KPI Strategy V5 2G 3G

8/10/2019 KPI Strategy V5 2G 3G

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1 CSSR CS [%]

2 CDR CS [%]

3 CSSR PS [%]

4 SSSR PS [%]

5 CDR PS [%]

6 Soft HO SR [%]

7 CS Inter RAT HO Success Rate [%]

8 PS Inter RAT HO Success Rate [%]

9 IFHO SR [%]

10 SSSR R99 [%]

11 CDR R99 [%]

12 HSDPA Resource Accessibility [%]

13 SSSR HSDPA [%]

14 CDR HSDPA [%]

15 HSUPA Resource Accessibility [%]

16 SSSR HSUPA [%]

17 CDR HSUPA [%]

18 Average CQI

19 Average CS Traffic (Erlangs)

20 DL Data Volumne (Gbytes)

21 UL Data Volumne (Gbytes)22 Average Cell Throughput HSDPA [%]

23 Average Cell Throughput HSUPA [%]

24 RNC_1879b Average HSDPA end user throughput

25 CSSR CS Failures Causes [%]

26 CDR CS Drop Causes [%]

27 CSSR PS Failures Causes [%]

28 SSSR PS Failures Causes [%]

29 CSSR R99 Failures causes [%]

30 SSSR R99 Failures causes [%]

31 CDR R99 Drop Causes [%]

32 CSSR HSDPA Failures causes [%]

33 SSSR HSDPA Failures causes [%]

34 CDR HSDPA Drop Causes [%]

35 CSSR HSUPA Failures causes [%]

36 SSSR HSUPA Failures causes [%]

37 CDR HSUPA Drop Causes [%]

38 Max HSDPA Users

NE KPI No. OSS KPI

WCEL



39 Max HSUPA Users

40 Average HSDPA Users per WCEL

41 Average HSUPA Users per WCEL

42 HSDPA Scheduler Failures [%]

43 HSUPA Scheduler Failures [%]

44 Downlik Load dBm [%]

45 Downlink Load (Marginal + Overload %)

46 Uplink Load (RTWP) [dBm] [%]

47 Uplink Load (Marginal + Overload %)

48 Spreading code blocking [%]

49 FACH-c Load Ratio

50 FACH-u Load Ratio

51 RACH-c Load Ratio

52 RACH-u Load Ratio

53 PCH Load [%] (8kbps >= 50%, 24kbps >=75%)

54 SCCPH Load [%]

55 Cell Availability [%]

56 Soft Handover Overhead [%]

57 PRACH Distances [%]

58 Channnel Elements (CE) Blocking of Packet Call [%]

59 Average CE usage [%]

60 Iub Blocking [%]

61 Iub Blocking of Packet Call [%]

62 Iub Interface Utilization [%]

63 Signalling load [%] (Peak RL Setup)64 HSDPA Users Utilization per WBTS [%]

65 HSUPA Users Utilization per WBTS [%]

66 HSDPA Througput Utilization per WBTS [%]

67 HSUPA Throughput Utilization per WBTS [%]

68 HSDPA Processing Sets Utilzation [%]

69 HSUPA Processing Sets Utilzation [%]

70 Total licensed HW capacity utilization [%]

71 CPU Load (ICSU's) [%]

72 CPU Load (DMCU's) [%]

73 RNC Traffic Cccupation [%]

74 Iu-PS User-Plane utilization [%]

75 Iu-PS Control-Plane utilization [%]

76 Iu-CS User-Plane utilization from RNC [%]

77 Iu-CS Control-Plane utilization from RNC [%]

78 Iur User-Plane utilization [%]

79 Iur Control-Plane utilization [%]

80 HSDPA Simultaneous User Load [%]

WBTS

RNC



81 NPGEP/NPGE CPU Load [%]

82 Interface Utilization (NPGEP/NPGE) [%]

83 DMCU Fill Factor [%]



-

-

-

<5%

<5%

<= 50 %

< 2%

<= - 98 dBm

< 2%

<= 5%

<50%

<50%

<50%

<50%

<50%

<50%

> 99%

<=40%

-

<5%

<80%

<5%

<5%

<80%

<60%<80%

<80%

<80%

<80%

<80%

<80%

<80%

<60%

<60%

<80%

<80%

<40%

<80%

<40%

<80%

<40%

<80%



<60%

<70%

<70%



BLENDED

EJ KAL



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NS SSWeight

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35%



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CJ EJ



KAL NS

BDBH



rnc_565f and rnc_566e

rnc_231d and rnc_232e

rnc_576e

rnc_916b

rnc_922b

RT and NRT rnc_195a

rnc_300g

rnc_301e

rnc_2328a

rnc_943b

rnc_944c

RNC_605B

rnc_914c

rnc_920b

RNC_913a

rnc_915c

rnc_921b

rnc_706b

RNC_280c

RNC_608c

RNC_931crnc_722b

RNC_1883b

RNC_1879b

details on sheets "3G Accessibility Failure"

details on sheets "3G Retainability Failure"












rnc_1686a (percell, #)

Remarks Reference FormulaSS



rnc_1687a (percell, #)

RNC_726f (per cell)

RNC_1037a (per cell)

RNC_660d

RNC_968c

RNC_102c (R99)

Downlink Load (Marginal + Overload %)

RNC_19a

Uplink Load (Marginal + Overload %)

RNC_949b

RNC_2030b

RNC_2029b

RNC_2033a

RNC_2032a

RNC_2031a (8kbps), RNC_3213a (24kbps)

RNC_979a

RNC_727a

RNC_192b

RNC_978b

rnc_955b

rnc_959a (max usage)

RAB Blocking due to TRANS (excluding I&B)

RNC_1081b

m568 counters

M5004C1: PEAK_RL_SETUPS_PER_SECONDRNC_5403a

RNC_5404a

rnc_5396a

rnc_5397a

rnc_5407a

rnc_5408a

RNC_5415a

counters

counters

RNC_5204a

M568 counters

M661 counters

M568 counters

M661 counters

M568 counters

M661 counters

Counter M609C1. sum(max(DSP_SERVICE_P



rnc_1983a

RNC_5222a

rnc_1874b



MTC_CONV_CALL_ATTS - MTC_CONV_CALL_FAILS + EMERGENCY_CALL_ATTS -

RAB_ACT_FAIL_CS_VOICE_RADIO + RAB_ACT_FAIL_CS_VOICE_BTS +

MOC_BACKG_CALL_ATTS MOC_BACKG_CALL_FAILS + MTC_INTER_CALL_ATTS -

[HS_E_REQ_HS_E_ALLO_BGR] +

PS_REL_RL_FAIL_HS_D_INT +PS_REL_RL_FAIL_HS_D_BGR

+SUCC_UPDATES_ON_SHO_FOR_NRT)

+SUCC_IS_HHO_DL_DPCH_PWR_RT+SUCC_IS_HHO_CPICH_RSCP_RT

+SUCC_IS_HHO_DL_DPCH_PWR_NRT+SUCC_IS_HHO_CPICH_RSCP_NRT

succ_inter_hho_att_rt +

[D_D_REQ_D_D_ALLO_INT] +

sum(PS_REL_RL_FAIL_D_D_STRE + PS_REL_RL_FAIL_D_D_INT +

sum(ALLO_HS_DSCH_FLOW_INT + ALLO_HS_DSCH_FLOW_BGR +

[HS_E_REQ_HS_E_ALLO_INT] +

+PS_REL_RL_FAIL_HS_E_BGR +PS_REL_RL_FAIL_HS_D_STRE

ALLO_SUCCESS_EDCH_INT + ALLO_SUCCESS_EDCH_BGR +

[HS_E_REQ_HS_E_ALLO_INT] +

+PS_REL_RL_FAIL_HS_E_BGR +PS_REL_OTH_FAIL_HS_E_STRE

RAB_HOLD_TIME_CS_CONV_64 * 64/12.2 +

DATA_SEC)*8)

/[DISCARDED_HS_MACD_BITS]

SUM ( EDCH_DATA_SCELL_UL +

/

MAX(MAX_HSDPA_USERS_IN_CELL)

Formula Detail



MAX(MAX_HSUPA_USERS_IN_CELL)

2 * (dur_hsdpa_users_1_or_2 - dura_hsdpa_users_1) +

3.5 * dur_hsupa_users_3_or_4 +

+DCH_SEL_MAX_HSDPA_USERS_STR) / sum (ALLO_HS_DSCH_FLOW_INT +

+UL_DCH_SEL_MAX_HSUPA_USR_BGR +UL_DCH_SEL_MAX_HSUPA_USR_STR) /

+ POWER(10,(AVE_PTXTOT_CLASS_1/100)/10)*PTXTOT_DENOM_1

)/sum(t0.PTXTOT_DENOM_0 + t0.PTXTOT_DENOM_1 + t0.PTXTOT_DENOM_2 +

sum(

)/sum(t0.PRXTOT_DENOM_0 + t0.PRXTOT_DENOM_1 + t0.PRXTOT_DENOM_2 +

sum(NBR_SUCC_CODE_TREE_ALLO)

sum([AVE_FACH_UDATA_TP_SCCPCH ]/[FACH_U_DATA_TPUT_DENOM_1 ]))

/

([AVE_RACH_DATA_THROUGHPUT ]/[RACH_DENOM_4 ]))

/

100 * -----------------------------

/

/ sum(BE_QUE_DELAY_SAMPLES)

(sum(ONE_CELL_IN_ACT_SET_FOR_RT + ONE_CELL_IN_ACT_SET_FOR_NRT +

/sum ( DENOM_RACH_ACK_PREAMBLES )

+ Rab_Stp_Fail_Cs_Conv_Bts + Rab_Stp_Fail_Cs_Strea_Bts

/ _ _ _ _ _ _ _ _ _ _

+ Rab_Stp_Fail_Cs_Strea_Trans + Rab_Stp_Fail_Ps_Conv_Trans

sum ( PS_SETUP_FAIL_TRANS_BGR

/1000*60*max(period_duration))*100%

M5004C1/WBTS_Signalling_Capacity sum(LIC_NUM_HSDPA_USERS)

sum(LIC_NUM_HSUPA_USERS)

/

/

avg(AVG_HSDPA_PS_UTIL_RAT)

avg(AVG_HSUPA_PS_UTIL_RAT)

avg(LIC_HW_CAP_UTIL_RAT)

AVERAGE_LOAD ( UTYPE_ID = 329)


(

max ( (RNC_1632a/BW_defined), (RNC_1631a/BW_defined)






64Kbit/s HSDPA Service Users / RNC Capacity +




100*((ETHER_TX_KILOBYTE*8)/(PERIOD_DURATION*60)/RNC_ETHERNET_BW)

100-MIN(LOWEST_CAP_ON_NE)



KPI No. DT KPI Reference Value

1 CSSR Voice [%] >=99%

2 CDR Voice [%] <=0,5%

3 Voice Call Setup Time (second) <=7

4 CSSR Video [%] >=99%

5 CDR Video [%] <=0,5%6 Video Call Setup Time (second) <=7

7 CSSR R99 [%] >=99%

8 CDR R99 [%] <=0,5%

9 CSSR HSDPA [%] >=99%

10 CDR HSDPA [%] <=0,5%

11 CSSR HSUPA [%] >=99%

12 CDR HSUPA [%] <=0,5%

13 Soft/Softer HO SR [%] >=99%

14 CS Inter RAT HO Success Rate (3G to 2G) [%] >=97%

15 CS Inter RAT HO Success Rate (2G to 3G) [%]

16 IFHO SR [%] >=97%

17 PS Inter RAT HO Success Rate (3G to 2G) [%] >=97%

18 PS Inter RAT HO Success Rate (2G to 3G) [%]

19 Average CQI [%] >= 21

20 Average R99 DL/UL throughput [%]

21 Average HSDPA throughput [%]

22 Average HSUPA [%]

23 Soft Handover Overhead [%] <= 40 %

24 System Mode [%]

25 Modulation Type 64QAM [%] >=10%

26 CPICH RSCP (>= -85 dBm) [%] >=95%27 Ec/No (>=-10 dBm) [%] >=95%

28 UE Tx Power [%]

29 RTWP dBm

30 SQI-MOS Mean > 20 >=98%

31 Compress Mode

32 UDP/TCP Test



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DT KPIs



High RSCP almost at whole network(95%), will lead to high polution thus impact to Ec/No level.KPI Value will be proposed differently for every cluster.

Remarks



1 CSSR [%] Mandatory

2 CDR [%] Mandatory

3 TBF Establishment Success Rate [%] Mandatory

4 TBF Drop Rate [%] Mandatory

5 HOSR [%] Mandatory

6 ISHO SR [%] Mandatory

7 Downlink multislot allocation blocking Mandatory

8 UL Cumulative quality in Class <= 5 Mandatory

9 DL Cumulative quality in Class <= 5 Mandatory

10 TCH Traffic Mandatory

11 Payload (UL GPRS/EGPRS - DL GPRS/EGPRS) Mandatory

12 Downlink RLC throughput Mandatory

13 Uplink RLC throughput Mandatory

14 TCH Assignment Rejection Rate <=1

15 TCH Congestion [%] <=1

16 TCH utilization [%] <=8017 TCH Availability [%] >=99

18 SDCCH Rejection Rate <=1

19 SDCCH DR <=1

20 SDCCH Congestion [%] <=1

21 SDCCH_Traffic -

22 SDCCH utilization [%] <=80

23 GPDCH utilization [%] <=80

24 EPDCH utilization [%] <=80

25 PCH Utilization CCCHLDPCH [%] <=70

26 PCHLossRate [%] <=0.5

27 CCCHLDAGCH [%] <=30

28 AGCHLossRate [%] <= 0.5

29 PS utilization [%] <=95

30 Effective Frequency Load for Voice [%] <=50

31 CSSR Failures Causes -

32 CDR Causes -

33 TBF SR Causes -

34 TBF Drop Causes -

35 Mean overall TS Occupation Rate CS+PS -

36 LapD (DL/UL) Load [%] <=25

37 TRX HW installed -

38 #TS_Dinamyc -

39 #TRX Data -

40 PCU HW installed [%] <=85%

41 CPU Processor load [%] <=80%

42 PCU Abis TSL Occupation [%] <=80%

43 Gb Load [%] <=80%

44 TRX HW installed [%] <=90%

45 BSC Voice Traffic Occupation [%] <=80%

46 Peak BSCU Utilization [%] <=90%

N/A

N/A

N/A

N/A

BSC

BTS

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

NE

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

KPI No. BLENDEDReference

valueWeight



1 CSSR [%] Mandatory

2 CDR [%] Mandatory

3 TBF Establishment Success Rate [%] Mandatory

4 TBF Drop Rate [%] Mandatory

5 HOSR [%] Mandatory

6 ISHO SR [%] Mandatory

7 Downlink multislot allocation blocking Mandatory

8 UL Cumulative quality in Class <= 5 Mandatory

9 DL Cumulative quality in class <= 5 Mandatory

10 TCH Traffic Mandatory

11 Payload (UL GPRS/EGPRS - DL GPRS/EGPRS) Mandatory

12 Downlink RLC throughput Mandatory

13 Uplink RLC throughput Mandatory

14 TCH Assignment Rejection Rate <=1

15 TCH Congestion [%] <=116 TCH utilization [%] <=80

17 TCH Availability [%] >=99

18 SDCCH Rejection Rate <=1

19 SDCCH DR <=1

20 SDCCH Congestion [%] <=1

21 SDCCH_Traffic -

22 SDCCH utilization [%] <=80

23 GPDCH utilization [%] <=80

24 EPDCH utilization [%] <=80

25 PCH Utilization CCCHLDPCH [%] <=70

26 PCHLossRate [%] <=0.5

27 CCCHLDAGCH [%] <=30

28 AGCHLossRate [%] <= 0.5

29 PS utilization [%] <=95

30 Effective Frequency Load for Voice [%] <=50

31 CSSR Failures Causes -

32 CDR Causes -

33 TBF SR Causes -

34 TBF Drop Causes -

35 Mean overall TS Occupation Rate CS+PS -

36 LapD (DL/UL) Load [%] <=25

37 TRX HW installed -

38 #TS_Dinamyc -

39 #TRX Data -

40 PCU HW installed [%] <=85%

41 CPU Processor load [%] <=80%

42 PCU Abis TSL Occupation [%] <=80%

43 Gb Load [%] <=80%

44 TRX HW installed [%] <=80%

45 BSC Voice Traffic Occupation [%] <=80%

46 Peak BSCU Utilization [%] <=80%

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

BSC

BTS

N/A

N/A

NE

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

15%

Ref. BDBHReference

valueWeight



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CJ EJ KAL N



SS



(100%-SDCCH_Rejection_Rate) * (100%-SDCCH_Drop_Rate)*(100%-TCH_Rejection_Rate)*(100%-TCH_Assignment_Failure

100*drop_after_tch_assign/(tch_new_call_assign+msc_i_sdcch_tch + bsc_i_sdcch_tch + cell_sdcch_tch+tch_seiz_due_sdcch

==> tbf_66 --> 100 * (sum(DL_TBF_Establishment_Failed + DL_EGPRS_TBF_REL_DUE_NO_RESP) + _

==> tbf_67 --> 100 - 100 * (sum((NBR_OF_UL_TBF+ NBR_OF_DL_TBF - UL_TBF_Establishment_Failed - _ _

==> hfr_2 --> 100 * (1 - (sum(msc_o_succ_ho + bsc_o_succ_ho + cell_succ_ho) / sum(msc_o_tch_tch_at + _

==> 100 * sum(MSC_TO_WCDMA_RAN_SUCC_TCH_HO) / sum(MSC_TCH_HO_WCDMA_RAN_ATT) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

+ req_5_TSL_DL + req_6_TSL_DL + req_7_TSL_DL + req_8_TSL_DL + req_9_TSL_DL + req_10_TSL_DL +

dlq_2a = 100*sum(freq_dl_qual0 + ... + freq_dl_qual5)/sum(freq_dl_qual0 + ... + freq_dl_qual7)

ulq_2a = 100*sum(freq_ul_qual0 + ... + freq_ul_qual5)/sum( freq_ul_qual0 + ... + freq_ul_qual7 )

trf_24c = sum(period_duration * ave_busy_tch / res_av_denom14/60) _ _ _ _

==> trf_212c --> sum(a.rlc_data_blocks_ul_cs1 *20 + a.rlc_data_blocks_ul_cs2 *30 +

N/A ; available kpi is RLC throughput per timeslot; --> trf_235b + trf_236 =

N/A ; available kpi is RLC throughput per timeslot; --> trf_233c + trf_234

100*sum((tch_requests_call_attempt - tch_seiz_att_due_sdcch_con)- (succ_tch_seiz_call_attempt - tch_seiz_due_sdcch_con))

100*((tch_requests_call_attempt - tch_seiz_att_due_sdcch_con)- (succ_tch_seiz_call_attempt - tch_seiz_due_sdcch_con))/(tch

TCH Traffic / TCH Offer _ ==> 100 * sum(ave_avail_TCH_sum / ave_avail_TCH_den + ave_GPRS_channels_sum / ave_GPRS_channels_den) /

100*sum(sdcch_busy_att - tch_seiz_due_sdcch_con)/sum(sdcch_seiz_att)

100* sum(sdcch_radio_fail+sdcch_rf_old_ho+sdcch_user_act+sdcch_bcsu_reset+sdcch_netw_act +sdcch_bts_fail+sdcch_lap

cngt_2 = sum(sdcch_cong_time/100) _

==> sum(ave_busy_sdcch) / sum(res_av_denom15)

SDCCH Traffic / SDCCH Offer

GPRS Traffic [tsl]/(GPRS Traffic [tsl] + EGPRS Traffic [tsl]) * PS Utilization

EGPRS Traffic [tsl]/(GPRS Traffic [tsl] + EGPRS Traffic [tsl]) * PS Utilization

pgn_7 = sum (ave_paging_load_air_sum)/sum(ave_paging_load_air_den) _

sum(delete_paging_command)

pgn_8 + pgn_9 = sum (ave_drx_agch_load_air_sum)/sum(ave_drx_agch_load_air_den) + sum (ave_non_drx_agch_load_air_s

blck_13 = 100 * sum(del_ind_msg_rec)/ sum(imm_assgn_rej + imm_assgn_sent)

==> 100 * trf_159 / (ava_52 + ava_44)

Erl_BH/(#of_Freq)*1/(Avg(TCH/TRX))

sdcch_radio_fail, sdcch_a_if_fail_call, sdcch_abis_fail_call, sdcch_user_act, sdcch_bcsu_reset, sdcch_netw_act, sdcch_bts_fa

tch_radio_fail, tch_abis_fail_call, tch_a_if_fail_call, tch_tr_fail, tch_user_act, tch_bcsu_reset, tch_netw_act, tch_act_fail_call, tc

DL_TBF_Establishment_Failed, DL_EGPRS_TBF_REL_DUE_NO_RESP, UL_TBF_Establishment_Failed, UL_EGPRS_TBF_R

UL_TBF_REL_DUE_TO_FLUSH, DL_TBF_REL_DUE_TO_FLUSH, UL_TBF_REL_DUE_TO_SUSPEND, DL_TBF_REL_DUE_

==> trf_24c --> sum(period_duration * ave_busy_tch / res_av_denom14/60)

abi_6a = 100*sum(max(8*(UL_OCTETS, DL_OCTETS)))/sum(D_CHANNEL_RATE * 1000 * period_duration*60)

count(c_trx.int_id) _ _

==> ava_17 --> sum(ave_permanent_GPRS_ch_sum)/sum(ave_permanent_GPRS_ch_den)

sum(c_trx.gprs_enable_trx)

100*count(pcu_util.object_id)/Supported_PCU

c006004

c110000/pcu_capacity[tsl] _

==> 100 * sum(payload_rcvd_from_sgsn_in_kb) * 8 / 2000 * sum(period_duration*60)

100*#Current TRXs/#Supported TRXs --> from ZEEI BCSU

trf_24c = sum(period_duration * ave_busy_tch / res_av_denom14/60)

c109000/BCSU_TCH_Capacity*100

FORMULA



(100%-SDCCH_Rejection_Rate) * (100%-SDCCH_Drop_Rate)*(100%-TCH_Rejection_Rate)*(100%-TCH_Assignment_Failure

100*drop_after_tch_assign/(tch_new_call_assign+msc_i_sdcch_tch + bsc_i_sdcch_tch + cell_sdcch_tch+tch_seiz_due_sdcch _

==> tbf_66 --> 100 * (sum(DL_TBF_Establishment_Failed + DL_EGPRS_TBF_REL_DUE_NO_RESP) + _

==> tbf_67 --> 100 - 100 * (sum((NBR_OF_UL_TBF+ NBR_OF_DL_TBF - UL_TBF_Establishment_Failed - _ _

==> hfr_2 --> 100 * (1 - (sum(msc_o_succ_ho + bsc_o_succ_ho + cell_succ_ho) / sum(msc_o_tch_tch_at + _

==> 100 * sum(MSC_TO_WCDMA_RAN_SUCC_TCH_HO) / sum(MSC_TCH_HO_WCDMA_RAN_ATT)

+ req_5_TSL_DL + req_6_TSL_DL + req_7_TSL_DL + req_8_TSL_DL + req_9_TSL_DL + req_10_TSL_DL +

dlq_2a = 100*sum(freq_dl_qual0 + ... + freq_dl_qual5)/sum(freq_dl_qual0 + ... + freq_dl_qual7)

ulq_2a = 100*sum(freq_ul_qual0 + ... + freq_ul_qual5)/sum( freq_ul_qual0 + ... + freq_ul_qual7 )

trf_24c = sum(period_duration * ave_busy_tch / res_av_denom14/60) _ _ _ _

==> trf_212c --> sum(a.rlc_data_blocks_ul_cs1 *20 + a.rlc_data_blocks_ul_cs2 *30 +

N/A ; available kpi is RLC throughput per timeslot; --> trf_235b + trf_236 =

N/A ; available kpi is RLC throughput per timeslot; --> trf_233c + trf_234

100*sum((tch_requests_call_attempt - tch_seiz_att_due_sdcch_con)- (succ_tch_seiz_call_attempt - tch_seiz_due_sdcch_con))

100*((tch_requests_call_attempt - tch_seiz_att_due_sdcch_con)- (succ_tch_seiz_call_attempt - tch_seiz_due_sdcch_con))/(tchTCH Traffic / TCH Offer

==> 100 * sum(ave_avail_TCH_sum / ave_avail_TCH_den + ave_GPRS_channels_sum / ave_GPRS_channels_den) /

100*sum(sdcch_busy_att - tch_seiz_due_sdcch_con)/sum(sdcch_seiz_att)

100* sum(sdcch_radio_fail+sdcch_rf_old_ho+sdcch_user_act+sdcch_bcsu_reset+sdcch_netw_act +sdcch_bts_fail+sdcch_lap

cngt_2 = sum(sdcch_cong_time/100) _

==> sum(ave_busy_sdcch) / sum(res_av_denom15)

SDCCH Traffic / SDCCH Offer

GPRS Traffic [tsl]/(GPRS Traffic [tsl] + EGPRS Traffic [tsl]) * PS Utilization

EGPRS Traffic [tsl]/(GPRS Traffic [tsl] + EGPRS Traffic [tsl]) * PS Utilization

pgn_7 = sum (ave_paging_load_air_sum)/sum(ave_paging_load_air_den) _

sum(delete_paging_command)

pgn_8 + pgn_9 = sum (ave_drx_agch_load_air_sum)/sum(ave_drx_agch_load_air_den) + sum (ave_non_drx_agch_load_air_s

blck_13 = 100 * sum(del_ind_msg_rec)/ sum(imm_assgn_rej + imm_assgn_sent) _

==> 100 * trf_159 / (ava_52 + ava_44)

Erl_BH/(#of_Freq)*1/(Avg(TCH/TRX))

sdcch_radio_fail, sdcch_a_if_fail_call, sdcch_abis_fail_call, sdcch_user_act, sdcch_bcsu_reset, sdcch_netw_act, sdcch_bts_fa

tch_radio_fail, tch_abis_fail_call, tch_a_if_fail_call, tch_tr_fail, tch_user_act, tch_bcsu_reset, tch_netw_act, tch_act_fail_call, tc

DL_TBF_Establishment_Failed, DL_EGPRS_TBF_REL_DUE_NO_RESP, UL_TBF_Establishment_Failed, UL_EGPRS_TBF_R

UL_TBF_REL_DUE_TO_FLUSH, DL_TBF_REL_DUE_TO_FLUSH, UL_TBF_REL_DUE_TO_SUSPEND, DL_TBF_REL_DUE_ _ _

==> trf_24c --> sum(period_duration * ave_busy_tch / res_av_denom14/60)

abi_6a = 100*sum(max(8*(UL_OCTETS, DL_OCTETS)))/sum(D_CHANNEL_RATE * 1000 * period_duration*60)

count(c_trx.int_id) _ _

==> ava_17 --> sum(ave_permanent_GPRS_ch_sum)/sum(ave_permanent_GPRS_ch_den)

sum(c_trx.gprs_enable_trx)

count(pcu_util.object_id)

c006004

c110000/pcu_capacity[tsl] _

==> 100 * sum(payload_rcvd_from_sgsn_in_kb) * 8 / 2000 * sum(period_duration*60)

for BSC level : ZEEI::BCSU

trf_24c = sum(period_duration * ave_busy_tch / res_av_denom14/60)

c109000

FORMULA



Rate)

con + max((msc_i_tch_tch +bsc_i_tch_tch)-(msc_o_tch_tch + bsc_o_tch_tch),0),0))

/sum(tch_requests_call_attempt - tch_seiz_att_due_sdcch_con)

_requests_call_attempt - tch_seiz_att_due_sdcch_con)

_fail+sdcch_a_if_fail_call+sdcch_a_if_fail_old)/sum(sdcch_assign+sdcch_ho_seiz)

m)/sum(ave_non_drx_agch_load_air_den)

il, sdcch_lapd_fail, sdcch_rf_old_ho, sdcch_abis_fail_old, sdcch_a_if_fail_old

_lapd_fail, tch_bts_fail, tch_rf_old_ho, tch_abis_fail_old, tch_a_if_fail_old, tch_tr_fail_old

EL_DUE_NO_RESP

TO_SUSPEND, UL_TBF_RELEASES_DUE_DTM, DL_TBF_RELEASES_DUE_DTM



KPI No. OSS KPI

1 CSSR [%]

2 CDR [%]

3 HOSR [%]

4 ISHO SR [%]

5 SQI (Speech Quality Index) Mean > 206 Rx Quality (0 – 5) *%+

7 Rx Level >= -80 dBm [%]

8 Average RLC DL Tput [%]

9 Average RLC UL Tput [%]

10 BER

13 CODEC

14 UE Tx Power



Remarks

Can't set one target for many small clusters: 95% sample with RxLevel >= -80 dBm is triggering high Interference l

Throughput > 128 only for MCS7, MCS8, MCS9 and coverage of these codecs is very close to the site

theoritical throughput for MCS 9 is 59.2 kbps (max UL throughput) can't achieve 128 kbps

DT KPIS



vel on network. -87 dBm is better threshold for coverage



Tools Required Tools Used

AFP Netact Optimizer

Coverage Optimization Netact Planner

Map Info

NEMO and TEMS

ActixDrive test tools

Performance Management

NetAct Reporting Suite

Netact ADM of Measurement

NSN Internal Tools

Configuration management tool

NetAct CM Editor

Netact CM Operation Manager Netact Plan Editor

NSN Internal Tools



Description

Netact Reporting Suite for

•KPI Dashboard

•Traffic Information

Network Load and Configuration

Cell - Processor BSC/RNC Paging

PCU - Signaling

Automated radio frequencies and neighbors

Simulated coverage predicton by physical antenna parameters (height, tilt and azimuth).

Commonly used for verification on coverage and network performance (Call Setup Success Rate, Call

Drop Rate and Handover)



Reference

•TEMS minimum version ver 8

•NEMO minimum version ver 5

Netact Reporting Suite is commonly used in NSN projects around the world

Netact commonly used in NSN projects around the world



KPI ID KPI Alias

RNC_328b HC FR

RNC_329b AC FR

RNC_330b BTS FR

RNC_331b Transp FR

RNC_332b RNC FR

RNC_333b Frozen BTS FRRNC_1902a Iub AAL2 FR

RNC_1903a RNTI FR

RNC_1904a ICSU FR

RNC_335b Radio FR

RNC_336b UU FR

RNC_337b RNC FR

RNC_348b AC FR

RNC_349b BTS FR

RNC_350b Transp FR

RNC_351b RNC FR

RNC_352b Frozen BTS FR

RNC_1822a Lic Exceed FR

RNC_1567a Iur Trans FR

RNC_1568a Iu-CS Trans FR

RNC_1823a Iub AAL2 FR

RNC_391b UE FR

RNC_392b RNC FR

RNC_1919a AC FR

RNC_1920a BTS FR

RNC_1921a Frozen BTS FR

RNC_1922a RNC FRRNC_1923a Trans FR

RNC_1569a Iur Trans FR

RNC_1570a Iu-CS Trans FR

RNC_1824a Iub AAL2 FR

RNC_1825a UE FR

RNC_1826a RNC FR

RNC_1926a AC FR

RNC_1916a BTS FR

RNC_1074a ANCH FR

RNC_1928a RNC FR

RNC_1931a Frozen BTS FR

RNC_1933a UE FR

RNC_1935a RNC FR

RNC_967b AC FR

RNC_955b BTS FR

RNC_1080b DMCU FR

RNC_1081b Transp FR

RNC_1082b UE FR

RNC_1083b Others FR



RNC_663d RNC FR

RNC_673d BTS FR

RNC_665d Iub FR

RNC_667d UE FR

RNC_661d UL DCH FR

RNC_671c Multi-RAB FR, AC

RNC_1184b DL Pwr Limits FRRNC_915c HSUPA SR

RNC_957b BTS HW FR

RNC_956b BTS FR

RNC_1105b Transp FR

RNC_1106b UE FR

RNC_1104b Other FR



KPI Title

RRC Setup FR due to HC

RRC Setup FR due to AC

RRC Setup FR due to BTS

RRC Setup FR due to TRANS

RRC Setup FR due to RNC

RRC Setup FR due to Frozen BTSRRC Setup FR due to Iub Trans

RRC Setup FR due to RNTI

RRC Setup FR due to ICSU

RRC Access FR due to RADIO

RRC Access FR due to UU

RRC Access FR due to RNC

RAB Setup FR for CS Voice due to AC

RAB Setup FR for CS Voice due to BTS

RAB Setup FR for CS Voice due to TRANS

RAB Setup FR for CS Voice due to RNC

RAB Setup FR for CS Voice due to frozen BTS

RAB Setup FR for CS Voice due to Lic Exceed

RAB Setup FR for CS Voice due to lack of Iur transport resources

RAB Setup FR for CS Voice due to lack of Iu-CS transport resources

RAB Setup FR for CS Voice due to Iub AAL2 transport

RAB Setup Access FR for CS Voice due to UE

RAB Setup Access FR for CS Voice due to RNC

RAB setup Failure Ratio for CS Conversational calls caused by the AC

RAB setup Failure Ratio for CS Conversational calls caused by BTS

RAB setup Failure Ratio for CS Conversational calls caused by Frozen BTS

RAB setup Failure Ratio for CS Conversational calls caused by RNCRAB setup Failure Ratio for CS Conversational calls caused by Transmission

RAB Setup FR for CS Conversational due to lack of Iur transport resources

RAB Setup FR for CS Conversational due to lack of Iu-CS transport resources

RAB Setup FR for CS Conversational due to Iub AAL2 transport

RAB setup access FR for CS Conversational calls caused by the UE

RAB setup access FR for CS Conversational calls caused by caused by RNC's internal reasons

PS RAB Setup FR due to AC

RAB Setup FR for PS Streaming calls due to BTS

RAB Setup FR for PS I&B calls due to ANCH

PS RAB Setup FR due to RNC

PS RAB Setup FR due to Frozen BTS

PS RAB Access FR due to UE

PS RAB Access FR due to RNC

PS Call Setup FR due to AC

PS Call Setup FR due to BTS

PS Setup FR due to lack of DMCU

PS Setup FR due to Transport

PS Setup FR due to UE

PS Setup FR due to Others



HSDPA Access FR due to RNC

HSDPA Access FR due to BTS

HSDPA Access FR due to Iub

HSDPA Access FR due to UE

HSDPA Access FR due to UL DCH

HSDPA Access FR due to AMR+HSPA

HSDPA Setup FR due to the DL powerHSUPA Setup Success Ratio from user perspective

E-DCH Not Selected due the BTS HW

E-DCH Setup FR due to BTS

E-DCH Setup FR due to Transport

E-DCH Setup FR due to UE

E-DCH Setup FR due to Other Failures



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KPI Title

RRC Active FR due to IU

RRC Active FR due to RADIO

RRC Active FR due to BTS

RRC Active FR due to IUR

RRC Active FR due to CIPH

RRC Active FR due to RNCRRC Active FR due to UE

RAB Active FR for CS Voice due to IU

RAB Active FR for CS Voice due to Radio

RAB Active FR for CS Voice due to BTS

RAB Active FR for CS Voice due to IUR

RAB Active FR for CS Voice due to RNC

RAB Active FR for CS Voice due to UE

RAB Active FR for CS Conv due to Iu

RAB Active FR for CS Conv due to Radio

RAB Active FR for CS Conv due to BTS

RAB Active FR for CS Conv due to Iur

RAB Active FR for CS Conv due to RNC

RAB Active FR for CS Conv due to UE

RAB Active FR for PS due to Iu

RAB Active FR for PS due to RADIO

RAB Active FR for PS due to BTS

RAB Active FR for PS due to Iur

RAB Active FR for PS due to RNC

RAB Active FR for PS due to UE

HS-DSCH/E-DCH Packet Call Rel due to RL Failures

HS-DSCH/DCH Packet Call Rel due to RL FailuresDCH/DCH Packet Call Rel due to RL Failures

HS-DSCH/E-DCH Packet Call Rel due to Other Failures

HS-DSCH/DCH Packet Call Rel due to Other Failures

DCH/DCH Packet Call Rel due to Other Failures

HS-DSCH Release Rate due to RL Failure

HS-DSCH Allocation Release Rate due to Non-RL failures

HS-DSCH Allocation Release Rate due to mobility

HS-DSCH Allocation Release Rate due to pre-emption

HS-DSCH Allocation Release Rate due to other than DCH switch

E-DCH Rel due to RL Failures

E-DCH Rel due to HS-DSCH serving cell change

E-DCH Rel due to Other Failures



KPI Formula

decode((servlev.rnc_334a),0,null,(100*(servlev.rrc_conn_act_fail_iu)/servlev.rnc_334a))

decode((servlev.rnc_334a),0,null,(100*(servlev.rrc_conn_act_fail_radio)/servlev.rnc_334a))

decode((servlev.rnc_334a),0,null,(100*(servlev.rrc_conn_act_fail_bts)/servlev.rnc_334a))

decode((servlev.rnc_334a),0,null,(100*(servlev.rrc_conn_act_fail_iur)/servlev.rnc_334a))

decode((servlev.rnc_334a),0,null,(100*(servlev.rrc_conn_act_fail_ciph)/servlev.rnc_334a))

decode((servlev.rnc_334a),0,null,(100*(servlev.rrc_conn_act_fail_rnc)/servlev.rnc_334a))decode((servlev.rnc_334a),0,null,(100*(servlev.rrc_conn_act_fail_ue)/servlev.rnc_334a))

decode( (servlev.rab_act_comp_cs_voice + servlev.rab_act_fail_cs_voice_bts + servlev.rab_act_fail_cs_voice_iu





decode((servlev.rnc_390a),0,null,(100*(servlev.rab_act_fail_cs_voice_ue)/servlev.rnc_390a))

decode( (servlev.rab_act_comp_cs_conv + servlev.rab_act_rel_cs_conv_srnc + servlev.rab_act_rel_cs_conv_p_e






decode( (servlev.rab_act_comp_ps_strea + servlev.rab_act_comp_ps_backg + servlev.rab_act_comp_ps_inter + s






decode( (pktcall.ps_rel_rl_fail_hs_e_int + pktcall.ps_rel_rl_fail_hs_e_bgr + pktcall.ps_rel_rl_fail_hs_e_stre + pktc

decode( (pktcall.ps_rel_rl_fail_hs_d_int + pktcall.ps_rel_rl_fail_hs_d_bgr + pktcall.ps_rel_rl_fail_hs_d_stre + pktcdecode( (pktcall.ps_rel_rl_fail_d_d_int + pktcall.ps_rel_rl_fail_d_d_bgr + pktcall.ps_rel_rl_fail_d_d_stre + pktcall.

decode( (pktcall.ps_rel_rl_fail_hs_e_int + pktcall.ps_rel_rl_fail_hs_e_bgr + pktcall.ps_rel_rl_fail_hs_e_stre + pktc

decode( (pktcall.ps_rel_rl_fail_hs_d_int + pktcall.ps_rel_rl_fail_hs_d_bgr + pktcall.ps_rel_rl_fail_hs_d_stre + pktc

decode( (pktcall.ps_rel_rl_fail_d_d_int + pktcall.ps_rel_rl_fail_d_d_bgr + pktcall.ps_rel_rl_fail_d_d_stre + pktcall.

decode( (traffic.rnc_1101b),0,null, (100*(traffic.rnc_677a + traffic.rel_allo_rl_fail_hs_dsch_str) / traffic.rnc_1101

decode( (traffic.rnc_1101b),0,null, (100*(traffic.rnc_675a + (traffic.rel_allo_oth_fail_hsdsch_str)) / traffic.rnc_110

decode( (traffic.rnc_1101b),0,null, (100*(traffic.rnc_679b + (traffic.rel_allo_hs_dsch_mob_dch_str)) / traffic.rnc_

decode( (traffic.rnc_1101b),0,null, (100*(traffic.rnc_681a + (traffic.rel_allo_hs_dsch_pre_emp_str)) / traffic.rnc_1

decode( (traffic.rnc_1101b),0,null, (100*(traffic.rnc_724a + (traffic.rel_allo_hs_dsch_oth_dch_str)) / traffic.rnc_1

decode( (traffic.rnc_1107b),0,null, (100*(traffic.rel_edch_rl_fail_int + traffic.rel_edch_rl_fail_bgr + traffic.rel_edc

decode( (traffic.rnc_1107b),0,null, (100*(traffic.rel_edch_hsdsch_scc_int + traffic.rel_edch_hsdsch_scc_bgr + traf

decode( (traffic.rnc_1107b),0,null, (100*(traffic.rel_edch_other_fail_int + traffic.rel_edch_other_fail_bgr + traffic.



No KPI Title Counter

1 CSSR Failures Causes sdcch_radio_fail

2 CSSR Failures Causes sdcch_a_if_fail_call

3 CSSR Failures Causes sdcch_abis_fail_call

4 CSSR Failures Causes sdcch_user_act

5 CSSR Failures Causes sdcch_bcsu_reset

6 CSSR Failures Causes sdcch_netw_act7 CSSR Failures Causes sdcch_bts_fail

8 CSSR Failures Causes sdcch_lapd_fail

9 CSSR Failures Causes sdcch_rf_old_ho

10 CSSR Failures Causes sdcch_abis_fail_old

11 CSSR Failures Causes sdcch_a_if_fail_old

12 CDR Causes tch_radio_fail

13 CDR Causes tch_abis_fail_call

14 CDR Causes tch_a_if_fail_call

15 CDR Causes tch_tr_fail

16 CDR Causes tch_user_act

17 CDR Causes tch_bcsu_reset

18 CDR Causes tch_netw_act

19 CDR Causes tch_act_fail_call

20 CDR Causes tch_lapd_fail

21 CDR Causes tch_bts_fail

22 CDR Causes tch_rf_old_ho

23 CDR Causes tch_abis_fail_old

24 CDR Causes tch_a_if_fail_old

25 CDR Causes tch_tr_fail_old

26 TBF SR Causes DL_TBF_Establishment_Failed

27 TBF SR Causes DL_EGPRS_TBF_REL_DUE_NO_RESP28 TBF SR Causes UL_TBF_Establishment_Failed

29 TBF SR Causes UL_EGPRS_TBF_REL_DUE_NO_RESP

30 TBF Drop Causes UL_TBF_REL_DUE_TO_FLUSH

31 TBF Drop Causes DL_TBF_REL_DUE_TO_FLUSH

32 TBF Drop Causes UL_TBF_REL_DUE_TO_SUSPEND

33 TBF Drop Causes DL_TBF_REL_DUE_TO_SUSPEND

34 TBF Drop Causes UL_TBF_RELEASES_DUE_DTM

35 TBF Drop Causes DL_TBF_RELEASES_DUE_DTM

KPI Strategy V5 2G 3G

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Transcript of KPI Strategy V5 2G 3G