No.

KPI NAME Type Key KPIs

1 %SDCCH Blocking Voice Yes

2 %SDCCH Drop Voice Yes

3 %TCH Blocking Voice Yes

4 %TCH Drop Voice Yes

GSM

5 TCH Traffic Erlang Voice Yes

6 %HO Failure Rate Voice Yes

7 %_RxQual_UL_Sum(0_4) Voice Yes

8 %_RxQual_DL_Sum(0_4) Voice Yes

 9 %Call Setup Success Voice Yes

10 Average Erlang Minute / drop Voice Yes

Data Yes
11 LLC_throughput_kbps (EGPRS) - DL

Data
12.1LLC_throughput_kbps (EGPRS) - UL
Data
12.2 LLC_throughput_kbps (GPRS) - DL
Data
12.3 LLC_throughput_kbps (GPRS) - UL

13 %UL Rretransmission Data Yes

14 %DL Retransmission Data Yes

15 %UL TBF establishment_success Data Yes

16 %DL TBF establishment_success Data Yes

GPRS

17 %_ul_tbf_success Data
GPR
17 %_ul_tbf_success Data

18 %_dl_tbf_success Data

19 %Packet Immediate Assign Reject Data Yes

20 gprs_rlc_payload_ul Data

21 gprs_rlc_payload_dl Data

22 ul_egprs_payload_data_kbyte Data
Yes (SUM to be Data Volume)

23 dl_egprs_payload_data_kbyte Data

24 %RACH success rate Voice Yes (SOD)

%Periodical
25 RAU Success rate (Core network) Data Yes (SOD)
Added SOD

26 %Paging Fail Voice + data

Yes (SOD)
Added S
27 %TCH Availability Voice Yes (SOD)

28 Average DL TBF per timeslot data

GPRS

29 Average UL TBF per timeslot data

30 Average PS territory data

31 tot_tch_amr_fr_erl Voice

32 tot_tch_amr_hr_erl Voice
GSM

33 % TCH traffic share of FR AMR calls Voice

 34 % TCH traffic share of HR AMR calls Voice

35 % TCH Assignment Voice Yes

GPRS

36 % Data channel availability data Yes (SOD)

37 CSF_2 voice

38 %SDCCH Success Rate No

39 PDCH Application Failure Rate No

 KPI NSN FORMULA

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

sum [(SDCCH_RADIO_FAIL + SDCCH_RF_OLD_HO + SDCCH_USER_ACT + SDCCH_BCSU_RESET +

SDCCH_NETW_ACT +SDCCH_ABIS_FAIL_OLD+ SDCCH_BTS_FAIL +
SDCCH_LAPD_FAIL + SDCCH_A_IF_FAIL_CALL + SDCCH_A_IF_FAIL_OLD)] /
sum(b.succ_seiz_term+b.succ_seiz_orig+b.sdcch_loc_upd+b.sdcch_call_re_est+ b.sdcch_emerg_call +
b.imsi_detach_sdcch + b.succ_sdcch_sms_est) +
sum(c.msc_i_sdcch + c.bsc_i_sdcch)

ch_req_rej_lack - tch_rej_due_req_ch_a_if_crc - cell_fail_lack)/(tch_request - tch_rej_due_req_ch_a_if_crc - ho_att_for_amr_to_fr - ho_att_for_amr_to

100*(tch_radio_fail + tch_rf_old_ho + tch_abis_fail_call + tch_abis_fail_old +tch_a_if_fail_call + tch_a_if_fail_old +

tch_tr_fail + tch_tr_fail_old + tch_lapd_fail + tch_bts_fail + tch_user_act + tch_bcsu_reset + tch_netw_act +
tch_act_fail_call)/(tch_norm_seiz + msc_i_sdcch_tch + bsc_i_sdcch_tch + cell_sdcch_tch + tch_seiz_due_sdcch_con +
msc_i_tch_tch + bsc_i_tch_tch - msc_o_tch_tch - bsc_o_tch_tch)

ave_busy_tch / res_av_denom14

100* [sum(msc_o_tch_tch_at + msc_o_sdcch_tch_at + msc_o_sdcch_at +

bsc_o_tch_tch_at + bsc_o_sdcch_tch_at+bsc_o_sdcch_at + cell_tch_tch_at + cell_sdcch_tch_at + cell_sdcch_at
- bsc_o_unsucc_a_int_circ_type - ho_unsucc_a_int_circ_type - MSC_CONTROLLED_OUT_HO) -
sum(msc_o_succ_ho + bsc_o_succ_ho + cell_succ_ho) -sum(msc_o_fail_lack + bsc_o_fail_lack+cell_fail_lack)] /
[sum(msc_o_tch_tch_at + msc_o_sdcch_tch_at + msc_o_sdcch_at + bsc_o_tch_tch_at +
bsc_o_sdcch_tch_at+bsc_o_sdcch_at + cell_tch_tch_at + cell_sdcch_tch_at + cell_sdcch_at
- bsc_o_unsucc_a_int_circ_type - ho_unsucc_a_int_circ_type - MSC_CONTROLLED_OUT_HO) -
sum(msc_o_fail_lack + bsc_o_fail_lack+cell_fail_lack)]

100*(freq_ul_qual0+freq_ul_qual1+freq_ul_qual2+freq_ul_qual3+freq_ul_qual4) /
(freq_ul_qual0+freq_ul_qual1+freq_ul_qual2+freq_ul_qual3+freq_ul_qual4+freq_ul_qual5+freq_ul_qual6+freq_ul_qual7)

100*(freq_dl_qual0+freq_dl_qual1+freq_dl_qual2+freq_dl_qual3+freq_dl_qual4) /
(freq_dl_qual0+freq_dl_qual1+freq_dl_qual2+freq_dl_qual3+freq_dl_qual4+freq_dl_qual5+freq_dl_qual6+freq_dl_qual7)
 100*(freq_dl_qual0+freq_dl_qual1+freq_dl_qual2+freq_dl_qual3+freq_dl_qual4) /
(freq_dl_qual0+freq_dl_qual1+freq_dl_qual2+freq_dl_qual3+freq_dl_qual4+freq_dl_qual5+freq_dl_qual6+freq_dl_qual7)

100*(tch_norm_seiz + msc_o_sdcch_tch + bsc_o_sdcch_tch)/(tch_call_req)

60 * sum(p_nbsc_res_avail.ave_busy_tch/p_nbsc_res_avail.res_av_denom14)
----------------------------------------------------------------------
sum(tch_radio_fail + tch_rf_old_ho + tch_abis_fail_call + tch_abis_fail_old +tch_a_if_fail_call + tch_a_if_fail_old +
tch_tr_fail + tch_tr_fail_old + tch_lapd_fail + tch_bts_fail + tch_user_act + tch_bcsu_reset + tch_netw_act +
tch_act_fail_call)

(avg_vol_wght_llc_troughput_num*8) / (avg_vol_wght_llc_troughput_den*10)

100*(RETRANS_RLC_DATA_BLOCKS_UL)/(UL_RLC_BLOCKS_IN_ACK_MODE +
RETRANS_RLC_DATA_BLOCKS_UL)

100*(RETRANS_RLC_DATA_BLOCKS_DL)/(DL_RLC_BLOCKS_IN_ACK_MODE +
RETRANS_RLC_DATA_BLOCKS_DL)

1-100*(ul_tbf_establishment_failed+ul_egprs_tbf_rel_due_no_resp)/(nbr_of_ul_tbf)

100*(dl_tbf_establishment_failed+dl_egprs_tbf_rel_due_no_resp)/(nbr_of_dl_tbf)

1-100*(nbr_of_ul_tbf - ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp - ave_dur_ul_tbf_den

-ul_tbf_rel_due_to_flush - ul_tbf_rel_due_to_suspend - ul_tbf_releases_due_dtm) / (nbr_of_ul_tbf -
ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp)
 1-100*(nbr_of_ul_tbf - ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp - ave_dur_ul_tbf_den
-ul_tbf_rel_due_to_flush - ul_tbf_rel_due_to_suspend - ul_tbf_releases_due_dtm) / (nbr_of_ul_tbf -
ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp)

100-100*(nbr_of_dl_tbf - dl_tbf_establishment_failed - dl_egprs_tbf_rel_due_no_resp - (ave_dur_dl_tbf_den)-

dl_tbf_rel_due_to_flush-dl_tbf_rel_due_to_suspend-dl_tbf_releases_due_dtm) / (nbr_of_dl_tbf -
dl_tbf_establishment_failed - dl_egprs_tbf_rel_due_no_resp)

100*(packet_immed_ass_rej_msg) / (packet_ch_req)

(rlc_data_blocks_ul_cs1*20 + rlc_data_blocks_ul_cs2*30)/1024

(rlc_data_blocks_dl_cs1*20 + rlc_data_blocks_dl_cs2*30)/1024

(sum over MCS-1 (xx)* 22+ sum over MCS-2 (xx)* 28+ sum over MCS-3 (xx)* 37+ sum over MCS-4 (xx)* 44+
sum over MCS-5 (xx)* 56+ sum over MCS-6 (xx)* 74+ sum over MCS-7 (xx/2)*112+ sum over MCS-8 (xx/2)*136+ sum
over MCS-9 (xx/2)*148) / 1024

(sum over MCS-1 (xx)* 22+ sum over MCS-2 (xx)* 28+ sum over MCS-3 (xx)* 37+ sum over MCS-4 (xx)* 44+
sum over MCS-5 (xx)* 56+ sum over MCS-6 (xx)* 74+ sum over MCS-7 (xx/2)*112+ sum over MCS-8 (xx/2)*136+ sum
over MCS-9 (xx/2)*148) / 1024

RACH success rate % =

[ CH_REQ_MSG_REC -
(GHOST_CCCH_RES - REJ_SEIZ_ATT_DUE_DIST+ BCSU_OVERLOAD_LOWER_LIMIT+
BCSU_OVERLOAD_UPPER_LIMIT+ BCSU_OVERLOAD_DELETED_RACH)
] / CH_REQ_MSG_REC

Periodical RAU Success rate % =

[ SUCC_PERIODICAL_RA_UPDAT / (SUCC_PERIODICAL_RA_UPDAT + FAIL_PERIODICAL_RA_UPDAT +
PERIODIC_RAU_F_MS_IDENT + PERIODIC_RAU_F_IMP_DETACH + PERIODIC_RAU_F_NO_S_CELL +
PERIODIC_RAU_F_PROT_ERR) ]

sum [DELETE_PAGING_COMMAND] / sum [Sum_PagingSent + PS_PAGING_MSG_SENT+CS_PAGING_MSG_SENT]

 TCH Availability / TCH Defind

(aver_tbfs_per_tsl_dl_sum)/(aver_tbfs_per_tsl_dl_den*100)

(aver_tbfs_per_tsl_ul_sum)/(aver_tbfs_per_tsl_ul_den*100)

(ave_gprs_channels_sum)/(ave_gprs_channels_den)

(amr_fr_mode_1_ul_rxqual_0 + amr_fr_mode_1_ul_rxqual_1 + amr_fr_mode_1_ul_rxqual_2 +

amr_fr_mode_1_ul_rxqual_3 + amr_fr_mode_1_ul_rxqual_4 + amr_fr_mode_1_ul_rxqual_5 +
amr_fr_mode_1_ul_rxqual_6 + amr_fr_mode_1_ul_rxqual_7 + amr_fr_mode_2_ul_rxqual_0 +
amr_fr_mode_2_ul_rxqual_1 + amr_fr_mode_2_ul_rxqual_2 + amr_fr_mode_2_ul_rxqual_3 +
amr_fr_mode_2_ul_rxqual_4 + amr_fr_mode_2_ul_rxqual_5 + amr_fr_mode_2_ul_rxqual_6 +
amr_fr_mode_2_ul_rxqual_7 + amr_fr_mode_3_ul_rxqual_0 + amr_fr_mode_3_ul_rxqual_1 +
amr_fr_mode_3_ul_rxqual_2 + amr_fr_mode_3_ul_rxqual_3 + amr_fr_mode_3_ul_rxqual_4 +
amr_fr_mode_3_ul_rxqual_5 + amr_fr_mode_3_ul_rxqual_6 + amr_fr_mode_3_ul_rxqual_7 +
amr_fr_mode_4_ul_rxqual_0 + amr_fr_mode_4_ul_rxqual_1 + amr_fr_mode_4_ul_rxqual_2 +
amr_fr_mode_4_ul_rxqual_3 + amr_fr_mode_4_ul_rxqual_4 + amr_fr_mode_4_ul_rxqual_5 +
amr_fr_mode_4_ul_rxqual_6 + amr_fr_mode_4_ul_rxqual_7)*(0.48)/3600

(amr_hr_mode_1_ul_rxqual_0 + amr_hr_mode_1_ul_rxqual_1 + amr_hr_mode_1_ul_rxqual_2 +

amr_hr_mode_1_ul_rxqual_3 + amr_hr_mode_1_ul_rxqual_4 + amr_hr_mode_1_ul_rxqual_5 +
amr_hr_mode_1_ul_rxqual_6 + amr_hr_mode_1_ul_rxqual_7 + amr_hr_mode_2_ul_rxqual_0 +
amr_hr_mode_2_ul_rxqual_1 + amr_hr_mode_2_ul_rxqual_2 + amr_hr_mode_2_ul_rxqual_3 +
amr_hr_mode_2_ul_rxqual_4 + amr_hr_mode_2_ul_rxqual_5 + amr_hr_mode_2_ul_rxqual_6 +
amr_hr_mode_2_ul_rxqual_7 + amr_hr_mode_3_ul_rxqual_0 + amr_hr_mode_3_ul_rxqual_1 +
amr_hr_mode_3_ul_rxqual_2 + amr_hr_mode_3_ul_rxqual_3 + amr_hr_mode_3_ul_rxqual_4 +
amr_hr_mode_3_ul_rxqual_5 + amr_hr_mode_3_ul_rxqual_6 + amr_hr_mode_3_ul_rxqual_7 +
amr_hr_mode_4_ul_rxqual_0 + amr_hr_mode_4_ul_rxqual_1 + amr_hr_mode_4_ul_rxqual_2 +
amr_hr_mode_4_ul_rxqual_3 + amr_hr_mode_4_ul_rxqual_4 + amr_hr_mode_4_ul_rxqual_5 +
amr_hr_mode_4_ul_rxqual_6 + amr_hr_mode_4_ul_rxqual_7)*(0.48)/3600

100*((amr_fr_mode_1_ul_rxqual_0 + amr_fr_mode_1_ul_rxqual_1 + amr_fr_mode_1_ul_rxqual_2 +

amr_fr_mode_1_ul_rxqual_3 + amr_fr_mode_1_ul_rxqual_4 + amr_fr_mode_1_ul_rxqual_5 +
amr_fr_mode_1_ul_rxqual_6 + amr_fr_mode_1_ul_rxqual_7 + amr_fr_mode_2_ul_rxqual_0 +
amr_fr_mode_2_ul_rxqual_1 + amr_fr_mode_2_ul_rxqual_2 + amr_fr_mode_2_ul_rxqual_3 +
amr_fr_mode_2_ul_rxqual_4 + amr_fr_mode_2_ul_rxqual_5 + amr_fr_mode_2_ul_rxqual_6 +
amr_fr_mode_2_ul_rxqual_7 + amr_fr_mode_3_ul_rxqual_0 + amr_fr_mode_3_ul_rxqual_1 +
amr_fr_mode_3_ul_rxqual_2 + amr_fr_mode_3_ul_rxqual_3 + amr_fr_mode_3_ul_rxqual_4 +
amr_fr_mode_3_ul_rxqual_5 + amr_fr_mode_3_ul_rxqual_6 + amr_fr_mode_3_ul_rxqual_7 +
amr_fr_mode_4_ul_rxqual_0 + amr_fr_mode_4_ul_rxqual_1 + amr_fr_mode_4_ul_rxqual_2 +
amr_fr_mode_4_ul_rxqual_3 + amr_fr_mode_4_ul_rxqual_4 + amr_fr_mode_4_ul_rxqual_5 +
amr_fr_mode_4_ul_rxqual_6 +
amr_fr_mode_4_ul_rxqual_7)*(0.48)/3600)/((freq_ul_qual0+freq_ul_qual1+freq_ul_qual2+freq_ul_qual3+freq_ul_qual4+f
req_ul_qual5+freq_ul_qual6+freq_ul_qual7)*(0.48)/3600)
 100*((amr_hr_mode_1_ul_rxqual_0 + amr_hr_mode_1_ul_rxqual_1 + amr_hr_mode_1_ul_rxqual_2 +
amr_hr_mode_1_ul_rxqual_3 + amr_hr_mode_1_ul_rxqual_4 + amr_hr_mode_1_ul_rxqual_5 +
amr_hr_mode_1_ul_rxqual_6 + amr_hr_mode_1_ul_rxqual_7 + amr_hr_mode_2_ul_rxqual_0 +
amr_hr_mode_2_ul_rxqual_1 + amr_hr_mode_2_ul_rxqual_2 + amr_hr_mode_2_ul_rxqual_3 +
amr_hr_mode_2_ul_rxqual_4 + amr_hr_mode_2_ul_rxqual_5 + amr_hr_mode_2_ul_rxqual_6 +
amr_hr_mode_2_ul_rxqual_7 + amr_hr_mode_3_ul_rxqual_0 + amr_hr_mode_3_ul_rxqual_1 +
amr_hr_mode_3_ul_rxqual_2 + amr_hr_mode_3_ul_rxqual_3 + amr_hr_mode_3_ul_rxqual_4 +
amr_hr_mode_3_ul_rxqual_5 + amr_hr_mode_3_ul_rxqual_6 + amr_hr_mode_3_ul_rxqual_7 +
amr_hr_mode_4_ul_rxqual_0 + amr_hr_mode_4_ul_rxqual_1 + amr_hr_mode_4_ul_rxqual_2 +
amr_hr_mode_4_ul_rxqual_3 + amr_hr_mode_4_ul_rxqual_4 + amr_hr_mode_4_ul_rxqual_5 +
amr_hr_mode_4_ul_rxqual_6 +
amr_hr_mode_4_ul_rxqual_7)*(0.48)/3600)/((freq_ul_qual0+freq_ul_qual1+freq_ul_qual2+freq_ul_qual3+freq_ul_qual4+f
req_ul_qual5+freq_ul_qual6+freq_ul_qual7)*(0.48)/3600)

100*(MS_TCH_SUCC_SEIZ_ASSIGN_CMPLT + BSC_O_SDCCH_TCH +
MSC_O_SDCCH_TCH)/( TCH_REQUESTS_CALL_ATTEMPT + BSC_O_SDCCH_TCH_AT +
MSC_O_SDCCH_TCH_AT)

PS_TERRITORY_TIMESLOT/PS_DEDICATED_TIMESLOT

100-100*(call_setup_failure)/(call_setup_failure+call_setup_succ)
 Portion

SD BLOCK

SD SEIZ Attempt

SDCCH drop

SDCCH Assign Attempt

TCH Block

TCH Attempt

TCH_DROP_NEW

TCH_ASSIGN

TCH Traffic Erlang

HO Fail

HO Attempt

RxQual UL 0-4

RxQual UL 0-7

RxQual DL 0-4
 RxQual DL 0-7

call setup success

call setup request

Erlang Minute

Retransmit UL MCS1-9

Number RLC block UL

Retransmit DL MCS1-9

Number RLC block DL

ul_tbf_establishment_success

ul_tbf_establishment_attempt

dl_tbf_establishment_success

dl_tbf_establishment_attempt

UL TBF Success (or 1-Fail)

 UL TBF Success (or 1-Fail)

ul_tbf_establishment_success

DL TBF Success

dl_tbf_establishment_success
Packet Imm Ass Reject
Packet Channel Request

where xx = (UL_RLC_BLOCKS_IN_ACK_MODE +
UL_RLC_BLOCKS_IN_UNACK_MODE)
where MCS1 = CODEID:1, MCS2 =
CODEID:2,.......,MCS9 = CODEID:9

where xx = (DL_RLC_BLOCKS_IN_ACK_MODE +
DL_RLC_BLOCKS_IN_UNACK_MODE)
where MCS1 = CODEID:1, MCS2
= CODEID:2,.......,MCS9 = CODEID:9

RACH Success

Channel Request

RA Periodic Update

RA Attempt
Paging Fail

Paging Attempt
TCH Availability

TCH Defind
TCH setup success

TCH setup request

 NSN Formula

sum(SDCCH_busy_att - tch_seiz_due_sdcch_con)

sum(SDCCH_seiz_att)

sum [(SDCCH_RADIO_FAIL + SDCCH_RF_OLD_HO + SDCCH_USER_ACT + SDCCH_BCSU_RESET +

SDCCH_NETW_ACT +SDCCH_ABIS_FAIL_OLD+ SDCCH_BTS_FAIL +
SDCCH_LAPD_FAIL + SDCCH_A_IF_FAIL_CALL + SDCCH_A_IF_FAIL_OLD)]

sum(b.succ_seiz_term + b.succ_seiz_orig + b.sdcch_loc_upd + b.sdcch_call_re_est + b.sdcch_emerg_call +

b.imsi_detach_sdcch + b.succ_sdcch_sms_est) + sum(c.msc_i_sdcch + c.bsc_i_sdcch)

sum [tch_req_rej_lack - tch_rej_due_req_ch_a_if_crc - cell_fail_lack]

sum [tch_request - tch_rej_due_req_ch_a_if_crc - (ho_att_for_amr_to_fr + ho_att_for_amr_to_hr)]

sum(TCH_RADIO_FAIL + TCH_RF_OLD_HO + TCH_ABIS_FAIL_CALL + TCH_ABIS_FAIL_OLD +

TCH_A_IF_FAIL_CALL + TCH_A_IF_FAIL_OLD + TCH_TR_FAIL + TCH_TR_FAIL_OLD + TCH_LAPD_FAIL
+ TCH_BTS_FAIL + TCH_USER_ACT + TCH_BCSU_RESET + TCH_NETW_ACT + TCH_ACT_FAIL_CALL)

sum [(TCH_NORM_SEIZ + MSC_I_SDCCH_TCH + BSC_I_SDCCH_TCH + CELL_SDCCH_TCH +

TCH_SEIZ_DUE_SDCCH_CON)
+ MSC_I_TCH_TCH + BSC_I_TCH_TCH
- MSC_O_TCH_TCH - BSC_O_TCH_TCH ]
ave_busy_tch / res_av_denom14

/* all HO attempts */
sum(msc_o_tch_tch_at+msc_o_sdcch_tch_at+msc_o_sdcch_at
+bsc_o_tch_tch_at+bsc_o_sdcch_tch_at+bsc_o_sdcch_at
+cell_tch_tch_at+cell_sdcch_tch_at+cell_sdcch_at
-bsc_o_unsucc_a_int_circ_type - ho_unsucc_a_int_circ_type
-MSC_CONTROLLED_OUT_HO)
/*successful handovers */
-sum(msc_o_succ_ho +bsc_o_succ_ho+cell_succ_ho)

/* handovers failing due to blocking */

-sum(msc_o_fail_lack+bsc_o_fail_lack+cell_fail_lack)

+bsc_o_tch_tch_at+bsc_o_sdcch_tch_at+bsc_o_sdcch_at
+cell_tch_tch_at+cell_sdcch_tch_at+cell_sdcch_at
-bsc_o_unsucc_a_int_circ_type - ho_unsucc_a_int_circ_type
-MSC_CONTROLLED_OUT_HO)
/* handovers failing due to blocking */
(freq_ul_qual0+freq_ul_qual1+freq_ul_qual2+freq_ul_qual3+freq_ul_qual4)

(freq_ul_qual0+freq_ul_qual1+freq_ul_qual2+freq_ul_qual3+freq_ul_qual4+freq_ul_qual5+freq_ul_qual6+freq_
ul_qual7)

(freq_dl_qual0+freq_dl_qual1+freq_dl_qual2+freq_dl_qual3+freq_dl_qual4)
(freq_dl_qual0+freq_dl_qual1+freq_dl_qual2+freq_dl_qual3+freq_dl_qual4+freq_dl_qual5+freq_dl_qual6+freq_dl_qual7)

tch_norm_seiz + msc_o_sdcch_tch + bsc_o_sdcch_tch

tch_call_req

ave_busy_tch/res_av_denom14 * 60

(avg_vol_wght_llc_troughput_num*8)
(avg_vol_wght_llc_troughput_den*10)

Sum over MCS1 to 9 (RETRANS_RLC_DATA_BLOCKS_UL)

Sum over MCS1 to 9 (UL_RLC_BLOCKS_IN_ACK_MODE + RETRANS_RLC_DATA_BLOCKS_UL)

Sum over MCS1 to 9 (RETRANS_RLC_DATA_BLOCKS_DL)

Sum over MCS1 to 9 (DL_RLC_BLOCKS_IN_ACK_MODE + RETRANS_RLC_DATA_BLOCKS_DL)

nbr_of_ul_tbf - ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp

nbr_of_ul_tbf

nbr_of_dl_tbf - dl_tbf_establishment_failed - dl_egprs_tbf_rel_due_no_resp

nbr_of_dl_tbf

(nbr_of_ul_tbf - ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp) - (nbr_of_ul_tbf -

ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp - ave_dur_ul_tbf_den - ul_tbf_rel_due_to_flush -
ul_tbf_rel_due_to_suspend - ul_tbf_releases_due_dtm)
 (nbr_of_ul_tbf - ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp) - (nbr_of_ul_tbf -
ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp - ave_dur_ul_tbf_den - ul_tbf_rel_due_to_flush -
ul_tbf_rel_due_to_suspend - ul_tbf_releases_due_dtm)

(nbr_of_ul_tbf - ul_tbf_establishment_failed - ul_egprs_tbf_rel_due_no_resp)

(nbr_of_dl_tbf - dl_tbf_establishment_failed - dl_egprs_tbf_rel_due_no_resp) - (nbr_of_dl_tbf -

dl_tbf_establishment_failed - dl_egprs_tbf_rel_due_no_resp - ave_dur_dl_tbf_den - dl_tbf_rel_due_to_flush -
dl_tbf_rel_due_to_suspend - dl_tbf_releases_due_dtm)

(nbr_of_dl_tbf - dl_tbf_establishment_failed - dl_egprs_tbf_rel_due_no_resp)

packet_immed_ass_rej_msg
packet_ch_req

CH_REQ_MSG_REC - (GHOST_CCCH_RES - REJ_SEIZ_ATT_DUE_DIST +

BCSU_OVERLOAD_LOWER_LIMIT + BCSU_OVERLOAD_UPPER_LIMIT +
BCSU_OVERLOAD_DELETED_RACH)

CH_REQ_MSG_REC

SUCC_PERIODICAL_RA_UPDAT

(SUCC_PERIODICAL_RA_UPDAT + FAIL_PERIODICAL_RA_UPDAT + PERIODIC_RAU_F_MS_IDENT

+ PERIODIC_RAU_F_IMP_DETACH + PERIODIC_RAU_F_NO_S_CELL +
PERIODIC_RAU_F_PROT_ERR)
sum [DELETE_PAGING_COMMAND]

sum [Sum_PagingSent + PS_PAGING_MSG_SENT+CS_PAGING_MSG_SENT]

 sum[(case AVE_AVAIL_TCH_DEN when 0 then 0 else 1.00* AVE_AVAIL_TCH_SUM /
AVE_AVAIL_TCH_DEN end) +
(case AVE_GPRS_CHANNELS_DEN when 0 then 0 else 1.00 *
AVE_GPRS_CHANNELS_SUM/AVE_GPRS_CHANNELS_DEN end)]

sum [round((case AVE_AVAIL_TCH_DEN when 0 then 0 else 1.00* AVE_AVAIL_TCH_SUM /

AVE_AVAIL_TCH_DEN end) +
(case AVE_GPRS_CHANNELS_DEN when 0 then 0 else 1.00 *
AVE_GPRS_CHANNELS_SUM/AVE_GPRS_CHANNELS_DEN end)
+ isnull(1.00*ave_non_avail_tch_timeslot / nullif(non_avail_tch_denom,0),0)
,0)]
 (MS_TCH_SUCC_SEIZ_ASSIGN_CMPLT + BSC_O_SDCCH_TCH + MSC_O_SDCCH_TCH)

( TCH_REQUESTS_CALL_ATTEMPT + BSC_O_SDCCH_TCH_AT + MSC_O_SDCCH_TCH_AT)

 KPI Huawei Formula

100*K3001/K3000

100*CM30/K3003

100*(K3011A+K3021+K3011B)/(K3020+K3010A+K3010B)

100*(K3022+K3012A+K3012B) /(K3013A+K3023+CH323+CH343-CH313-CH333)

K3014

100*(CH332+CH312)/(CH331+CH311)

100*(Sum of ULRxQual0-4 FR+Sum of ULRxQual0-4 HR)/(Sum of ULRxQual0-7FR+Sum of ULRxQual0-7 HR)

100*(Sum of DLRxQual0-4 FR+Sum of DLRxQual0-4 HR)/(Sum of DLRxQual0-7FR+Sum of DLRxQual0-7 HR)

100*(Sum of DLRxQual0-4 FR+Sum of DLRxQual0-4 HR)/(Sum of DLRxQual0-7FR+Sum of DLRxQual0-7 HR)

100*(K3013A+H3111X+H3311X)/K3010A

60*K3014/(K3022+K3012A+K3012B)

TL9510:Downlink LLC Throughput Rate

#N/A

#N/A

#N/A

RL9236:Retransmission Rate of Uplink EGPRS RLC Data Blocks

RL9337:Retransmission Rate of Downlink EGPRS RLC Data Blocks

100*(A9002+A9202) /(A9001+A9201)

100*(A9102+A9302) /(A9101+A9301)

100-100*(A9002+A9202-A9005-A9205-A9008-A9208-A9009-A9209)/(A9002+A9202)
 100-100*(A9002+A9202-A9005-A9205-A9008-A9208-A9009-A9209)/(A9002+A9202)

100-100*(A9102+A9302-A9105-A9305-A9107-A9307-A9108-A9308)/(A9102+A9302)

100*A302H/A300H

(L9002*20+L9003*30+L9004*36+L9005*50)/(1024)

(L9102*20+L9103*30+L9104*36+L9105*50)/(1024)

(L9202*22+L9203*28+L9204*37+L9205*44+L9206*56+L9207*74+(L9208*112+L9209*136+L9210*148)/2)/(1024)

(L9302*22+L9303*28+L9304*37+L9305*44+L9306*56+L9307*74+(L9308*112+L9309*136+L9310*148)/2)/(1024)

RA301G:Success Rate of Random Access

RL3188:OVERLOAD rate of paging

 RR307

(R9374+R9370+R9378)/(R9388+R9390+R9392)

(R9372+R9376+R9368)/(R9391+R9389+R9387)

AR9303:Average Number of Available PDCHs

AR3551C

AR3552C

100*AR3551C/K3014
 100*AR3552C/K3014

100*(K3013+H3111X+H3311X)/(K3010A+H3101X+H3301X)

AR9303/CR3001
 Huawei Counter definition

K3001:Failed SDCCH Seizures due to Busy SDCCH

K3000:SDCCH Seizure Requests

CM30:Call Drops on SDCCH

K3003:Successful SDCCH Seizures

K3011A:Failed TCH Seizures due to Busy TCH (Traffic Channel)

K3021:Failed TCH Seizures due to Busy TCH (Signaling Channel)
K3011B:Failed TCH Seizures in TCH Handovers due to Busy TCH (Traffic Channel)
K3020:TCH Seizure Requests (Signaling Channel)
K3010A:TCH Seizure Requests (Traffic Channel)
K3010B:TCH Seizure Requests in TCH Handovers (Traffic Channel)
K3022:Call Drops on TCH (Signaling Channel)
K3012A:Call Drops on TCH in Stable State (Traffic Channel)
K3012B:Call Drops in TCH Handovers (Traffic Channel)
K3013A:Successful TCH Seizures (Traffic Channel)
K3023:Successful TCH Seizures (Signaling Channel)
CH323:Successful Incoming Internal Inter-Cell Handovers (already include direct retry)
CH343:Successful Incoming External Inter-Cell Handovers (already include direct retry)
CH313:Successful Outgoing Internal Inter-Cell Handover (already include direct retry)

CH333:Successful Outgoing External Inter-Cell Handovers (already include direct retry)

K3014:Traffic Volume on TCH (Traffic Channel)

CH332:Failed Outgoing External Inter-Cell Handovers

CH312:Number of Unsuccessful Outgoing Internal Inter-Cell Handovers

CH331:Outgoing External Inter-Cell Handover Commands
CH311:Number of Outgoing Internal Inter-Cell Handover Commands

CS410A,CS411A,CS412A,CS413A,CS414A,CS415A,CS416A,CS417A:Number of MRs on Uplink TCHF

Receive Quality Rank 0-->7
CS410C,CS411C,CS412C,CS413C,CS414C,CS415C,CS416C,CS417C:Number of MRs on Uplink TCHH
Receive Quality Rank 0-->7

CS410B,CS411B,CS412B,CS413B,CS414B,CS415B,CS416B,CS417B:Number of MRs on Downlink TCHF

Receive Quality Rank 0-->7
CS410D,CS411D,CS412D,CS413D,CS414D,CS415D,CS416D,CS417D:Number of MRs on Downlink TCHH
Receive Quality Rank 0-->7
CS410B,CS411B,CS412B,CS413B,CS414B,CS415B,CS416B,CS417B:Number of MRs on Downlink TCHF
Receive Quality Rank 0-->7
CS410D,CS411D,CS412D,CS413D,CS414D,CS415D,CS416D,CS417D:Number of MRs on Downlink TCHH
Receive Quality Rank 0-->7
K3010A:TCH Seizure Requests (Traffic Channel)
K3013A:Successful TCH Seizures (Traffic Channel)
H3111X:Number of Outgoing Internal Inter-Cell Handover Commands (Directed Retry) (1800/1900-1800/1900)
H3311X:Outgoing External Inter-Cell Handover Commands (Directed Retry) (1800/1900-1800/1900)
K3014:Traffic Volume on TCH (Traffic Channel)
K3022:Call Drops on TCH (Signaling Channel)
K3012A:Call Drops on TCH in Stable State (Traffic Channel)
K3012B:Call Drops in TCH Handovers (Traffic Channel)

TL9510:Downlink LLC Throughput Rate

RL9236:Retransmission Rate of Uplink EGPRS RLC Data Blocks

RL9337:Retransmission Rate of Downlink EGPRS RLC Data Blocks

A9002:Number of Successful Uplink GPRS TBF Establishments

A9202:Number of Successful Uplink EGPRS TBF Establishments

A9001:Number of Uplink GPRS TBF Establishment Attempts

A9201:Number of Uplink EGPRS TBF Establishment Attempts

A9102:Number of Successful Downlink GPRS TBF Establishments

A9302:Number of Successful Downlink EGPRS TBF Establishments

A9101:Number of Downlink GPRS TBF Establishment Attempts

A9301:Number of Downlink EGPRS TBF Establishment Attempts

A9006:Number of Uplink GPRS TBF Abnormal Releases due to N3101 Overflow (MS No Response)
A9007:Number of Uplink GPRS TBF Abnormal Releases due to N3103 Overflow (MS No Response)
A9206:Number of Uplink EGPRS TBF Abnormal Releases due to N3101 Overflow (MS No Response)
A9207:Number of Uplink EGPRS TBF Abnormal Releases due to N3103 Overflow (MS No Response)
A9008:Number of Uplink GPRS TBF Abnormal Releases due to SUSPEND
A9009:Number of Uplink GPRS TBF Abnormal Releases due to FLUSH
 A9208:Number of Uplink EGPRS TBF Abnormal Releases due to SUSPEND
A9209:Number of Uplink EGPRS TBF Abnormal Releases due to FLUSH
A9005:Number of Uplink GPRS TBF Normal Releases
A9205:Number of Uplink EGPRS TBF Normal Releases
A9002:Number of Successful Uplink GPRS TBF Establishments
A9202:Number of Successful Uplink EGPRS TBF Establishments
A9107:Number of Downlink GPRS TBF Abnormal Releases due to SUSPEND
A9307:Number of Downlink EGPRS TBF Abnormal Releases due to SUSPEND
A9108:Number of Downlink GPRS TBF Abnormal Releases due to FLUSH
A9308:Number of Downlink EGPRS TBF Abnormal Releases due to FLUSH
A9105:Number of Downlink GPRS TBF Normal Releases
A9305:Number of Downlink EGPRS TBF Normal Releases
A9102:Number of Successful Downlink GPRS TBF Establishments
A9302:Number of Successful Downlink EGPRS TBF Establishments
A302H:Rejects to Immediate Assignments (Packet Service)
A300H:Channel Requests (Packet Call)
L9002:Total Number of Uplink RLC Data Blocks Using CS1
L9003:Total Number of Uplink RLC Data Blocks Using CS2
L9004:Total Number of Uplink RLC Data Blocks Using CS3
L9005:Total Number of Uplink RLC Data Blocks Using CS4
L9102:Total Number of Downlink RLC Data Blocks Using CS1
L9103:Total Number of Downlink RLC Data Blocks Using CS2
L9104:Total Number of Downlink RLC Data Blocks Using CS3
L9105:Total Number of Downlink RLC Data Blocks Using CS4
L9202:Total Number of Uplink EGPRS MCS1 RLC Data Blocks
L9203:Total Number of Uplink EGPRS MCS2 RLC Data Blocks
L9204:Total Number of Uplink EGPRS MCS3 RLC Data Blocks
L9205:Total Number of Uplink EGPRS MCS4 RLC Data Blocks
L9206:Total Number of Uplink EGPRS MCS5 RLC Data Blocks
L9207:Total Number of Uplink EGPRS MCS6 RLC Data Blocks
L9208:Total Number of Uplink EGPRS MCS7 RLC Data Blocks
L9209:Total Number of Uplink EGPRS MCS8 RLC Data Blocks
L9210:Total Number of Uplink EGPRS MCS9 RLC Data Blocks
L9302:Total Number of Downlink EGPRS MCS1 RLC Data Blocks
L9303:Total Number of Downlink EGPRS MCS2 RLC Data Blocks
L9304:Total Number of Downlink EGPRS MCS3 RLC Data Blocks
L9305:Total Number of Downlink EGPRS MCS4 RLC Data Blocks
L9306:Total Number of Downlink EGPRS MCS5 RLC Data Blocks
L9307:Total Number of Downlink EGPRS MCS6 RLC Data Blocks
L9308:Total Number of Downlink EGPRS MCS7 RLC Data Blocks
L9309:Total Number of Downlink EGPRS MCS8 RLC Data Blocks
L9310:Total Number of Downlink EGPRS MCS9 RLC Data Blocks

RA301G:Success Rate of Random Access

A330:Delivered Paging Messages for CS Service

A331:Delivered Paging Messages for PS Service
RL3188:OVERLOAD rate of paging
 RR307:TCH Availability

R9374:Number of Concurrent Downlink GPRS TBFs on EGPRS PDCH

R9370:Number of Concurrent Downlink GPRS TBFs on GPRS PDCH
R9378:Number of Concurrent Downlink EGPRS TBFs on EGPRS PDCH
R9388:Number of GPRS PDCHs carrying downlink GPRS TBFs
R9392:Number of EGPRS PDCHs carrying downlink GPRS TBFs
R9390:Number of EGPRS PDCHs carrying downlink EGPRS TBFs
R9372:Number of Concurrent Uplink GPRS TBFs on EGPRS PDCH
R9376:Number of Concurrent Uplink EGPRS TBFs on EGPRS PDCH
R9368:Number of Concurrent Uplink GPRS TBFs on GPRS PDCH
R9391:Number of EGPRS PDCHs carrying uplink GPRS TBFs
R9389:Number of EGPRS PDCHs carrying uplink EGPRS TBFs
R9387:Number of GPRS PDCHs carrying uplink GPRS TBFs
AR9303:Average Number of Available PDCHs

AR3551C:Traffic Volume on AMR TCHFs

AR3552C:Traffic Volume on AMR TCHHs

AR3551C:Traffic Volume on AMR TCHFs

K3014:Traffic Volume on TCH (Traffic Channel)
 AR3552C:Traffic Volume on AMR TCHHs
K3014:Traffic Volume on TCH (Traffic Channel)

K3010A:TCH Seizure Requests (Traffic Channel)

K3013A:Successful TCH Seizures (Traffic Channel)
H3111X:Number of Outgoing Internal Inter-Cell Handover Commands (Directed Retry) (1800/1900-1800/1900)
H3311X:Outgoing External Inter-Cell Handover Commands (Directed Retry) (1800/1900-1800/1900)
H3101X:Number of Outgoing Internal Inter-Cell Handover Requests (Directed Retry) (1800/1900-1800/1900)
H3301X:Outgoing External Inter-Cell Handover Requests (Directed Retry) (1800/1900-1800/1900)
 Formula status DTAC comments

benchmark(for acceptant) OK

benchmark(for acceptant) OK

benchmark(for acceptant) revise

benchmark(for acceptant) revise

benchmark(for acceptant) OK

benchmark(for acceptant) revise

benchmark(for acceptant) revise

benchmark(for acceptant) revise

benchmark(for acceptant) revise

Monitor revise

benchmark(for acceptant) Ok

benchmark(for acceptant) revise

Monitor not discuss

Monitor not discuss

Monitor not discuss

benchmark(for acceptant) revise

benchmark(for acceptant) revise

benchmark(for acceptant) revise

benchmark(for acceptant) Ok

Monitor revise
 Monitor revise

Monitor revise

benchmark(for acceptant) Ok

benchmark(for acceptant) revise

benchmark(for acceptant) revise

benchmark(for acceptant) revise

benchmark(for acceptant) revise

Monitor not discuss

Monitor not discuss

Monitor not discuss

Monitor Ok

Monitor OK

benchmark(for acceptant) Ok
benchmark(for acceptant) Ok

benchmark(for acceptant) revise

Monitor not discuss

Monitor
 new Formula

100*(K3011A+K3021+K3011B-H3029A)/(K3020+K3010A+K3010B)

1. the same formula can be used ,it is same with NSN

since it counts all connection including Directed Retry
2. Huawei does not have drop call counter particularly for A interface.

same formula can be used.

Fail outgoing handover is triggered anyway ,either return to old channel success
DTAC asked to review 1-HoSucc--> HO fail
100-100*(CH333+CH313)/(CH331+CH311)

same formula can be used.

It seems like Rxqual already include AMR rxqual.

same formula can be used.

It seems like Rxqual already include AMR rxqual.
 same formula can be used.
It seems like Rxqual already include AMR rxqual.

DTAC suggest to use TCH Assignment instead.

This KPI is just for monitor

AL9530:Downlink Throughput of EGPRS Users LLC PDU

AL9426:Uplink Throughput of EGPRS Users LLC PDU

AL9529:Downlink Throughput of GPRS Users LLC PDU

AL9425:Uplink Throughput of GPRS Users LLC PDU

same formula

same formula

check with HQ

check with HQ

check with HQ
 check with HQ

check with HQ

(L9006*20+L9007*30+L9008*36+L9009*50)/(1024)

(L9106*20+L9107*30+L9108*36+L9109*50)/(1024)

(L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+(L9217*112+L9218*136+L9219*148)/2)/(1024)

(L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+(L9317*112+L9318*136+L9319*148)/2)/(1024)

check with HQ

RL3188
OVERLOAD rate of paging = ([MSG CCCH LOAD IND (PCH) Messages Sent on Abis Interface (CS Service)]+[MSG
CCCH LOAD IND (PCH) Messages Sent on Abis Interface (PS Service)]) x {100}/([Delivered Paging Messages for
CS Service]+[Delivered Paging Messages for PS Service])
same formula can use

same formula
100*(K3013A+H3301X-H3321X+H3101X-H3121X)/(K3010A+H3101X+H3301X)

check with HQ
 Comments

H3029A:Failed Internal Intra-Cell Handovers (No Channel Available) (TCH)

CH333:Successful Outgoing External Inter-Cell Handovers

CH313:Number of Successful Outgoing Internal Inter-Cell Handovers
check whether Huawei count this throughut for only EDGE ,Nokia measure only on EDGE and Mobile class su

just for monitor

just for monitor

just for monitor

DTAC ask for confirm that "valid RLC block" means "acknowledge block"
Huawei formula Retransmission rate =Total block - Valid data block (for all MCS)
yes -->same meaning

DTAC ask for confirm that "valid RLC block" means "acknowledge block"
Huawei formula Retransmission rate =Total block - Valid data block (for all MCS)
yes -->same meaning

what is two phase access in Huawei ,TBF attempt in Huawei trig after CH request ,it is quite early tha

Ok ,no problem

NSN include abnormal released due to DTM

Huawei should check abnormal release due to DTM
 NSN include abnormal released due to DTM
Huawei should check abnormal release due to DTM

NSN include abnormal released due to DTM

Huawei should check abnormal release due to DTM

Payload here count "Retransmission " or not ,NSN ,if payload is retrans ,counter will not increa
L9006-L9009:Total Number of Valid RLC uplink Data Blocks Using CS1-CS4
L9106-L9109:Total Number of Valid RLC downlink Data Blocks Using CS1-CS4
L9211-L9219:Total Number of Valid RLC uplink Data Blocks Using MCS1-MCS9
L9311-L9319:Total Number of Valid RLC downlink Data Blocks Using MCS1-MCS9
 DTAC request to change Direct Retry command to Direct Retry success instead.
H3321X:Failed Outgoing External Inter-Cell Handovers (Directed Retry) (1800/1900-1800/190
H3301X:Outgoing External Inter-Cell Handover Requests (Directed Retry) (1800/1900-1800/19
H3121X:Number of Unsuccessful Outgoing Internal Inter-Cell Handovers (Directed Retry) (1800/1900-
H3101X:Number of Outgoing Internal Inter-Cell Handover Requests (Directed Retry) (1800/1900-18
 Huawei Recheck

Same formula

Same formula

Same formula

Same formula

Same formula

[(CH331+CH311+CH301)-(CH333+CH313+CH303)]/(CH331+CH311+CH301)
include intracell Handover

Same formula

Same formula
 DTAC suggest to use TCH Assignment instead

Same formula

TL9510:Downlink LLC Throughput Rate

(not confirmed by HQ)

RL9236:Retransmission Rate of Uplink EGPRS RLC Data Blocks

(confirmed by HQ)

RL9337:Retransmission Rate of Downlink EGPRS RLC Data Blocks

confirmed by HQ

100*(A9001+A9201-A9004-A9204)/(A9001+A9201)
huawei counter is before NSN but we don't have other counters.

100*(A9101+A9301-A9104-A9304)/(A9101+A9301)
huawei counter is before NSN but we don't have other counters.

100-100*(A9002+A9202-A9005-A9205-A9008-A9208-A9009-A9209)/(A9002+A9202)
Huawei counter does not have DTM counter
100-100*(A9002+A9202-A9005-A9205-A9008-A9208-A9009-A9209)/(A9002+A9202)
Huawei counter does not have DTM counter

100-100*(A9102+A9302-A9105-A9305-A9107-A9307-A9108-A9308)/(A9102+A9302)
Huawei counter does not have DTM counter

Same formula

TL9023::Throughput of Uplink GPRS RLC Data Blocks

TL9123:Throughput of Downlink GPRS RLC Data Blocks

TL9237:Throughput of Uplink EGPRS RLC Data Blocks

TL9338:Throughput of Downlink EGPRS RLC Data Blocks

[(CA300J+A300I+A300K)-L3189I]/(CA300J+A300I+A300K)
(Huawei does not have Ghost_ccch counter)

L3188L/(A330+A331)
HQ provides this formula
 Same formula

(R9370+R9374+R9378)/R9314
(confirmed by HQ)

(R9368+R9372+R9376)/R9312
(confirmed by HQ)

AR9303:Average Number of Available PDCHs = Fixed PDCH + Average Dynamic

PDCH
(confirmed by HQ )

same formula

same formula

same formula
 Same formula

Same formula

AR9303/CR3001

(R9394+9395)/(R9393)
 Final Formula

100*K3001/K3000

100*CM30/K3003

100*(K3011A+K3021+K3011B-H3029A)/(K3020+K3010A+K3010B)

100*(K3022+K3012A+K3012B) /(K3013A+K3023+CH323+CH343-CH313-CH333)

K3014:Traffic Volume on TCH (Traffic Channel)

[(CH331+CH311+CH301)-(CH333+CH313+CH303)]/(CH331+CH311+CH301)
include intracell Handover

100*(Sum of ULRxQual0-4 FR+Sum of ULRxQual0-4 HR)/(Sum of ULRxQual0-7FR+Sum of ULRxQual0-7 HR)

100*(Sum of DLRxQual0-4 FR+Sum of DLRxQual0-4 HR)/(Sum of DLRxQual0-7FR+Sum of DLRxQual0-7 HR)

100*(Sum of DLRxQual0-4 FR+Sum of DLRxQual0-4 HR)/(Sum of DLRxQual0-7FR+Sum of DLRxQual0-7 HR)

Not USED

60*K3014/(K3022+K3012A+K3012B)

AL9530:Downlink Throughput of EGPRS Users LLC PDU

RL9236:Retransmission Rate of Uplink EGPRS RLC Data Blocks

(confirmed by HQ)

RL9337:Retransmission Rate of Downlink EGPRS RLC Data Blocks

(confirmed by HQ)

100*(A9001+A9201-A9004-A9204)/(A9001+A9201)

100*(A9101+A9301-A9104-A9304)/(A9101+A9301)

100-100*(A9002+A9202-A9005-A9205-A9008-A9208-A9009-A9209)/(A9002+A9202)
100-100*(A9002+A9202-A9005-A9205-A9008-A9208-A9009-A9209)/(A9002+A9202)

100-100*(A9102+A9302-A9105-A9305-A9107-A9307-A9108-A9308)/(A9102+A9302)

100*A302H/A300H

TL9023::Throughput of Uplink GPRS RLC Data Blocks

TL9123:Throughput of Downlink GPRS RLC Data Blocks

TL9237:Throughput of Uplink EGPRS RLC Data Blocks

TL9338:Throughput of Downlink EGPRS RLC Data Blocks

[(CA300J+A300I+A300K)-L3189I]/(CA300J+A300I+A300K)
(confirmed by HQ)

Not USED

L3188L/(A330+A331)
(confirmed by HQ)
 RR307:TCH Availability

(R9370+R9374+R9378)/R9314
(confirmed by HQ)

(R9368+R9372+R9376)/R9312
(confirmed by HQ)

AR9303:Average Number of Available PDCHs = Fixed PDCH + Average Dynamic PDCH

(confirmed by HQ )

AR3551C:Traffic Volume on AMR TCHFs

AR3552C:Traffic Volume on AMR TCHHs

100*AR3551C/K3014
 100*AR3552C/K3014

100*(K3013A+H3301X-H3321X+H3101X-H3121X)/(K3010A+H3101X+H3301X)

AR9303/CR3001

RA333A = (RA303G*RCA313) * (1-ZTR104C) * 100%

K3003/K3000

(R9394+9395)/(R9393)
 Final Remark

New Formula include intra-cell Handover

Huawei does not separater GPRS and EGPRS ,just separater DL and UL

Huawei does not separater GPRS and EGPRS ,just separater DL and UL

Huawei does not separater GPRS and EGPRS ,just separater DL and UL

Huawei does not separater GPRS and EGPRS ,just separater DL and UL

[L9201-(L9211+++++L9219)]/
L9201

[L9301-(L9311+++++L9319)]/
L9301

1.For one/two phase access ,the counter does not separate.

It counts both.
2.Huawei believe that NSN and Huawei counter at the same time
3. A9004 is Number of Failed Uplink GPRS TBF Establishments due to
MS No Response
4. A9204 is Number of Failed Uplink EGPRS TBF Establishments due to
MS No Response
5. Huawei counter trigger before NSN ,but there is no other counter.

1.For one/two phase access ,the counter does not separate.

It counts both.
2.Huawei believe that NSN and Huawei counter at the same time
3. A9104:Number of Failed Downlink GPRS TBF Establishments due to
MS No Response
4. A9304:Number of Failed Downlink EGPRS TBF Establishments due to
MS No Response
5. Huawei counter trigger before NSN ,but there is no other counter.

Huawei insist to use the same formula

There is no Huawei 's counter about abnormal release by DTM.
NSN does not activate DTM feature
 Huawei insist to use the same formula
There is no Huawei 's counter about abnormal release by DTM.
NSN does not activate DTM feature

Huawei insist to use the same formula

There is no Huawei 's counter about abnormal release by DTM.
NSN does not activate DTM feature

Name of Huawei counter does not match with meaning

Name of Huawei counter does not match with meaning

Name of Huawei counter does not match with meaning

Name of Huawei counter does not match with meaning

CA300J:Channel Requests (Circuit Service)

A300I:Channel Requests (LMU+Reserved)
A300K:Channel Requests (Protocol Undefined)
L3189I:Discarded Channel Requests
A349A:RACH Failures (Too High TA)-----remove the counter otherwise
over 100%
Huawei does not have Ghost_CCCH counter

L3188L:Paging Messages Discarded from the PCH Queue

A330:Delivered Paging Messages for CS Service
A331:Delivered Paging Messages for PS Service
Formula confirmed by HQ ,DTAC pay attention to this KPI
R9314:Total Number of Sampled PDCHs Occupied by Downlink TBF
R9314 means "using PDCH".

R9312:Total Number of Sampled PDCHs Occupied by Uplink TBF

R9312 means "using PDCH".

Confirmed by HQ
 CR3001:Number of Initially Configured Channels (Static PDCH)

RA333A:BSS Call Establishment Success Rate

RA303G:Success Rate of Immediate Assignments
RCA313:Assignment Success Rate
ZTR104C:Call Drop Rate on SDCCH

K3003:Successful SDCCH Seizures

K3000:SDCCH Seizure Requests
R9393:Number Of PDCH Application Attempts
R9394:Number of PDCH Application Failures due to no Convertable
TCHs
R9395:Number of PDCH Application failures For CELL PDCH Ratio
Thresh