power dissipation : depending on traffic interfacesMaximum admissible power dissipation PD in the FOX subrack (for ambient conditions) - Natural air convection (evenly distributed units in the subrack) : PD ≤ 150 W totally and

PD < 11 W in any slot

- Forced ventilation/air conditioning - Range (with FANU5) : PD ≤ 1200 W totally - Ventilation mandatory : PD > 150 W totally or

PD ≥ 11 W in any slot

provided that specified ambi-ent conditions are fully met *)

- Fan unit for FOX515 : FANU5

*) forced ventilation is mandatory for some units



Subracks

FOX515

Construction

Card cage for FOX units : 19-inch practice Modularity : subrack

cable tray heat deflection shield fan unit

Installation into racks - 19 inch : direct - ETSI (applicable standard ETS 300 119-4) : with adapters Basic construction : metallic - Sides and rear : sheet metal - Top and bottom : perforated sheet metal - Front : front cover Connection of power supply - Connection principle : integrated connector(s) - Supply modes : single and dual power supply

supported - Support of dual power supply : DUPI4 option

mechanically and electrically integrated in the FOX515 subrack

Connection of signal cables - Shields of signal cables : grounding bars in front - Cable installation and strain relief : matching cable tray

Capacity and slots

Slots - Number of slots : 21 - Slot width : 20.32 mm

4 TE Segmentation of access - ABUS : 14 slots (2 sectors) - PBUS : 20 slots - SBUS : 14 slots (2 sectors) - UBUS : 21 slots

Allocation of units to slots : flexible slot 11 dedicated

FANU5 fan unit

Construction

Unit construction : 19-inch practice 1 HU (44.45 mm)



Installation into racks - 19-inch : direct - ETSI (applicable standard ETS 300 119-4) : with adapters

Connection of signal and power cable : front access

Specification

Number of fans : 10

Operation : temperature controlled Temperature control of the fan speed - minimum speed : ≤ 20 °C - maximum speed : ≥ 35 °C

Performance, average - minimum speed (free blowing) - air velocity : 1 m/s - transported air volume : 350 m3/h - pressure drop : 25 Pa - noise : 53 dBA @ 1 m

- maximum speed (free blowing) - air velocity : 2 m/s - transported air volume : 600 m3/h - pressure drop : 80 Pa - noise : 66 dBA @ 1 m

Alarm interface

Types - Optical indicators: - Unit powered : 1 green LED - Partial unit failure : 1 yellow LED - Total unit failure : 1 red LED

- Electrical contacts: - Type : solid state - Current : ≤ 10 mA - Voltage drop @ 10 mA : ≤ 2 V - Open contact maximum voltage : -75 V

protected against reverse po-larity

- Leakage current @ -75 V : ≤ 100 µA

Connector : Molex Mini-Fit Jr.

Power supply

Voltage range - nominal : -48 VDC

- range : -39.5 VDC … -75 VDC

- switch on voltage (power up) : -35 VDC

- switch off voltage (power down) : -27 VDC

- resistance to reverse polarity : +75 VDC

Power consumption (-48 VDC battery) - minimum speed (all fans operating, T < 20 °C) : ≤ 0.6 A - maximum speed (all fans operating, T > 35 °C) : ≤ 1.2 A




Ambient conditions

according to common features system specification, except Operation Temperature range : -10°C ... +70°C Minimum start up temperature : -25°C Humidity : up to 95%, non-condensing

Mechanical parameters

Overall dimensions (W x H x D) : 482.6 x 43.6 x 248.6 mm Construction : 19 inch and ETSI mounting Weight FANU5 without packaging : 2.79 kg Weight FANU5 power cable : 0.06 kg Weight ETSI adapters 1 HU : 0.05 kg

Reliability

MTTF @ 35°C ambient temperature

- MTTF for partial unit failure : > 5 years - MTTF for total unit failure : > 1000 years

DUPI4 dual supply input

Interfaces

Power inputs : U1 U2

Power output to FOX : UTF

Alarm outputs : Supervision U1 Supervision U2

Specifications

Input voltage range : -39.5 ... -75 VDC

Maximum reverse polarity : +75 VDC

Maximum output current : 30 A

Typical power dissipation at maximum current : 10 W



Alarm interface

Alarm threshold voltage : -33 ±3 VDC

Electrical contacts: - Type : solid state - Current : ≤ 10 mA - Voltage drop @ 10 mA : ≤ 2 V - Open contact maximum voltage : -75 V - Leakage current @ -75 V : ≤ 100 µA


Mechanical parameters

Installation : Mechanically integrated in FOX515 subrack

Overall dimensions (W x H x D) : 438 x 31.7 x 52.6 mm

Weight without packaging : 0.41 kg

Reliability

MTTF @ 35°C : 1610 years



Dimensions and weight

Dimensions

19-inch subrack without front cover (W x H x D) : 482.6 x 309.5 x 280.4 mm 19-inch subrack with front cover (W x H x D) : 482.6 x 309.5 x 284.1 mm Cable tray (W x H x D) : 482.6 x 87.1 x 240.2 mm Heat deflection shield (W x H x D) : 482.6 x 87.8 x 228 mm Construction and layout : 19-inch and ETSI mounting

practice

Weight

19-inch subrack (without units) without front cover : 6..81 kg Front cover : 1.13 kg

Cable tray : 0.53 kg Power cable with WAGO connector block : 0.08 kg

Heat deflection shield : 1.27 kg

ETSI adapters (set) - 2 HU : 0.09 kg - 8 HU : 0.36 kg - 9 HU : 0.41 kg - 10 HU : 0.45 kg - 11 HU : 0.49 kg

Weight of options (FANU5, DUPI4) : refer to option specification Weight of units : refer to unit descriptions



Installation

Subrack, cable tray

Construction and installation : 19-inch practice Height of subrack and cable tray : 8 HU (= 355.6 mm) Installation into ETSI racks : with adapters Torques - 19-inch / ETSI equipment and adapters M6 (4.8) : max. 4.7 Nm - DUPI4 unit : max. 0.34 Nm - Grounding/bonding terminal : max. 2.0 Nm - Unit front covers M2.5 : max. 0.56 Nm

Connection of signals

Traffic signals (new FOX units) : DIN 41 612 32 pins, rows a, c (b)

- Male connector : unit - Connector cover : proprietary - Coding keys : where applicable - Latching system : yes - Strain relief : grounding bar, cable tray Traffic signals (old FOX units) : refer to FOX-U description Management interfaces (control unit) - F-interface : SUBMINI D, 9 p./f. - QX-interface : 10BASE-T (RJ-45)

half-duplex - Q1-interface : DIN 41 612

8 pins, rows a, c latching system

- Strain relief : grounding bar, cable tray Auxiliary signals (control unit) - Synchronisation inputs/outputs : DIN 41 612

8 pins, rows a, c - Alarm inputs/outputs : DIN 41 612

8 pins, rows a, c - Latching system and coding keys : yes - Strain relief : grounding bar, cable tray EMC protection of signal interfaces - Signal cables with shields : grounding bar of subrack - Signal cables without shields : toroidal core ferrite Mechanical shock and vibration : ETS 300 019-1-3

Connection of power supply

Subrack (internal access for power supply) - Number of power interfaces : 1 standard

2 with DUPI4 option - Connector type : 4 pin FAST-ON type connector

Cable tray (external access for power supply) - Number of power interfaces : 1



2 with DUPI4 option - Connection : 4 pin WAGO connector

block(s) Power cables (subrack connector – WAGO block) - Cable provisioning : 1 cable provided with

- subrack - DUPI4 option

- Cross section per cable section : 5 mm2





3 FOX512 (subrack R2)

supplementary specifications

Powering

DC interface


Interface access : subrack

Nominal input voltages (POSUM/POSUS) - -48 VDC, voltage range : -40.5 VDC … -57 VDC - -60 VDC, voltage range : -50.5 VDC … -72 VDC Maximum continuous input current : 10.0 A Recommended fusing : 10 A slow blow Connection points for power supply circuits - Standard : 1

on the cable tray - Protected : 2

with DUPOS

AC interface


Interface access : POSUA

Nominal input voltages - 115 VAC, voltage range : 88 VAC … 132 VAC

max. 90 % of rated power : 88 VAC … 99 VAC - 230 VAC, voltage range : 176 VAC … 264 VAC max. 90 % of rated power : 176 VAC … 198 VAC

Frequency : 45 Hz … 63 Hz

Operation of POSUA from DC power sources : not possible

Max. converted power (internal -48 VDC rail) - Nominal power @ 115/230 VAC : 140 W - 88 … 99 VAC / 176 … 198 VAC : 126 W



Max. current (internal -48 VDC rail) : 2.8 A

Maximum continuous input current - 115 VAC : < 2.0 A - 230 VAC : < 1.0 A

DC battery backup interface

Interface access : POSUA

Charger interface - nominal voltage @ 20°C : -54.8 VDC - temperature compensation : +110 mV/°C

Max. power drain from battery : 3 A

Protection of the battery from excessive discharging : via FET switch (POSUA) - Switch OFF for battery drain : UTF = -42 VDC 1.5 VDC - Switch ON for battery drain : after mains restart

Interface protection BATMO side - Protection via : self-healing PTC fuse - Time to high impedance : < 60 ms

Max. cable length between POSUA and BATMO : 3 m / 3 x 1.5 mm2

Power consumption

Maximum admissible power consumption - DC power interface : 320 W - Mains power interface : 180 W

Internal power supply

Conversion

DC/DC (primary to secondary voltage) : POSUM POSUS POSUA

AC/DC (mains to primary voltage) : POSUA

Protection

DC/DC conversion with the POSUM/POSUS - unit protection : 1 + 1 - load sharing : yes - life insertion of converter units : yes

AC/DC conversion with the POSUA - unit protection : no - protection of the AC/DC conversion : no (only 1 unit)

protection of primary voltage



via battery backup - load sharing : not applicable - life insertion of converter units : no

DC/DC conversion with the POSUA - protection of DC/DC conversion : with POSUM/POSUS - load sharing : yes with POSUM/POSUS - life insertion of - POSUM/POSUS : yes - POSUA : no

Concurrent power supply of the FOX512 via mains (POSUA) and the - BATMO battery backup : yes - DC power supply terminal of the subrack : not possible

Power dissipation

Maximum power dissipation : depending on traffic inter-faces and installation

Vertical installation

Maximum admissible power dissipation - Natural air convection (for specified ambient) : PD ≤ 60 W totally and

PD < 11 W in any slot

- Forced ventilation or air conditioning Mandatory for PD range : 60 W < PD < 320 W totally or

11 W < PD < 40 W in any slot

provided specified ambient conditions are fully met *)

Horizontal installation

Maximum admissible power dissipation - Natural air convection (for specified ambient) : not admitted - Forced ventilation with FANU2 (R2) fan unit : PD ≤ 320 W

provided specified ambient conditions are fully met *)

*) forced ventilation is mandatory for some units



Subracks

FOX512

Construction

Card cage for FOX units : proprietary subrack Modularity : versatile subrack with

- 19-inch adapter - ETSI adapters - wall-mounting adapter

Installation into racks - 19-inch : with adapter - ETSI (applicable standard ETS 300 119-4) : 19-inch with adapters

Installation on walls and in cabinets : with adapter

Basic construction : metallic - Sides and rear : sheet metal - Top and bottom : perforated sheet metal - Front : front cover Connection of signal and power cables - Power supply (DC) : integrated connector - Shields of signal cables : grounding bars in front - Cable installation and strain relief : installation adapters with

cable tray

Capacity and slots

Slots - Number of slots : 8 standard

1 special for fan unit - Slot width (standard slots) : 20.32 mm

4 TE Segmentation of access - ABUS : 5 slots - PBUS : 7 slots (incl. slot 11) - SBUS : 5 slots - UBUS : 8 slots (incl. slot 11)

Allocation of units to slots : flexible slot 11 dedicated

FANU2 (R2) fan unit

Construction

Unit construction : proprietary for the FOX512 subrack

Installation : in slot 1of the subrack

Connection of signals and power : all internal connections

Specification



Number of fans : 2

Operation : temperature controlled - low speed - high speed

Temperature control of the fan speed - low speed : < 27 °C - high. speed : > 45 °C

Performance (average) - low speed (free blowing) - air velocity : 1 m/s - transported air volume : 70 m3/s - noise : 46 dBA @ 1 m

- high speed (free blowing) - air velocity : 2 m/s - transported air volume : 120 m3/s - noise : 56 dBA @ 1 m

Alarm interface

Types - Optical indicator - Local failure indicator : 1 red LED - Failure and alarm indication : integrated with the FOX

alarm system

- Electrical contacts - Local contacts : none - Failure and alarm indication : integrated with the FOX

alarm system

Connection to the COBU<X> : all internal connections

Power supply

Supply circuit : -48 VDC

(internal power rail) Power consumption (-48 VDC rail, typical) - low speed (both fans operating, T = 27 °C) : < 120 mA - high speed (both fans operating, T > 45 °C) : < 250 mA

Connection of power supply : all internal connections



Reliability

MTTF @ 35 °C ambient temperature - MTTF for partial failure : > 50 years - MTTF for total unit failure : > 1000 years

Connection of power supply, alarm signals : all internal connections

BATMO battery package

Battery case

Basic construction : Proprietary metal case - Sides : sheet metal - Rear : open - Top and bottom : sheet metal - Front : front cover Battery power cable : 3-pin WAGO plug

Batteries

Number of batteries (12 VDC) required : 4 (48 VDC)

Battery type : maintenance-free lead batteries

- Nominal voltage : 12 VDC

- Nominal capacity : 17 Ah Mechanical parameters: - Dimensions max. (W x H x D) : 77 x 168 x 183 mm - Weight : ca. 6.5 kg - Cable terminals : bolts and nuts M5 Recommended commercial grade batteries : YUASA NP17-12I

Panasonic LC-RD1217P or equivalent products

Expected lifetime for - 20 % loss of capacity - operation at 20 °C : up to 4 years Performance vs. temperature - Operation (with reduced performance) : -10 °C … + 55 °C - Temperature range for correct charging : -10 °C … + 40 °C - Reduction of the battery capacity by - 20 % at : 0 °C - 50 % at : -20 °C

Other battery types might have different parameter specifications.



Dimensions and weight

Dimensions

Subrack without front cover (W x H x D) : 177.0 x 458.8 x 279.7 mm Subrack with 19-inch adapter (horizontal view) - without front cover (W x H x D) : 482.6 x 177.0 x 279.7 mm - with front cover (W x H x D) : 482.6 x 177.0 x 283 mm Subrack with ETSI adapters (horizontal view) - without front cover (W x H x D) : 532.6 x 177.0 x 279.7 mm - with front cover (W x H x D) : 532.6 x 177.0 x 283 mm

Subrack with wall-mounting adapter - without front cover (W x H x D) : 177.0 x 510 x 286.2 mm - with front cover (W x H x D) : 177.0 x 510 x 289.5 mm Construction and layout : proprietary, adaptable for 19-

inch and ETSI mounting practice (refer to figures)

BATMO battery package - without rear flanges ( W x H x D) : 188 x 425 x 206 mm - with flanges ( W x H x D) : 227 x 425 x 206 mm

Weight

Subrack (without units, FANU2) - with front cover : 4.71 kg - without front cover : 4.07 kg Subrack with front cover (without units) - with 19-inch adapter : 4.89 kg - with ETSI adapters : 5.06 kg - with wall-mounting adapter : 5.67 kg FANU2 fan unit : 0.64 kg Dummy cover for FANU2 slot : 0.07 kg Dust filter unit : 0.11 kg Weight of units : refer to unit descriptions BATMO battery package - case without batteries : 4.2 kg - case with batteries : ca. 32 kg




Installation

Subrack, cable tray

Construction and installation : proprietary with installation adapters for horizontal and vertical instal-lation

Width (horizontal height) of subrack : 4 HU (= 177 mm) Installation - in 19-inch racks (horizontal, vertical) : with adapter - in ETSI racks (horizontal, vertical) : with adapters - on walls or in cabinets (vertical) : with adapter

Cable tray : 19-inch adapter wall-mounting adapter

Torques - 19-inch / ETSI equipment and adapters M6 (4.8) : max. 4.7 Nm - Angle bracket M4 (4.8) : max. 1.3 Nm - Unit front covers M2.5 : max. 0.56 Nm

BATMO battery package

Installation - wall- and cabinet-mounting : via screws or similar. - ground installation : stand alone on the ground

Connection of signals

Traffic signals (new FOX units) : DIN 41 612 32 pins, rows a, c (b)

- Male connector : unit - Connector cover : proprietary - Coding keys : where applicable - Latching system : yes - Strain relief : grounding bar, cable tray Traffic signals (old FOX units) : refer to FOX-U description Management interfaces (control unit) - F-interface : SUBMINI D, 9 p./f. - QX-interface : 10BASE-T (RJ-45)

half-duplex - Q1-interface : DIN 41 612

8 pins, rows a, c latching system

- Strain relief : grounding bar, cable tray Auxiliary signals (control unit) - Synchronisation inputs/outputs : DIN 41 612

8 pins, rows a, c - Alarm inputs/outputs : DIN 41 612



8 pins, rows a, c - Latching system and coding keys : yes - Strain relief : grounding bar, cable tray EMC protection of signal interfaces - Signal cables with shields : grounding bar of subrack - Signal cables without shields : toroidal core ferrite Mechanical shock and vibration : ETS 300 019-1-3

Connection of power supply

Subrack (internal access for power supply) : 3-pin FAST-ON type connec-tion (cable provided with subrack)

Cable tray (external access for power supply) : 3-pin WAGO connector blockMains : POSUA front

3-pin apparatus plug Interface for the external backup battery : POSUA front

3-pin WAGO plug

For more information please contact: ABB Switzerland Ltd Power Systems Utility Communications Bruggerstrasse 72 5400 Baden Switzerland Phone: +41 58 589 37 35 or: +41 844 845 845 (Call Center) Fax: +41 58 585 16 82 E-Mail: [email protected] www.abb.com/utilitycommunications

mailto:[email protected]

Documents

Abb Fox System Specifications r8 Rf 1khw002006