nsn m-w soft pat (2).xlsx
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7/28/2019 NSN M-W Soft PAT (2).xlsx
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1 HOP DATA
1.1 Site ID
1.2 Link ID
1.3 Output power (dBm)
1.4 Calculated RSL (dBm)
1.5 Protection Mode
1.6 Traffic Capacity (No. of E1) 10-31.7 Traffic Capacity (Mbps)
2 RADIO
2.1 Radio Unit Type
2.2 No. of Radio
2.3 Frequency (MHz)
2.4 Frequency Channel No.
3 ANTENNA
3.1 No. of Antennas
3.3 Antenna Gain (dBi)
3.4 Polarization
4 Hop Setup, RF
4.2 ATPC enabled
4.3 Adaptive Modulation enabled
4.4 ACM License
5 Hop Setup, General
5.1 Radio ID Check
5.2 BER Alarm
5.3 QoS
6 DCN
6.1 Subnet Address
6.2 Subnet Mask6.3 IP Address
6.4 Default Gateway
Test
16
XX XX
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10-3
XX
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Traffic
typePHB DSCP
Traffic
Class802.1P
Queue
mapping
WCDMANetwork
Synch
ALLSIU Freq
Synch
LTENetwork
Synch
WCDMA
(Iub)
GSM
(Abis)
Network
Control IP RAN
Routing
NetworkControl
Radio
Network
Control
WCDMA
(Iub)SRB
WCDMA
(Iub,
PS,DCH+
HSPA)
LTE (Non
GBR )
WCDMA
(Iub)
inter-
node
signaling
(NBAP,
RSNAP,R
ANAP)
LTE
S1 AP/X2
AP- inter
node
signaling
CS6 48 6 6 Q6
WCDMA
(Iub; CS;
DCH)
Conversa
tional /
Speech
GSM
(Abis;
CS)
Conversa
tional /
Speech &
Data
5
Service Description
SyncSynchroni
zationEF 46
6 Q6
6 Q5
6 Q5
6
Signaling
Low Prior
Signaling
EF 46 5
Signaling
Radio
Network
ControlCS6 48
46
Real
Time
Conver.EF 5 6 Q5
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LTE (GBR
QCI1)
Conversa
tional /
Speech
LTE (GBR
QCI3)
Real
Time
Gaming
LTE (GBRQCI2)
Live
Streamin
g
AF31 26 3 4 Q3
WCDMA
(Iub, PS,
DCH+HS
PA))
Streamin
gAF41 34 4 4 Q4
LTE (GBR
QCI4)
Buffered
Streamin
g
AF32 28 3 4 Q3
LTE (Non-GBR
QCI6)
AF21 18 2 3 Q2
WCDMA
(Iub, PS,
DCH+HS
PA)
WCDMA
(Iub, PS,
DCH)
GSM
(Abis, PS)AF41 34 4 4 Q4
WCDMA
(Iub; PS;
HSPA)
Interactiv
e /THP2AF21 18 2 3 Q2
WCDMA
(Iub; PS;
HSPA)
Interactiv
e /THP3
AF11 10 1 3 Q1
WCDMA
(Iub; PS;
HSPA)
Backgrou
nd ("THP
4")
BE 0 0 0 Q0
CBR
Streamin
g
4 Q3
Voice
BENon GBR
Data
AF31 26 3
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LTE (Non-
GBR
QCI7)
Converst
aional/Sp
eech &
Live
Streamin
g
AF22 20 2 3 Q2
LTE (Non-GBR
QCI8)
Mostly
TCP
based
Traffic
AF11 10 1 3 Q1
LTE (Non-
GBR
QCI9)
Mostly
TCP
based
Traffic
Backgrou
nd Traffic
Background Traffic
O&M
High
Priority
IP RAN
(SIU)
O&M
Access
AF41 34 4 4 Q4
WCDMA
O&M
Access &
Bulk
LTE
O&M
Access &
Bulk
IP RAN
(SIU)
O&M
Access
Bulk
4 Q4
0 0 Q0
O&MO&M
Access &
Bulk
AF41 34 4
BE 0
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QoS
Egress
Scheduli
ng
EXP
Priority
PE-
Aggrega
tor
6
5
Priority
6
5
SP
5
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3
4
3
2
4
2
1
0
WFQ
3
BE
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2
1
4 CBWFR
CBWFR4
0
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1
3
10
1415
17
18
19
20
21
22
23
28
33
35
36
37
40
43
44
45
34
16
26
829
42
41
32
25
11
12
24
5
27
6
4
2
31
7
30
38
39
13
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9
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Alarm notification activated
Adaptive Modulation configured according to TD (XPIC Links)
Forbidden Egress Port is applied between all LAN
Link Bonding is applied between the two XPIC links 2+0 (XPIC Links) and Not applied in (NON-XPIC links)Link HBER
Link implemented as per TD
Link Protection Failure
MW Hardware active alarms
MW software as per design
MW software upgraded with latest release
MW Visibility
No bridging between two Traffic Node in Hub Site
Power Unit Redundancy available in MW
RSL not as per the design with variation of 5dbm
SIU Alarms/flapping issue
SIU Visibility
SNCP for TDM routed over XPIC link
TD is available in the Trend
Very Low RSL
XPD Test Performed and results >= 27 dBm and attached in NPTS (XPIC Links)
XPIC functionality implemented
Site ID
Link ID
Output power (dBm)
Calculated RSL (dBm)Protection Mode
Traffic Capacity (No. of E1)
Traffic Capacity (Mbps)
Radio Unit Type
No. of Radio
Frequency (MHz)
Frequency Channel No.
No. of Antennas
Antenna Gain (dBi)
Polarization
ATPC enabled
Adaptive Modulation enabled
ACM License
Radio ID Check
BER Alarm
QoS
Subnet Address
Subnet Mask
IP Address
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Default Gateway
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1
2
3
4
5
6
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27
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Alarm notification activated
ACM License
Adaptive Modulation configured according to TD (XPIC Links)
Adaptive Modulation enabledAntenna Gain (dBi)
ATPC enabled
BER Alarm
Calculated RSL (dBm)
Default Gateway
Forbidden Egress Port is applied between all LAN
Frequency (MHz)
Frequency Channel No.
IP Address
Link Bonding is applied between the two XPIC links 2+0 (XPIC Links) and Not applied in (NON-XPIC links)
Link HBER
Link ID
Link implemented as per TD
Link Protection Failure
MW Hardware active alarms
MW software as per design
MW software upgraded with latest release
MW Visibility
No bridging between two Traffic Node in Hub Site
No. of Antennas
No. of RadioOutput power (dBm)
Polarization
Power Unit Redundancy available in MW
Protection Mode
QoS
Radio ID Check
Radio Unit Type
RSL not as per the design with variation of 5dbm
Site ID
SIU Alarms/flapping issue
SIU Visibility
SNCP for TDM routed over XPIC link
Subnet Address
Subnet Mask
TD is available in the Trend
Traffic Capacity (Mbps)
Traffic Capacity (No. of E1)
Very Low RSL
XPD Test Performed and results >= 27 dBm and attached in NPTS (XPIC Links)
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XPIC functionality implemented
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