introduction system configuration system approach v5.2 functions
TRANSCRIPT
Introduction
System Configuration
System Approach
V5.2
Functions
BTS
BSC
IWF
BSM
WLL Network
V5.2/R2/No.7
FR/Ethernet
Internet/PSDN
OMC : Operation & Maintenance Center
PSTN : Public Switched Telephone Network
PSDN : Public Switched Data Network
FR : Frame Relay
BSC : Base Station Controller
BTS : Base station Transceiver System
BSM : Base Station Manager
IWF : InterWorking Function
PSTN
System Configuration
System Approach
V5.2 type subscriber line signaling
compatible with existing infrastructure
PSTN-based services available
R2/No.7 type intersystem signaling
independent network configuration and services available
V5.2
Supports concentration of Subscribers All subscribers “share” the trunked E1 Interface
Allow up to 16 2-Mbps links to be grouped Controlled by a single interface control channel
LE
Call ProcessingBillingNumbering PlanSupplementary ServicesTimeslot Allocation
LE
Call ProcessingBillingNumbering PlanSupplementary ServicesTimeslot Allocation
AN
Radio Resource Mgt.Radio Resource AllocationSubscriber AuthenticationCall Delivery
AN
Radio Resource Mgt.Radio Resource AllocationSubscriber AuthenticationCall Delivery
V5.2
Functions
call processing between WLL network and PSTN handoff
transcoding between 64Kbps PCM data and CDMA QCELP data and echo-canceling
subscriber management authentication, mobility management
custom calling services(R2/No.7 only)
provides interfaces to PSTN
data inter-networking(IWF)
provides OA&M of WLL system through BSM
Call Features
Voice 8K/13K QCELP, EVRC
Call Features(R2/No.7 Only) Call Forwarding
Call Waiting
Call Transfer
Calling Barring
3-way Calling
Conference Call
Do not Disturb
Calling Line ID Presentation(R2/No.7)
Caller Identity Delivery(V5.2)
Data Services
Circuit mode Complies with TIA/EIA IS-99/707A
asynchronous data service(up to 8K/13Kbps)– public data network connection– PPP internet connection
Fax data service(up to 8K/13Kbps)– PC Fax(digital) – G3 Fax(analogue)
Packet mode Complies with TIA/EIA IS-707A
Supports up to 64kbps data service using IS-95B
Diagram of Data Services(circuit)
BSC
IW F
G 3 F ax
Fax Modem
T.30 p ro toco l(G 3 F ax-F ax m odem )
F S U
Fax Modem
S V C
PST NV5.2
TAF
IS -99 /IS -707
PC
R S -232
G 3 F ax
T.30 p ro toco l(F ax m odem -G 3-F ax)
H os t
Laptop com puter
m o b ile
R S -232
Internet/PSDNBSC/BTS
IWF
PSTN
FR : Frame Relay
IWF : InterWorking Function
PSDN : Public Switched Data Network
PSTN : Public Switched Telephone Network
ISP : Internet Service Provider
Router
ISP Host
WLL Network
L-interface(IS-658/E1)
Pi-interface(FR/Ethernet)
Circuit
G3 Gax
Modem
PC/Notebook
PacketWireless Data Call
FTP
telnet www newsgroup e- mail
Data Network Diagram
Mobility(Limited)
Softer Handoff between sectors within a BTS
Soft Handoff between BTSs within a BSC
BTS
BSC
Softer Handoff
Soft Handoff
PSTN
Available CDMA Service OptionsS O N o . T y p e o f S e rv ic e S ta n d a rd R e m a rk s
1 B a s ic V a r ia b le R a te V o ic e S e rv ic e(8 k b p s)
T IA /E IA /IS -9 6 -B
3 E n h a n c e d V a r ia b le R a te V o ic e S e rv ic e(8 k b p s )
T IA /E IA /IS -1 2 7 -A
4 A sy n c h ro n o u s D a ta S e rv ic e (9 .6 k b p s) T IA /E IA /IS -9 95 G ro u p 3 F a c s im ile (9 .6 k b p s) T IA /E IA /IS -9 97 P a c k e t D a ta S e rv ic e : In te rn e t o r IS O
P ro to c o l S ta c kT IA /E IA /IS -6 5 7
1 2 A sy n c h ro n o u s D a ta S e rv ic e(1 4 .4 o r 9 .6 k b p s )
T IA /E IA /IS -7 0 7
1 3 G ro u p 3 F a c s im ile (1 4 .4 o r 9 .6 k b p s) T IA /E IA /IS -7 0 71 4 P a c k e t D a ta S e rv ic e : In te rn e t o r IS O
P ro to c o l (1 4 .4 k b p s)T IA /E IA /IS -7 0 7
1 7 H ig h R a te V o ic e S e rv ic e (1 3 k b p s) T IA /E IA /IS -7 3 32 0 G ro u p 3 A n a lo g F a c s im ile (R a te S e t 1 ) T IA /E IA /IS -7 0 7 -A2 1 G ro u p 3 A n a lo g F a c s im ile (R a te S e t 2 ) T IA /E IA /IS -7 0 7 -A2 2 H ig h S p e e d P a c k e t D a ta S e rv ic e : In te rn e t
o r IS O P ro to c o l S ta c k (R S 1 fo rw a rd , R S 1re v e rse )
T IA /E IA /IS -7 0 7 -A A v a ila b lein 4 Q , 2 0 0 0
2 3 H ig h S p e e d P a c k e t D a ta S e rv ic e : In te rn e to r IS O P ro to c o l S ta c k (R S 1 fo rw a rd , R S 2re v e rse )
T IA /E IA /IS -7 0 7 -A A v a ila b lein 4 Q , 2 0 0 0
2 4 H ig h S p e e d P a c k e t D a ta S e rv ic e : In te rn e to r IS O P ro to c o l S ta c k (R S 2 fo rw a rd , R S 1re v e rse )
T IA /E IA /IS -7 0 7 -A A v a ila b lein 4 Q , 2 0 0 0
2 5 H ig h S p e e d P a c k e t D a ta S e rv ic e : In te rn e to r IS O P ro to c o l S ta c k (R S 2 fo rw a rd , R S 2re v e rse )
T IA /E IA /IS -7 0 7 -A A v a ila b lein 4 Q , 2 0 0 0
Configuration(V5.2)
WNIR
VCP
CIN0
CSB0
FAN
WICR
TSW
Air Baffle
WTFC
DCI(16E1)
CSB1
DCI(16E1)
OCP
DKU
DKU
DCIP
DCIP
TLSP
RGPS
CSB2
PDIP0 PDIP1
MTIR
FAN
CSB9
CSB10
CSB11
CSB12
CSB13
DCI(16E1)
DCI(16E1)
MINR
FAN
CIN1
CSB16
CSB15
CSB14
CSB18
CSB17
MSIR
FAN
CSB3
CSB4
CSB5
CSB6
CSB7
CSB8
CCP
PDIP(Packet Data Interface Processor)– 7E1/PDIP
DCIP
DCIP
Specification(V5.2)
Item Specification
Selector/ Vocoding Channel Capacity 1,920 channels? 8 SVC CH/ PBA? 16 PBA/ shelf(128 SVC CH)? up to 15 shelves(1920 SVC CH)
IWF Capacity 512 channels? 8 channels/ PBA? 16 PBA/ shelf(128 channels)? up to 4 shelves
The number of BTSs supported by 1 BSC(where one BTS is 1FA/ 1 sectors, 8Kvocoding, BP=1%)
Up to 48
to BTS 48 E1 Portsto PSTN 64 E1
V5.2 Interface Up to 8- Group V5.2 InterfaceSwitch network T- switch(3K*2K)
Primary DC ?48V (- 43V ~ - 55V)Power RequirementsBack- up DC ?48V (- 43V ~ - 55V)Temperature 0~50℃Environmental
Requirements Humidity 0~90%Space Requirements 750(W)*650(D)*1886(H)mm
Configuration(R2/No.7)
accommodates 1,920 vocoder elements and 512 modem channel– One CSB has 128 vocoder elements(or modem channels)
DCI can have 64 E1 trunk for PSTN interface
WNIR
CCSP
CIN0
CCP
MSIR
CSB0
FANFAN
WICR
OCP
IO Port/X.25
MTU
TSW
ASP(LRP)
Air Baffle
TLSP
DKU
DKUGSP
VMH/CMX
LSI
LSI
DCIP
DCIP
DCIP
DCIP
WTFC
DCI(16E1)
CSB1
CSB2
CSB3
CSB4
MTIR
FAN
CSB6
CSB7
CSB8
CSB9
CSB10
DCI(16E1)
DCI(16E1)
DCI(16E1)
MINR
FAN
CIN1MODDATRDK
CSB13
CSB12
CSB11
CSB15
CSB14
MSIR
FAN
CSB16
CSB17
CSB18RGPS
CSB5
PDIP0 PDIP1
Specification(R2/No.7)
Item Specification
Selector/Vocoding Channel Capacity 1,920 channels 8 SVC CH/PBA 16 PBA/shelf(128 SVC CH) up to 15 shelves(1920 SVC CH)
IWF Capacity 512 channels 8 channels/PBA 16 PBA/shelf(128 channels) up to 4 shelves
The number of BTSs supported by 1 BSC (where one BTS is 1FA/1 sectors, 8K vocoding, BP=1%)
Up to 48
to BTS 48 E1 Ports to PSTN 64 E1
SS7 Port Capacity Up to 16 links Switch network T-switch(3K*2K)
Primary DC –48V (-43V ~ -55V) Power Requirements Back-up DC –48V (-43V ~ -55V)
Temperature 0~50℃ Environmental Requirements Humidity 0~90% Space Requirements 750(W)*700(D)*1886(H)mm(MTU inside)
BSC
System Architecture
Architecture
System Diagram
Hardware
Software
Interface
Architecture
SNIP(Switching & Network Interface Part) Switching
PSTN interface
WAP(Wireless Access Part) call control
transcoding
interworking function
BSM(Base Station Manager) OA&M
Switching & Network Interface Part
System Diagram(V5.2)
Wireless Access Part
TSW
E1
CCP
CINCIN
E1
BTS #0
BTS #47
TLSP
VCP
DCIP
G/Bus
OCP
DCI
CSB(SVC/MCH) #0
CSB(SVC/MCH) #n
PSTNE1
PDIP
WTFCWTFC
GPS
TAXI
IWFE1
CSB(SVC/MCH) #1
BSM
TSW : Time SwitchOCP : Operation Control ProcessorTLSP : Time Switch & Local Service ProcessorDCI : Digital CEPT InterfaceWTFC : WLL Timing & Frequency Control
CCP : Call Control ProcessorCSB : CDMA Selector BankCIN : CDMA Inter-NetworkingCCIN : Central CDMA Inter-NetworkingTAXI : Transparent Asynchronous Xmitter-Receiver Interface
VCP : V5.2 Control ProcessorGPS : Global Positioning SystemG/Bus : Global BusIWF : Inter-Working Function
IPC Network(V5.2)
IWF1
G-Bus
TAXINetworkNetwork
OCP
DCIP0 DCIP1 TLSP
TSW
CCP
IWF0
SBP01
SBP7
BTS01
BTS47
BSM
DK
.
.
VCP
DCI DCI
System Diagram(R2/No.7)
Switching & Network Interface PartWireless Access Part
TSW
E1
CCP
CINCIN
E1
BTS #0
BTS #47
OCP
TLSP
CCSP
DCIP
GSP G/Bus
ASP
DCI
CMX
VMHCSB(SVC/MCH) #0
CSB(SVC/MCH) #n
PSTNE1
LSI
MT/DK
PDIP
WTFCWTFC
GPSTAXI
IWFE1
CSB(SVC/MCH) #1
BSM
TSW : Time SwitchOCP : Operation Control ProcessorTLSP : Time Switch & Local Service ProcessorDCI : Digital CEPT InterfaceWTFC : WLL Timing & Frequency Control
CCP : Call Control ProcessorCSB : CDMA Selector BankCIN : CDMA Inter-NetworkingCCIN : Central CDMA Inter-NetworkingIWF : Inter-Working Function
ASP : Access Switching ProcessorGSP : Global Service ProcessorCCSP : Common Channel Signaling ProcessorLSI : Local Service InterfaceCMX/VMH : Conference Mixer/Voice Message Handler
IPC Network(R2/No.7)
TAXINetworkNetwork
OCP ASP
DCIP0 DCIP3 TLSP
TSWVMH
LSI
CMX
CCP
IWF0 1
IWF3
SBP0 1
SBP14
BTS01
BTS47
BSM
MTU DK(2)
. .
.
.CCSP
G-Bus
CSPU
GSP
DCI
WTFC(CI4B)
CIN#1(IIBB)
CIN#0(CI1B)
CCP
ASP
GSP DCIP#0 DCIP#3 TLSP
BSM
OCP
G-BUS
SBP(#0~15)
TAXI
TAXI TAXI
SBP(#16~18)
TAXI
Alarm
Alarm
CIN~BSM
BTS(#0~31)
BTS(#32~48)
E1/T1
E1/T1
Alarm
CIN-WTFC
FAN(#0~4)
Alarm
Alarm
CIN-Emergency
DKU
CCSP
Alarm
CIN-CCP
IPP(#0~1)
Alarm TAXI
Alarm Structure(R2/No.7)
H/W Block Diagram(V5.2)
BSCBase S tation C ontro ller
C C PC all C ontro l
P roc essor
C SBC DMA Selec tor
Bank B lock
C INC DMA InterNetwork
VC P (V5.2 BSC Only)
V5.2 C ontro l P roc essor B loc k
BIP ABSC Internetworking
P roc essor Board Assembly
BMP ABSC Main P rocessor
Board Assembly
BMBB- PBSC Main P rocessor
Bac k Board
SVEASelec tor Vocoder &
Ec ho canceller BoardAssembly
SBP ASelec tor Bank
P roc essor Board Assembly
SC BBSelec tor Voc . & C kt.Data P roc essor Bac k
Board
C IRAC DMA
Internetworking& Routing Board
Assembly
C INAC DMA
Internetworking& Node Board
Assembly
C IGAC DMA
Internetworking& G ateway Board
Assembly
C ITAC DMA
Internetworking& Trunk Board
Assembly
C I1BC DMA
internetworkingType- 1 Bac k Board
VMDAV5.2 Message
H andling & Duplication c kt. Board Assembly
VGBAV5.2 G lobal Bus
interfac e c kt. Board Assembly
SSBBS ignaling System
Bac k Board
TLSPTime Switc h & Loal Service P roc essor
DC IPDigital C EP T
Interfac e P roc essor
OC POperation C ontro l
P roc essor
DC IDigital C EP T
Interfac e B loc k
IWFInterWorking
F unc tion B loc k
DKUDisk Unit B loc k
P IHAP P & IP C Hardware
Board Assembly
P P BB- NP eripheral P rocessor
Bac k Board
P IHAP P & IP C Hardware
Board Assembly
P P BB- NP eripheral P rocessor
Bac k Board
MP RAMain proc essor &
Redundanc y C ontro l Board Assembly
MIFAMass S torage & F ile
SystemBoard Assembly
IOXAI/ O & X.25 Interfac e
Board Assembly
IP GAInterP roc essor
C omm. & G lobal bus c ontro l Board
Assembly
MOBBMMP / OMP Bac k
Board
EC IA- NExtended C EP T Interfac e Board
Assembly- N
ETBB- NExtended Trunk Interfac e Bac k
Board- N
SBP ASelec tor Bank
P roc essor Board Assembly
C DP AC irc uit Data
P roc essor Board Assembly
SC BBSelec tor Vocoder & C kt Data P roc essor
Bac k Board
P OA06Disk P ower Supply
C irc uit Board
P OA07Disk Interfac e
C irc uit Board
WDBBWLL Disk Bac k
Board
RGP SRedundant G lobal
P ositioning System B lock
TSWTime Switc h B loc k
TSWATime Switc h Board
Assembly
TNDATSW Network Sync . & Distributor Board
Assembly
MDXAMultiplexing and Demultiplexing Board Assembly
TWBBTime Switc h Back
Board
WTFCWLL Timing & F req.
C ontro l B loc k
WIRAWLL C DMA
Inter- networking & Routing Board
Assembly
WINAWLL C DMA
Inter- networking & Node Board
Assembly
TMP ATiming Management
P roc essor Board Assembly
C DMAC loc k Distribution & Management Board
Assembly
BAC ABSS Alarm C ollec tion
Board Assembly
C I4BC DMA
InternetworkingType- 4 Board
assembly
Wireless Access P art Switching & Network Interface P art
H/W Block Diagram(R2/No.7)BSC (R2/ No.7 Only)
Base S tation C ontroller
C C SPC ommon C hannel
S ignaling P rocessor B lock
VMH/ C MXVoice Message
Handling/ C onference Mixer B lock
SGBASS7 G lobal Bus Interface Board
Assembly
SMDASS7 Message
Handler & Duplication Board
Assembly
STFAS ignaling Terminal
Func tion Board Assembly
SSBBS ignaling System
Back Board
AP SUAnnouncement
P rimary/ Secondary- func tion Board Unit
C MC A- NC lock Mixer C ircuit Board Assembly- N
AMBB- NAnnouncement
P rimary - func tion Message Back
Board- N
GSPGlobal Service P rocessor B lock
I/ O P ortI/ O port/ X.25 B lock
ASPAccess Switching
P rocessor
MTUMagnetic Tape Unit
B lock
P IHAP P & IP C Hardware
Board Assembly
P C BBP eripheral P rocessor
Back Board
P SAAP ort Switching Adapter Board
Assembly
P SBBP ort Switching Back
Board
MP RAMain processor &
Redundancy C ontrol Board Assembly
IP GAInterP rocessor
communications & G lobal bus control
Board Assembly
MP BB- NMP System Back
Board- N
LSILocal Service Interface B lock
USTA- NUniversal S ignaling Transceiver Board
Assembly- N
USBB- NUniversal S ignaling
Back Board- N
Switching & Network Interface P art
BSC IPC Network(R2/No.7)
TAXINetworkNetwork
OCP ASP
DCIP0 DCIP3 TLSP
TSWVMH
LSI
CMX
CCP
IWF0 1
IWF3
SBP0 1
SBP14
BTS01
BTS47
BSM
MTU
DK(2)
.
.
.
.CCSP
G-Bus
CSPU
GSP
DCI
BSC Architecture
SNIP(Switching & Network Interface Part) Switching
PSTN interface
WAP(Wireless Access Part) call control
transcoding
interworking function
BSM(Base Station Manager) OA&M
Switching & Network Interface(V5.2)
Switching & Network Interface Part
TSW
TLSP
VCP
DCIP
G/Bus
OCP
DCI PSTNE1
WTFCWTFC
GPS
CIN
CSB TSW : Time Switch
OCP : Operation Control Processor
TLSP : Time Switch & Local Service Processor
DCI : Digital CEPT Interface
WTFC : WLL Timing & Frequency Control
VCP : V5.2 Control Processor
GPS : Global Positioning System
G/bus : Global Bus
TAXI : Transparent Asynchronous Xmitter-Receiver
Interface TAXI
Switching & Network Interface(R2/No.7)
ASP : Access Switching Processor
GSP : Global Service Processor
CCSP : Common Channel Signaling Processor
LSI : Local Service Interface
CMX/VMH : Conference Mixer/Voice Message Handler
TSW : Time Switch
OCP : Operation Control Processor
TLSP : Time Switch & Local Service Processor
DCI : Digital CEPT Interface
WTFC : WLL Timing & Frequency Control
G/bus : Global Bus
TAXI : Transparent Asynchronous Xmitter-Receiver
Interface
Switching & Network Interface Part
TSW
OCP
TLSP
CCSP
DCIP
GSP G/Bus
ASP
DCI
CMX
VMH
PSTNE1
LSI
MT/DK
WTFCWTFC
GPS
CIN
CSB
TAXI
TSW
time division switching function
provides function of exchanging time slot for communications path
connects to vocoder elements and trunk interface units
transceives intersystem signaling, voice and data with other systems
if R2/No.7 system as a local exchange, connects conference mixer, voice message handling unit for local services
ASP(R2/No.7 only)
manages and controls call resources for interworking between air interface and PSTN interface Call Setup/Release
Resource Mgt.
controls signaling for PSTN interface
generates generic data for accounting
OCP
controls routing for intersystem call
for R2/No.7 system collects data for accounting and records them to the disk and magnetic tape
unit
for V5.2 system manages and controls call resources for interworking between air interface
and PSTN interface controls signaling for PSTN interface controls V5.2 protocol
provides function of operation, administration and maintenance S/W loading to processors Collection of detail events and traffic statistics Fault handling System status supervision
DCI
provides E1/T1 PCM trunk interface max. 64 E1 links
WTFC(WLL Timing & Frequency Control)
Shelf-Bus(16 Bit)
TMPA CDMA1pps
BACA
RS422
GPSRS232C
TOD1PPS/10MHz1PPS/10MHz
EVEN_SEC
50 Hz
PSEUDO-
ECL
2
CSB
365BACA
BSM
Alarm (TFC + CIN)
CIN
TMPA : Timing Management Processor Board Assembly
CDMA : Clock Distribuion & Management Board Assembly
BACA : BSS Alarm Collection Board Assembly
WTFC(cont’d)
Provides communications path for IPC nodes as the IPC network in SNIP(Switching & Network Interface Part) RS-422 Link Interface to OCP, ASP etc
TAXI Link Interface to CIN
Packet Switching Bus Interface
Maintenance Bus Interface
H/W & S/W Fault/Alarm Detection & Reporting (Node, Packet Bus) packet routing for control and traffic data
generates and distributes system clock from GPS(Global Positioning System)
collects alarm of H/W and environment and reports
Signaling Function No.7 Link (Layer 2) Interface Signaling Message (Layer 3) Processing Max.16 Signaling Link Capability
System Maintenance Internal Fault Handling Packet Bus(8bit) Communication
Interface CIN(RS-422) Interface
CCSP(Common Channel Signaling Processor)
SMPH
S
M
D
A
S
G
B
A
T
F
A
T
F
A
T
F
A
S S S S
T
F
A
ST
VMEbus-A side
BLOCK/ENABLE
S-channel
D-channel
S
G
B
A
S
M
D
A
Others
For R2/No.7 system, provides R2 signaling and DTMF tone(LSI)
provides supplementary services such as 3-way calling and conference calling(CMX)
provides announcement messages(VMH)
provides No.7 signaling(CCSP)
for V5.2 system, performs V5.2 protocol(VCP)
Wireless Access Part
Wireless Access Part
E1
CCP
CINCIN
E1
BTS #0
BTS #47
CSB(SVC/MCH) #0
CSB(SVC/MCH) #n
PDIP
TAXI
IWFE1
CSB(SVC/MCH) #1
BSM
WTFCWTFC
WTFC : WLL Timing & Frequency Control
CCP : Call Control Processor
CSB : CDMA Selector Bank- SVC : Selector & Vocoder Channel- MCH : Modem Channel
CIN : CDMA Inter-Networking
CCIN : Central CDMA Inter-Networking
PDIP : Packet Data Interface Processor
IWF : Inter-Working Function
TAXI : Transparent Asynchronous Xmitter-Receiver
Interface
TSW
BSC
BMPA : BSC Main Processor Board Assembly
BIPA : BSC Interworking Processor Board Assembly
BMPA
ACTIVE
VME-Bus
CIN
S-channel
D-channel
C-channel
RS422
(MC68040)BIPA(MC68030)
STANDBY
VME-Bus
CIN
RS422
BIPA(MC68030)
BMPA(MC68040)
(A) (B)
Al arm PortsAl arm Ports
CCP (Call Control Processor)
S-ch : Asynchronous Serial Bus / Exchange status informations
C-ch : 8 Bits Parallel Bus / Exchange dual commands
D-ch : 32 Bits Parallel Bus / Used for data consistency
CCP(cont’d)
manages and controls call resources Call Setup/Release
Handoff Control
Resource Mgt.
Operation & Maintenance(WAP) S/W Downloading
Collection of detail event and traffic
Fault handling(CIN, CSB)
System Status Supervision
SBPA CIN TAXI
T-Bus( Packet-Bus)
R-Bus( Packet-Bus)
50Hz
TX_HW
RX_HW
8KHz,2.048MHzDSP1617ENcode
Decode
DSP1617ENcode
Decode
SVEA
DSP1617ENcode
Decode
DSP1617ENcode
Decode
SVEA
R-Bus Master
T-Bus Master
CDMA
Other CSB
TSWOR
DCI
SBPA : Selector Bank Processor Board Assembly
SVEA : Selector Vocoder & Echo Chancellor Board Assembly
CSB(CDMA Selector Bank)
CSB(cont’d)
transcoding between 64K PCM data from PSTN and QCELP data
cancels echo because of transmission delay between in the terrestrial and in the air
selects the best of channels received from BTSs in case of handoff
controls transmit power between BTSs and subscriber units
CIRA
TAXI TAXI CSBU
T1/E1 BTS
Packet BusMaintenance BusGlobal Bus
CIRA : CDMA Inter-working Routing Board Assembly CINA : CDMA Inter-working Node Board Assembly
CIGA : CDMA Inter-working Gateway Board Assembly CITA : CDMA Inter-working Trunk Board Assembly
CINA CIGA CITA
RS-422 CCP / STFU
2 8
ALARMALARM
Variable Length Packet Router Traffic Frame/ Control Frame 32 Bit Parallel Packet Bus
Maintenance Node H/W Alarm Detection (M-Bus) CSBU H/W Alarm Detection
High availability, Modularity
Interface CSBU (TAXI) Interface CCP/CCSP (RS-422) Interface BTS (T1/E1) Interface
8 8
CIN(CDMA Inter-working Network)
PDIP(Packet Data Interface Processor)
Provides packet interface to IWF
Complies with IS-658 standard, “Data Services Interworking Function Interface for Wideband Spread Spectrum Systems” defines procedures on the L interface for support of circuit mode and packet
-mode data transmission on TIA/EIA/IS-95-A and ANSI J-STD-008 based wideband spread spectrum systems
General Diagram(S/W)
BSM W/S(BSMS): Traffic
: Signalling
: Control
DCP
BSP(BCMS)
RFP(BRFS)(BSTS)
(BDCS)C E
SBP SVC
CCP(CCMS)
( SVCS )
Á¦¾î±¹
TMP(CTCS)
VCP(VCPS)
CDP(CDPS)
T Switchcepttrunk
MSP(MSCS)
TFP(BTAS)
±âÁö±¹
PSTN
V5.2
R2/No.7
S/W Block Diagram
R2/No.7Only
B S C
T T M S
M P S H
F M I
D FM
S C M
P R L U
P P S D H
M M D S T
O M D S T
S Y L U
T C D T
T D M H
T O M
T D S L
T R C
T R M
Traffic & Telephony Maintenance Subsystem
C P S
W S D H
W C D H
W C C
T D H
N T R
N D H
W T S C
W S L
T S L
L S C
V C C (V 5 .2 O n ly)
T I
C all P rocessing Subsystem
C D B S
D B S G
D B K G
D B B G
D B T G
C ommon Data Base Subsystem
T A S
O R C
M S L C
M D G P
C V
C D G M
C H IM
C D R
Traffic Administration Subsystem
C C M S
D T H
C D N
C A L
S T M
S T A
M S G
H O F
F L T
S M P
T S T
C all C ontrol & Management Subsystem
S V C S
S D N
S B M
S B C
S M S
S M R
S H O
S F P
S D P
S S P
S P C
Selector & Vocoder C ontrol Subsystem
B S M S
D C I
C D M
B IM
T S M
T R M X
S T S
S M M
D N L
M M I
G U I
Base Station Manager Subsystem
C T C S
C D C
C T B
BSC Timing C ontrol Module
V C P S (V 5 .2 O n ly)
V M B
V L 3 B
V L 2 B
V O S B
V5.2 Control P rocessor Subsystem
C D P S
C D IP A P P
C ircuit Data P rocessing Subsystem
C all P rocessing P art Operation & Maintenance P art
W C H D
W C F W
W C A W
T C 7
R D H
R C O
G S C
W C T R
T I7
T C R
G S I
C S S (R 2 /N o .7 O n ly)
C L K U
C IM U
C T M U
C D H U
C R S U
C M H U
C L S U
C ommon S ignaling Subsystem
WCDH
WSDH
WCC WSL
GSI
WTSCC
NDH NTRTCR
WCTR
TI
TI7TC7
TDH
WCHD
WCFW
WCAW
RDHRCO
WCT
GSC
TSLLSC
VCC
Related to
Call Control
Transit Call
Control
Route Control
Supplementary
Service
Switching
Control
OCP ASP
Number
Translation
V5.2 Call Control
> CPS(Call processing Subsystem)
ORC : Operation Request Control MCDH : Mobile Configuration Data HandlingMSDH : Mobile Subscriber Data HandlingDFM : Disk File Management OCP : Operation and Maintenance ProcessorMMC : Man Machine Communications WCT : WLL Call TraceWTSC : WLL Trunk & Subscriber ControlGSC : Global Service ControlGSI : Global Service Interface
> Functions
-WLL to PSTN call processing-WLL to WLL call processing-Three-way and conference calling -Supplementary service function-Subscriber authentication function-Subscriber location registration function-Announcement function
ISUP transit call processing function
CCS No.7 administration and operation function
Signaling link and terminal maintenance function
> CSS(Common Signaling Subsystem)
- TTMS(Traffic & Telephony Maintenance Subsystem)
Call path equipment condition control
Fault handling function
Office data processing
Automatic diagnosis and testing
Call status and tracking function
- TAS(Traffic administration subsystem)
Detailed billing processing
Extempore billing processing
Call detail record using supplementary service
Tariff discount function
Billing information change and collection
Traffic statistics on originating/terminating calls
Traffic statistics on incoming/outgoing calls
Route statistics
Paging statistics
HOFB( HandOFf Control
Block )
STMB( Status Management
Block )
TSTB( Test Process Block )
STAB( Statistics Data Process
Block )
S T A R - O p e r a t i n g S y s t e m
Message
Routing
Block
(
(
M
S
G
B
CCP
Downloading
Block
(
(
C
D
N
B
DTHB( Data Handling Block )
<Figure 9> Functional Block Diagram for CCP S/W
SMPB( SMS protocol process
block )
BSP/SBP/OCP
FLTB( FauLT process Block )
CALB( Call Control Block)
Call Control Blocks
OAM Blocks
- CCMS(BSC Call Control & Management Subsystem)
Call Control Function- Mobile Call Set-up and Releasing - Handoff Control
Operation and Maintenance Function - Configuration and Status Management Function - Statistics Processing Function- Fault/Alarm Processing Function - Maintenance and Testing Function- Overload Control
SVCOSSBM
SDN
SBP SVC
SMR
SPC
SVCS
SHO
SDM
SSP SBC
SBM : SBP Main Control SMS : CSB Management & Statistics SDN : CSB Downloading SSP : SBP Signal Processing SHO : SBP Handoff Processing
SMR : SVC Message RoutingSDM : SVC Diagnostic MonitorSPC : SVC Power ControlSFP : SVC L2 Frame ProcessingSBC : SVC Board ControlSDP : SVC Radio Link Protocol
CCP
CSBD M
SDP
SMS
PCSOS SFP CE
IWF
- SVCS(Selector & Vocoder Control Subsystem)
Call Control Function
Handoff Processing
Power Control
DTMF Tone Creation Function
Processing of CAI Signal Messages
Processing of Control Information Messages
Test Call Processing
Vocoder and Echo Canceller Interface
Maintenance
Staggered Frame
• BIMB : BSM Initialization and Maintenance • STMB : Status Manager Block • TSMB : Test Manager Block • TRMB : Trouble Manager Block• MMIB : Man Machine Interface Block • BDNLB : BSC/BTS Down Loader Block • DCIB : Data Communication Interface Block • CDMB : Configuration Data Manager Block• SMMB : Statistics and Measurement Manager Block
BSM Initialization and Maintenance
Data Communication Interface
Man Machine Interface
BSC/BTS Down Loader
Configuration Data Management
Statistics and Measurement Management
Trouble Management
Status Management
Test Management
BSM
BIM
TSMX
TRMX
SMMX
STMX
CDMX
InformixDBMS
DCI
MMI
Output WindowInput WindowConsole Window
DB
Queue
Queue
Library Functions(ESQL)
BSC(CCP,SBP,SCP)BTS(BSP)DCA31,...
UNIX
SCMX
- BSMS(Base Station Manager Subsystem)
- Time Management - System Sync. Control- TOD Broadcasting - TMPA Redundancy Management - Alarm Detection & Report
GPS
T R M A
B A C A
systimetask
daultask
mcttask
TOD
1ppspps sts
Even sec
1pps1pps
H/W ALARM
10MHzstatus task
devicetask
bac task
CTB CDC
BAC
- CTCS(BSC Timing Control Subsystem)
- CDPS (Circuit Data Processing Subsystem)
Message Handler Task
IPC Packet HandlerIPC Packet Handler
Modem Driver and Modem
Local CPU
IPC BUS
SUBHIGHWAY
Traffic IPCHandle Task
Signal IPCHandle Task
DPRM Task
Dual Port RAM
G
Q_MDM?TX
DIAG Task
TimerTask
G
INIT Task
Q_TIMER
MON Task
POOL TaskData Process Task
18
- Call Processing- Wireless Section Protocol Processing - Modem Section Control
Interfaces
Interface Standard
BSC- PSTN V5.2/ R2/ No.7BSC- BTS LGE Proprietary(Packetized)BSC- BSM LGE Proprietary(Packetized)BSM- OMC TCP/ IP
WLL Upgrade for 64kbps Packet Data Service
General
Network Diagram
Modifications
General
Additional network element(IWF:Inter-Working Function) used for packet data service in the WLL network
complies with TIA/EIA/IS-658 standard
1 IWF can be connected to multiple WLLs for packet data services
supports various service option(9.6/14.4/64kbps packet data service)
WLL
Packet InterfacePBU-W
POW ER ON
FAIL
SBPA
RUN
FAILMRUN
PRUNGRUN
BRUN
CLKF
MRST
RST
CDPA PDPA
FAIL
SL0
RST
PBUS
MON
PDPA
FAIL
SL0
RST
PBUS
MON
CLKA
FAIL
OW N
CK4M
RST
PBUS
CKFH
MON
SYN0
PBU-C
POW ER ON
FAIL
BIPA
RUNFAIL
HDLC
CH_A
CH_B
RST
PBU-C
POW ER ON
FAIL
PBU-C
POW ER ON
FAIL
PBU-C
POW ER ON
FAIL
BM PA
RUN
DACT
ASTD
HALT
RST
ABT
CIRA-T
RUN
INIT
MIACT
PACTTAACT
PSTS
LRST
MRST
CIGA
RUN
INIT
ACT1
PBU-M
POW ER ON
FAIL
SBPA
RUN
FAILMRUN
PRUNGRUN
BRUN
CLKF
MRST
RST
PRPA
FAIL
EION
MSTR
SYN1
RST
PBUS
SYN0
SYN2
SYN3
CNJ0
CNJ1
CNJ2
CNJ3
DCH0
DCH1
DCH2
DCH3
MON
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
CDPA
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2
S/W 2
MDP0
MON
RTC
MDP1
MDP2
MDP3
MDP4
MDP5
MDP6
MDP7
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
FRPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
FRPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
FRPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
FRPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
FRPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
FRPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
PIPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
PIPA
RUN
PBUS
PRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STX
SRX
LOS
RAL
SL1
SL2
SL3
SL1
SL2
SL3
SYN1
CK3M
EX2M
8.2MOUT
2MIN
EXTR
NORM
STBY
NORM
CLKA
FAIL
OW N
CK4M
RST
PBUS
CKFH
MON
SYN0
SYN1
CK3M
EX2M
8.2MOUT
2MIN
STBY
NORM
ISWA
FAIL
OW N
SID0
RST
PBUS
MON
RTC1
MSGT
STBY
NORM
SID1
SID2
ISWA
FAIL
OW N
SID0
RST
PBUS
MON
RTC1
MSGT
STBY
NORM
SID1
SID2
LCVA
FAIL
SYN0
FCLK
SYN1
SYN2
SYN3
SYN4
SYN5
ACT
FAIL
ACT
DAS
BM PA
RUN
DACT
ASTD
HALT
RST
ABT
FAIL
ACT
DAS
BIPA
RUNFAIL
HDLC
CH_A
CH_B
RST
ACT
TBACT
TASTS
GSTS
TBSTS
MSTS
CIRA-T
RUN
INIT
MIACT
PACTTAACT
PSTS
LRST
MRST
TBACT
TASTS
GSTS
TBSTS
MSTS
RST
ACT2
ACT3
ACT4
ACT5
ACT6
ACT7
ACT8
STS1
STS2
STS3
STS4
STS5
STS6
STS7
STS8
CINA
RUN
INIT
ACT1
RST
ACT2
ACT3
ACT4
ACT5
ACT6
ACT7
ACT8
STS1
STS2
STS3
STS4
STS5
STS6
STS7
STS8
CINA
RUN
INIT
ACT1
RST
ACT2
ACT3
ACT4
ACT5
ACT6
ACT7
ACT8
STS1
STS2
STS3
STS4
STS5
STS6
STS7
STS8
PRPA
FAIL
EION
MSTR
SYN1
RST
PBUS
SYN0
SYN2
SYN3
CNJ0
CNJ1
CNJ2
CNJ3
DCH0
DCH1
DCH2
DCH3
MON
EXTR
NORM
External IWF
E1(FR-SVC)IS-658
Internet/LANFR/Ethernet
HSVA
Network Diagram for Data ServicesBTS
Um
E1/FR-SVC
BSC IWF
MODEM
RS-232C
Note Book
PSTN
Host
G3-FAX
INTERNET
FR-PVC/E-LAN
WLL Terminal
IS-658
Pi
Router
P BU -W
POW ER ON
FAIL
S B P A
RUN
FAILMRUN
PRUNGRUN
BRUN
CLKF
MRST
RST
C D P A P D P A
FAIL
SL0
RST
PBUS
MON
P D P A
FAIL
SL0
RST
PBUS
MON
C LK A
FAIL
OW N
CK4M
RST
PBUS
CKFH
MON
SYN0
P BU -C
POW ER ON
FAIL
B IP A
RUNFAIL
HDLC
CH_A
CH_B
RST
P BU -C
POW ER ON
FAIL
P BU -C
POW ER ON
FAIL
P BU -C
POW ER ON
FAIL
B M P A
RUN
DACT
ASTD
HALT
RST
ABT
C IR A-T
RUN
INIT
MIACT
PACTTAACT
PSTS
LRST
MRST
C IG A
RUN
INIT
ACT1
P BU -M
POW ER ON
FAIL
S B P A
RUN
FAILMRUN
PRUNGRUN
BRUN
CLKF
MRST
RST
P R P A
FAIL
EIONMSTR
SYN1
RST
PBUS
SYN0
SYN2
SYN3
CNJ0
CNJ1
CNJ2CNJ3
DCH0DCH1
DCH2
DCH3
MON
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1
MDP2MDP3
MDP4MDP5
MDP6
MDP7
C D P A
FAIL
INT
S/W 1
RST
PBUS
S/W 0
S/W 2S/W 2
MDP0
MON
RTC
MDP1MDP2
MDP3
MDP4MDP5
MDP6MDP7
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
ON
OFF
POW ER
FR P A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
FR P A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
FR P A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
FR P A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
FR P A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
FR P A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
P IP A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
P IP A
RUN
PBUSPRUN
RST
FAIL
SRUN
CNJ3
MON
PTX
PRX
STXSRX
LOS
RAL
SL1
SL2SL3
SL1
SL2SL3
SYN1
CK3M
EX2M
8.2MOUT
2MIN
EXTR
NORM
STBY
NORM
C LK A
FAIL
OW N
CK4M
RST
PBUS
CKFH
MON
SYN0
SYN1
CK3M
EX2M
8.2MOUT
2MIN
STBY
NORM
IS W A
FAIL
OW N
SID0
RST
PBUS
MON
RTC1
MSGT
STBY
NORM
SID1
SID2
IS W A
FAIL
OW N
SID0
RST
PBUS
MON
RTC1
MSGT
STBY
NORM
SID1
SID2
LC V A
FAIL
SYN0
FCLK
SYN1
SYN2
SYN3SYN4
SYN5
ACT
FAIL
ACT
DAS
B M P A
RUN
DACT
ASTD
HALT
RST
ABT
FAIL
ACT
DAS
B IP A
RUNFAIL
HDLC
CH_A
CH_B
RST
ACT
TBACT
TASTS
GSTSTBSTS
MSTS
C IR A-T
RUN
INIT
MIACT
PACTTAACT
PSTS
LRST
MRST
TBACT
TASTS
GSTSTBSTS
MSTS
RST
ACT2
ACT3
ACT4
ACT5
ACT6
ACT7ACT8
STS1
STS2
STS3
STS4STS5
STS6
STS7
STS8
C IN A
RUN
INIT
ACT1
RST
ACT2
ACT3
ACT4
ACT5
ACT6
ACT7ACT8
STS1
STS2
STS3
STS4STS5
STS6
STS7
STS8
C IN A
RUN
INIT
ACT1
RST
ACT2
ACT3
ACT4
ACT5
ACT6
ACT7ACT8
STS1
STS2
STS3
STS4STS5
STS6
STS7
STS8
P R P A
FAIL
EION
MSTR
SYN1
RST
PBUS
SYN0
SYN2SYN3
CNJ0
CNJ1
CNJ2
CNJ3DCH0
DCH1
DCH2DCH3
MON
EXTR
NORM
LE
V5.2V5.2
WLL
Circuit Packet
Modifications of existing WLL
used for 64kbps high speed data transmission
provides 4 Channel(MC68360) for 64kbps data service
* uses existing vocoder(SVEA) for 9.6/14.4kbps data service
CSB uses existing local processor(SBPA) & back board(SCBB)
– SBPA(Selector Bank Processor B’d Assembly)
– SCBB(Selector vocoder & Circuit data Back Board)
SBPA
HSVA
HSVA
HSVA
HSVA
HSVA
HSVA
POWER
SCBB
HSVA
HSVA
HSVA
HSVA
HSVA
HSVA
HSVA
HSVA
HSVA
HSVA
PDBB
Modifications of existing WLL
provides the interface(IS-658) to IWF
SBPA-P(Selector Bank Processor B’d Assembly) – downloads S/W to each PBA and collects alarm on the shelf as a local
processor
FRPA-W(Frame Relay Processor B’d Assembly)– provides 1 E1 interface to IWF– supports up to 1.5Mbps throughput capacity in view of performance effi
ciency– 1 PDIP provides up to 7 FRPA-Ws(up to 2 PDIPs/BSC)
SBPA|P
FRPA|
W
FRPA|
W
FRPA|
W
FRPA|
W
FRPA|
W
FRPA|
W
POWER
FRPA|
W
POWER
SBPA|P
FRPA|
W
FRPA|
W
FRPA|
W
FRPA|
W
FRPA|
W
FRPA|
W
FRPA|
W