Parameter Type Parameter Name Huawei Name Unit

Cell Parameter PILOT_INC PNINC 64PN Chips

Cell Parameter SRCH_WIN_A SRCHWINA Chips

Cell Parameter SRCH_WIN_N SRCHWINN Chips

Cell Parameter SRCH_WIN_R SRCHWINR Chips

Cell Parameter RADIUS MAXCELLR KMCell Parameter REG_ZONE REGZNCell Parameter TOTAL_ZONES TOTALZNCell Parameter ZONE_TIMER ZNTMR Min

Cell Parameter REG_PRD REGPRD Min

Cell Parameter MAX_SLOT_CYCLE_INDEX MAXTSPRDIDX

Cell Parameter T_ADD_VOICE TADD dB

Cell Parameter T_ADD_DATA TADD dB

Cell Parameter T_DROP_VOICE TDROP dB

Cell Parameter T_DROP_DATA TDROP dBCell Parameter SOFT_SLOPE_VOICE SOFTSLOPE 1/8Cell Parameter SOFT_SLOPE_DATA SOFTSLOPE 1/8Cell Parameter ADD_INTERCEPT_VOICE ADDINTERC 0.5 dBCell Parameter ADD_INTERCEPT_DATA ADDINTERC 0.5 dBCell Parameter DROP_INTERCEPT_VOICE DROPINTERC 0.5 dBCell Parameter DROP_INTERCEPT_DATA DROPINTERC 0.5 dBCell Parameter T_TDROP_VOICE TTDROPCell Parameter T_TDROP_DATA TTDROPCell Parameter T_COMP_VOICE TCOMP 0.5dBCell Parameter T_COMP_DATA TCOMP 0.5dB

Carrier Parameter FPC_FCH_FER_VOICE FWDVCFCHFER1 %Carrier Parameter CELL_PWR SCTGAINCarrier Parameter INIT_PWR INITPWR dBCarrier Parameter PWR_STEP PWRCSTEP dBCarrier Parameter NUM_STEP NUMSTEPCarrier Parameter MAX_CAP_SZ MAXCAPSZCarrier Parameter PAM_SZ PAMSZCarrier Parameter ACC_TMO ACCTMO 80msCarrier Parameter MAX_REQ_SEQ MAXREQSEQCarrier Parameter MAX_RSP_SEQ MAXRSPSEQ

Channel Parameter PILOTCH_GAIN PLTCHGAIN 0.25dB

Channel Parameter SYNCCH_GAIN SYNCHGAIN 0.25dB

Channel Parameter PAGECH_GAIN PCHGAIN 0.25dB

BSC Parameter PACKET_ZONE_ID PZIDBSC Parameter ENTRY_HO_SUPPORT AEHOFLGBSC Parameter ACCESS_HO_SUPPORT ACSHOMSC Parameter No. of voice pagesMSC Parameter Voice Page Area 1st TimeMSC Parameter Voice Page Area 2nd TimeMSC Parameter Voice Page Area 3rd TimeMSC Parameter No. of SMS pagesMSC Parameter SMS Page Area 1st TimeMSC Parameter SMS Page Area 2nd TimeMSC Parameter SMS Page Area 3rd Time

MSC/BSC Parameter Repage timerBSC Parameter BSC Periodical Location Update Time minMSC Parameter VLR Location Update Protection Time min

Um Parameter VINITFCH 0.125dBUm Parameter VMAXFCH 0.125dBUm Parameter VMINFCH 0.125dBBTS Parameter VFCHMAXGAINR1 0.25dBBTS Parameter VFCHMINGAINR1 0.25dBBTS Parameter VFCHMAXGAINR2 0.25dBBTS Parameter VFCHMINGAINR2 0.25dBBTS Parameter VFCHMAXGAINR3 0.25dBBTS Parameter VFCHMINGAINR3 0.25dBBTS Parameter TXGAIN dB

Range Default Recommended

1 to 15 4 3

4-452 20 set acc to actual scenario

4-452 60 set acc to actual scenario

4-452 80 set acc to actual scenario

1-125 40 15 in normal case, 23 in isolated sites0 to 4095 0 Actual Setting

0 to 7 0 20 to 7 (M1-M60) 0 0

0, or 29 to 85 58 66

0 to 7 1 2

0 to -63 -28 set acc to actual scenario

0 to -63 -28 set acc to actual scenario

0 to -63 -32 set acc to actual scenario

0 to -63 -32 set acc to actual scenario0 to 63 0 00 to 63 0 0

-32 to 31 4 4-32 to 31 4 4-32 to 31 0 0-32 to 31 0 0

S0.1(0.1s)-S319(319s) S3(4s) S3(4s)S0.1(0.1s)-S319(319s) S3(4s) S3(4s)

0 to 15 5 50 to 15 5 50.2-30 0 set acc to actual scenario

3000 3000-16 to 15 0 0

0 to 7 4 set acc to actual scenario0 to 15 5 set acc to actual scenario0 to 15 4 40 to 15 3 30 to 15 3 31 to 15 3 2 in urban , 3 in rural1 to 15 3 2 in urban , 3 in rural

-255 to 0 -28 set acc to actual scenario

-200 to 55 -40 -40

-200 to 55 -3 -6

0 according to planYES/NO NO NOYES/NO NO NO

7 Based on the Requirement7 Based on the Requirement7 Based on the Requirement

7 Based on the Requirement7 Based on the Requirement7 Based on the Requirement

NO90 90

180 181

0 to 255 40 400 to 255 80 800 to 255 16 set acc to actual scenario

-200 to 55 0 0-200 to 55 -72 set to (-100)-PLTCHGAIN-200 to 55 0 0-200 to 55 -68 set to (-96)-PLTCHGAIN-200 to 55 0 0-200 to 55 -68 set to (-96)-PLTCHGAIN

0 to 24 0 0

Description

Pilot PN offset increment

Searching window size for Active Set

Searching window size for Nbr Set

Searching window size for Remaining Set

Cell RadiusRegister zone This parameter is only applicable to local cell For base stations with the same LAC, their REG_ZONE should be consistent. If TOTAL_ZONES and ZONE_TIMER are set high, the frequency for MS zone register is lower, which decreases the success rate of paging. If they are set lower, the MS originates zone register frequently, which increases the load of system. If REG_PRD and REG_DIST are set high, the system will weaken in monitoring the MS and will not determine the status of MS in time, which cause that the system may originate invalid paging towards MS, add the load of system and decrease the success rate of paging. If they are set lower, MS is registered too frequently, system Overhead is increasing and system capacity is decreasing.

Remained register zone number. This parameter is only applicable to a local cell. Registered zone number needing to be saved by MS. (if it is set to 0, the zone register will be forbidden.)Zone timer length This parameter is only applicable to local cell

Time Slot Duration = 1.28 * 2 ^ (max_SCI) msec

Add a pilot during handoff for Voice call

Add a pilot during handoff for data call

Drop a pilot during handoff for Voice call

Drop a pilot during handoff for data callVoice service soft handoff slopeData service soft handoff slope

Voice service soft handoff plus interceptData service soft handoff plus intercept

Drop intercept for voice service soft handoffDrop intercept for data service soft handoff

Timer duration of voice service pilot signal dropTimer duration of data service pilot signal drop

Comparison thresholds of pilot signal intensity for active set and candidate set for Voice callsComparison thresholds of pilot signal intensity for active set and candidate set for Data calls

Target frame error rate of fundamental channel for voice servicesDesigned power of the cell. Only applicable to this carrier sector

The initial power offset of Access Probe.The power increment between two consecutive access probes in an access probe sequence.

The maximum number of access probes in an access probe sequence minus 1.The maximum number of frames in a message capsule of an access channel minus 3

Size of access channel prefixTimeout duration when MS confirms that BS does not receive the probe after sending an access channel probe minus 2

Maximum number of probe sequences requested by the access channelMaximum value of the access probe sequence responded to the access channel

Pilot Channel Gain

Sync Channel Gain

Paging Channel Gain

ID of BS packet data service zone.Indication of access entrance handoff. This parameter is only applicable to BSC and corresponds to the ACCESS_ENTRY_HO field in ESPM.

Indicates whether access entry handoff is permitted by the neighbor cell

Periodic registration timer in the BSC, after which mobile sends an update message to the BSC & eventually to VLR.

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Register zone This parameter is only applicable to local cell For base stations with the same LAC, their REG_ZONE should be consistent. If TOTAL_ZONES and ZONE_TIMER are set high, the frequency for MS zone register is lower, which decreases the success rate of paging. If they are set lower, the MS originates zone register frequently, which increases the load of system. If REG_PRD and REG_DIST are set high, the system will weaken in monitoring the MS and will not determine the status of MS in time, which cause that the system may originate invalid paging towards MS, add the load of system and decrease the success rate of paging. If they are set lower, MS is registered too frequently, system Overhead is increasing and system capacity is decreasing.Remained register zone number. This parameter is only applicable to a local cell. Registered zone number needing to be saved by MS. (if it is set to 0, the zone register will be forbidden.)

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Indication of access entrance handoff. This parameter is only applicable to BSC and corresponds to the ACCESS_ENTRY_HO field in ESPM.

Register zone This parameter is only applicable to local cell For base stations with the same LAC, their REG_ZONE should be consistent. If TOTAL_ZONES and ZONE_TIMER are set high, the frequency for MS zone register is lower, which decreases the success rate of paging. If they are set lower, the MS originates zone register frequently, which increases the load of system. If REG_PRD and REG_DIST are set high, the system will weaken in monitoring the MS and will not determine the status of MS in time, which cause that the system may originate invalid paging towards MS, add the load of system and decrease the success rate of paging. If they are set lower, MS is registered too frequently, system Overhead is increasing and system capacity is decreasing.

Register zone This parameter is only applicable to local cell For base stations with the same LAC, their REG_ZONE should be consistent. If TOTAL_ZONES and ZONE_TIMER are set high, the frequency for MS zone register is lower, which decreases the success rate of paging. If they are set lower, the MS originates zone register frequently, which increases the load of system. If REG_PRD and REG_DIST are set high, the system will weaken in monitoring the MS and will not determine the status of MS in time, which cause that the system may originate invalid paging towards MS, add the load of system and decrease the success rate of paging. If they are set lower, MS is registered too frequently, system Overhead is increasing and system capacity is decreasing.

Parameter Type Parameter Name

BSC Airlink protocols(Default Fwd TCH MAC Protocol) NullRateDRC38.4EnableDRC Lock Period

BSC (System Patameter) Number of pilots in active set

BSC Airlink Protocol(Defult Fwd Tch MAC Protocol) DRC Lock Length

Soft Handoff Delay

Softer Handoff Delay

BSC Airlink protocol(Enhanced Fwd Tch MAC Protocol) Multiuser-pkts-enabled

BSC Airlink Protocol(Enhanced Ideal State Protocol) SlotCycle1,2,3WakeCount1,2

BSC Airlink( Default Access Channel MAC Protocol) Probe Sequence MaxProbe Backoff

Probe Sequence Backoff

DataOffset9K6 ~ 153K6BSC System Parameter(DRC Parameter) DRC Channel Gain

DRC Channel Length

ACK Channel GainDSC Channel Gain

BSC System Parameter(Subnet Parameter) Subnet Mask LengthCell Parameter(Sector Handoff Parameter) Pilot PN Offset Increment

Search Window Active SetSearch Window Neighbor SetSearch Window Remaining SetPilot Add SMCP SamePilot Compare SMCP SamePilot Drop SMCP SamePilot Drop Timer SMCP SameNeighbor Maximum Age SMCP SameDynamic ThresholdsSoft SlopeAdd InterceptDrop Intercept

DO Carrier(Carrier State Parameters) Cell RadiusDO Carrier(Control Channel ) Control Channel RateDO Cell Parameter Subnet Mask LengthDO Neighbor Carrier Common Parameters Neighbor Search Window Size Included

Neighbor Search Window Offset IncludedDO Access Channel Probe Initial Adjust

Open Loop AdjustNumber of Steps for Probes

Power Step Size for Probes

Sector Access Max Rate

DO Carrier Stat Parameters RAB-Threshold

Huawei Name Unit Range Default

NullRateDRC38.4Enable 0(no)DRCLOCKPERIOD 1(16slot)

HOMAXBRANCHNUM 3

DRCLOCKLENGTH 1(times8)

ENHSOFTHODELAY 8slot 16(120slot)

ENHSOFTERHODELAY 8slot 1(8slot)

MultiUserPacketsEnabled Disabled

SLTCYCLE1/2/3 9,9,9WAKECOUNT1/2 0,0

PRBSEQMAX 3PRBBKOFF 4

PRBSEQ_BKOFF 8

DataOffset9K6~153K6 0DRCChannelGain1/2/3/4/5/6BRANCH 0.5dB single branch -3, rest -6

DRCLEN1/2/3/4/5/6BRANCH single branch slot2, rest slot4

ACKCHANNELGAIN1/2/3/4/5/6BRANCH 0.5dB -6DSCChannelGain1/2/3/4/5/6BRANCH 0.5dB 18

SUBNETMASK 104PILOTINCREMENT 4

SRCHWINA 8SRCHWINN 10SRCHWINR 10PILOTADD 0.5dB -14PILOTCMP 0.5dB 5PILOTDROP 0.5dB -18

PILOTDROPTIMER S3(4 second)NBRMAXAGE 0

DYNAMICTRESHINC NOSOFTSLOPE dB 18

ADDINTERCEPT dB 6DROPINTERCEPT dB 6

MAXCELLR km 32CCHRATE 76.8kbps

SUBNETMASK 104NSRCHWININC NO

NSRCHWINOFFSETINC NOPRBINIADJUST dB 0OLOOPADJUST dB 74PRBNUMSTEP 5

PWRSTEP 0.5dB 8

SECTORACCMAXRATE 38.4kbps

RABTHR 0.25dB 36

Recommended

Enable 8 slot

31(times8)

80 slot

1(8slot)

Enable

9,9,90,0

348

0-3

Slot 4

-612

10438

1010

-145

-18S3(4 second)

0NO

1866

set acc to actual scenario76.8kbps

104NONO

074

56

38.4kbps36

Description

NullRateDRC38.4Enable: Defines whether to continue sending packets in the rate of 38.4k when AT applies for Null Rate.Interval between continuous DRCLock bit transmissions

Number of DRCLock bit retransmissions. DRCLockPeriod * DRCLockLength means the transmission duration of a DRCLock bit.

Long duration maybe helpful to decoding reliability but increase the latency of the DRCLock bit change which influent the fast

DRC handoff and decrease the forward linkThe minimum delay experienced by AT when it waits to receive

data from the target sector during soft handoffThe minimum delay experienced by AT when it waits for data from

the target sector during softer handoffThis defines whether to enable multi-user packet function. Mutli-user packets indicates that multiple users receive packets from

the same slot simultaneously. When the multi-user packet function is enabled, a fixed MACIndex (66–70) is used to transmit

packets. The multi-user packet mode can be used in the case that multiple ATs are involved in VoIP or online games in similar Slot cycle. It is used to determine Perioldi, which is a variable used to calculate the occasion when AN/AT wakes up from Sleep Number of wake times. It is used to calculate the occasion when AN/AT wakes up from Sleep State. It is used for the quick idle Maximum number of access probe sequencesInterval between access probes. The default value is 4 with the unit of AccessCycleDuration (ACD).Interval between access probe sequences. Its default value is 8

with the unit of AccessCycleDuration (ACD).This refers to the ratio of 9.6kbps access data channel power to nominal access data channel power in complement of two's, DRC channel gain relative to reverse traffic/pilot channel, including the four fields: DRCChnG_BE_NonBom[6], AT shall use DRCLength slots to send a single DRC. The DRC (value

and sector) is defined to take effect at the slot boundary following

the end of its transmission and stay in effect for DRCLength slots.

This parameter includes four fields: DRCLgth_BE_NonBom[6],

DRCLgth_BE_Bom[6], DRCLgth_NonBE_NonBom[6] and DRCLgth_

NonBE_Bom[6]DRC channel gain relative to reverse traffic/pilot channel, including the four fields: DRCChnG_BE_NonBom[6], DRC channel gain relative to reverse traffic/pilot channel, including the four fields: DRCChnG_BE_NonBom[6],

PN offset incrementSearch Window for ActiveSetSearch Window for NeighborSetSearch Window for RemainingSetEc/Io threshold for pilot addition in active set for same frequencyEc/Io threshold for pilot comparison for same frequencyEc/Io threshold for pilot deletion from active set for same frequencydrop timer for pilot deletion for same frequencyMaximum AGE of neighbor pilot set in the case that the same carrier is used. When the AGE value of a pilot in a neighbor set is Enable/Disable Dynamic ThresholdSlope used to calculate pilot add or pilot drop threshold in the case that the same carrier is used for Dynamic Soft HandoffIntercept used to calculate dynamic pilot add threshold in the case that the same carrier is usedIntercept used to calculate dynamic pilot drop threshold in the case that the same carrier is used

Control Channel rate, 0 = 38.4kbps & 1 = 76.8kbps

It indicates whether to include the search window size.It indicates whether to include the search window offset.the correction factor to be used by an access terminal in the open loop power estimate for the initial transmission on the The adjustment to nominal power to be used by an access terminal in the open loop power estimate, expressed as an unsigned The maximum number of access probes that can be transmitted by access terminals in a single access probe sequenceThe increase in power between successive probes within the

same sequenceMaximum sector access rate, 0=9.6kbps, 1=19.2kbps & 2=38.4kbpsRAB threshold when CHM6800 adopts the ROT mode. A high setting allows operation offering at high system capacity albeit at

the risk of system instability, i.e. removing users from the system to support the higher load. A lower setting allows stable

T_TDROP

Timer

Expiration

(Second)

T_TDROPTimer Expiration

(Second)Registration period

S0.1 0.1 S27 27 60

S1 1 S39 39

S2 2 S55 55

S4 4 S79 79

S6 6 S112 112

S9 9 S159 159 Cell Radius(KM)

S13 13 S225 225 10

S19 19 S319 319

19.0 to 20.9

21.0 to 21.9

22.0 to 23.9

24.0 to 24.9

25.0 to 26.9

27.0 to 27.9

28.0 to 29.9

30.0 to 30.9

31.0 to 32.9

33.0 to 33.9

34.0 to 35.9

36.0 to 36.9

37.0 to 38.9

39.0 to 39.9

40.0 to 41.9

42.0 to 42.9

43.0 to 44.9

45.0 to 45.9

46.0 to 47.9

48.0 to 48.9

49.0 to 50.9

51.0 to 52.9

53.0 to 53.9

54.0 to 55.9

56

T_drop Timer Registration period

Cell Radius(KM)

Registration Cycle (Registration cycle = 2^(REG_PRD/4) x 0.08s) Channel Parameter

2621.44 PLTCHGAIN(unit 0.25dB)

PCHGAIN(unit 0.25dB)

SYCHGAIN(unit 0.25dB)

Window Size (Chips)

41

19.0 to 20.9

21.0 to 21.9

22.0 to 23.9

24.0 to 24.9

25.0 to 26.9

27.0 to 27.9

28.0 to 29.9

30.0 to 30.9

31.0 to 32.9

33.0 to 33.9

34.0 to 35.9

36.0 to 36.9

37.0 to 38.9

39.0 to 39.9

40.0 to 41.9

42.0 to 42.9

43.0 to 44.9

45.0 to 45.9

46.0 to 47.9

48.0 to 48.9

49.0 to 50.9

51.0 to 52.9

53.0 to 53.9

54.0 to 55.9

56

Channel ParameterRegistration period

Cell Radius(KM)

Parameter

value(default)power in dBm power in watt

% to total

power

Total

power in

dBm

SRCH_WIN_A,

SRCH_WIN_N,

SRCH_WIN_NGHBR,

SRCH_WIN_R,

CF_SRCH_WIN_N

Window_size (PN

chips)

-33 34.75 2.985382619 14.93% 43 0 4

-6 33.25 2.11348904 10.57% 43 1 6

-40 24.75 0.298538262 1.49% 43 2 8

3 10

4 14

5 20

6 28

7 40

19.0 to 20.9

21.0 to 21.9

22.0 to 23.9

24.0 to 24.9

25.0 to 26.9

27.0 to 27.9

28.0 to 29.9

30.0 to 30.9

31.0 to 32.9

33.0 to 33.9

34.0 to 35.9

36.0 to 36.9

37.0 to 38.9

39.0 to 39.9

40.0 to 41.9

42.0 to 42.9

43.0 to 44.9

45.0 to 45.9

46.0 to 47.9

48.0 to 48.9

49.0 to 50.9

51.0 to 52.9

53.0 to 53.9

54.0 to 55.9

56

Search Window Size Channel Parameter

SRCH_WIN_A,

SRCH_WIN_N,

SRCH_WIN_NGHBR,

SRCH_WIN_R,

CF_SRCH_WIN_N

Window_size (PN

chips)

8 60 Cell radius (Km) window size PamSz

9 80 0.0 to 0.9 12 0

10 100 1.0 to 2.9 25 0

11 130 3.0 to 3.9 37 0

12 160 4.0 to 5.9 50 0

13 226 6.0 to 6.9 62 1

14 320 7.0 to 8.9 75 1

15 452 9.0 to 9.9 87 1

10.0 to 11.9 100 1

12.0 to 12.9 112 2

13.0 to 14.9 125 2

15.0 to 15.9 137 2

16.0 to 17.9 150 2

18.0 to 18.9 162 2

19.0 to 20.9 175 3

21.0 to 21.9 187 3

22.0 to 23.9 200 3

24.0 to 24.9 212 3

25.0 to 26.9 225 3

27.0 to 27.9 237 4

28.0 to 29.9 250 4

30.0 to 30.9 262 4

31.0 to 32.9 275 4

33.0 to 33.9 287 4

34.0 to 35.9 300 5

36.0 to 36.9 312 5

37.0 to 38.9 325 5

39.0 to 39.9 337 5

40.0 to 41.9 350 5

42.0 to 42.9 362 6

43.0 to 44.9 375 6

45.0 to 45.9 387 6

46.0 to 47.9 400 6

48.0 to 48.9 412 7

49.0 to 50.9 425 7

51.0 to 52.9 437 7

53.0 to 53.9 450 7

54.0 to 55.9 462 7

56 475 8

Cell Radius Vs PAMSZ

Search Window Size