all parameter-new

7/30/2019 All Parameter-new

1/97

6 Cell Selection / ReselectionSr. No. Parameter Name Description

Minimum Value/

Maximum Value/

Step Size (Units)

Intra-Frequency Cell Reselection

1(Cell_selection_and_reselection_quality_measure) -Choice of measurement (CPICH Ec/No or CPICH RSCP) to use as

quality measurement value Q for FDD Cells.

1: CPICH Ec/No

2: CPICH RSCP

2(Qqualmin)-Minimum required quality level in the Cell expressed in terms of

CPICH Ec/No in dB.

(-24..0)dB step 1dB

3(Qrxlevmin)- Minimumrequired RX level in the Cell expressed in terms of CPICH RSCP in

dBm.

(-115..-25)dBm step 2dB

4(UE_TXPWR_MAX_RACH)- Maximum

allowed UL TX power for the serving Cell(-50..33)dBm, step 1dB

7

Sr. No. Parameter Name Description

Minimum Value/

Maximum Value/

Step Size (Units)

5(Sintrasearch) -Defines Cell signal strength quality beyond which intra-

frequency Cell search for reselection should be pursued.

(0..20 )dB Step 2dB

6(Qhyst1s ) -

Hysteresis value in the Cell ranking criteria for Cell

reselection when CPICH RSCP is used.

(0..40)dB step 2 dB

7(Qhyst2 s) -

Hysteresis value in the Cell ranking criteria for Cell

reselection when CPICH Ec/No is used.

(0..40)dB step 2 dB

8

(Qhyst1s ,PCH) -

When used, is Hysteresis value in equation used by UE to

calculate Cell ranking of the serving Cell for UEs in

Cell_PCH or URA_PCH RRC state. Uses CPICH RSCP.

(0..40)dB step 1dB

9

(Qhyst2 s,PCH) -When used, is Hysteresis value in equation used by UE to

calculate Cell ranking of the serving Cell for UEs in

Cell_PCH or URA_PCH RRC state. Uses CPICH Ec/No.

(0..40)dB step 1dB

10

(Qhyst1 s ,FACH) -

Hysteresis value in equation used by UE to calculate Cell

ranking of the serving Cell for UEs in Cell_FACH RRC state.

Uses CPICH RSCP.

(0..40)dB step 1dB

11

(Qhyst2 s ,FACH) -

Hysteresis value in equation used by UE to calculate Cell

ranking of the serving Cell for UEs in Cell_FACH RRC state.

Uses CPICH Ec/No.

(0..40)dB step 1dB

12

(Qoffset1s,n) -

Offset between 2 Cells when the quality measure for Cellselection and reselection is set to CPICH RSCP.

(-50..50)dB setp 1dB

13(Qoffset2s,n) -

Offset between 2 Cells when the quality measure for Cell

selection and reselection is set to CPICH Ec/No

(-50..50)dB step 1dB

14(Treselections) -

This parameter specifies the Cell reselection timer value.(0..31)s step 1s

8


2/97


Minimum Value/

Maximum Value/

Step Size (Units)

15(Treselections,PCH) -

Additional Cell reselection timer value to be used for UEs in

Cell_PCH or URA_PCH.

(0..31)s step 1s

16(Treselections,FACH) -

Additional Cell reselection timer value to be used for UEs in

Cell_FACH or URA_FACH.

(0..6.2)s step 0.2 s

17

Scaling factor used for UEs that are very mobile; when high

mobility is detected, it is a multiplier on the Treselection(0..1) step 0.1

Inter-Frequency Cell Reselection

18(Sintersearch) -

Defines Cell signal strength quality beyond which inter-

frequency Cell search for reselection should be pursued.

(0..20 )dB Step 2dB

19

(Inter-frequency ScalingFactor for Treselection)

Scaling factor used for UEs that are very mobile; for inter-

frequency Cells when high mobility is detected, it is a

multiplier on the Treselection variable.

(1..4.75) step 0.25

Inter-RAT Cell Reselection

20(Ssearch,RAT) -

Defines Cell signal strength quality beyond which inter-RAT

Cell search for reselection should be pursued

(0..20 )dB Step 2dB

21

(Inter-RAT ScalingFactor for Treselection)

Scaling factor used for UEs that are very mobile; for inter-

RAT Cells when high mobility is detected, it is a multiplier on

the Treselection variable.

(1..4.75) step 0.25

GSM to WCDMA Cell Reselection

22

(Qsearc h_I) -

Defines a threshold and also indicates whether these

measurements shall be performed when RLA_C (running

average of received signal level) of the serving Cell is below

or above the threshold

(Never, -98..-54, always)

dBm step 4 dB between -

98 dBm and -54 dBm

23(FDD_Qmin ) -

Defines minimum Ec/No must be >= to for UE to reselect

UMTS FDD Cell

(-20..-12) dB step 1 dB

9


Minimum Value/

Maximum Value/

Step Size (Units)

(FDD_Qoffs et) -

Applies an offset to RLA_C for Cell re selection to access

technology/mode FDD

(Always, -28..28) dB

step 4dB

HCS Cell Reselection

24(Use of HCS) -

Indicates whether Hierarchical Cell Structure is used and

defines associated rules for Cell reselection

0: False1: True

25(SsearchHCS) -

Defines Cell signal strength Srxlev beyond which HCS Cell

search for reselection should be pursued

(1..91)dB step2dB

26(TCRmax ) -

Timer for establishing duration for evaluating allowed amount

of Cell reselections

(Not Used, 30, 60, 120,

180, 240)s


3/97

27(NCR) -

Number of Cell reselections associated with TCRmax for

establishing high mobility rate

(1..16) step 1

28(TCRmaxHyst) -

Timeframe for mobile to remain in high mobility mode before

returning to low-mobility measurements

(Not Used, 10, 20, 30,

40, 50, 60, 70)s

29(SHCS,RAT) -

Threshold for HCS Cell reselection measurement rules that

specifies RAT specific threshold

(1..91)dB step 2dB

30

(Slimit,SearchRA Tm) -

RAT specific threshold (in dB) for HCS Cell reselection in the

serving UTRA Cell above which the UE need not perform

any inter-RAT measurements

(0..20 )dB step2dB

31

ena y_ me -

When used for HCS, is used in the quality level threshold

calculation or Cell ranking calculation (whichever is used) as

the time duration to apply the Temporary_Offset to

(Not Used,10, 20, 30,

40, 50, 60 )s

32

_ -


calculation when using CPICH RSCP for Cell (re)-selection

(3, 6, 9, 12, 15, 18, 21,

inf) dB

10


Minimum Value/

Maximum Value/

Step Size (Units)

33

_ -


calculation when using CPICH Ec/No for Cell (re)-selection

(2, 3, 4, 6, 8, 10, 12, inf)

dB

34(HCS_PRIOn,s)

HCS priority level for serving (s) or neighbor Cell (n); set

these as different values to arrange hierarchical priority

(0..7) step 1

35

(Qhcsn ,s) -

Quality threshold levels to apply to prioritized hierarchical

Cell reselection for serving (s) or neighbor Cell (n) when the

HCS_PRIO values differ for serving and neighbor Cells

(-110..-37) dBm step

1dB

36

(DeltaQhcs-RSCP)

Used conditionally when Qhcs is based on CPICH RSCP

and the value of the RSCP is below 0 (-115 dB); when used,

Qhcs = Qhcs + DeltaQhcs-RSCP

(-5..-1)dB step 1dB

11 Paging / Access


Minimum Value/

Maximum Value/

Step Size (Units)

Directed Retry

1Directed Retry to GSM

Enables or disables the Directed Retry to GSM Feature.

0: Disabled

1: Enabled

2

Directed Retry to GSM Neighbor

Defines the GSM neighbor for Directed Retry.

Defined in GSM

neighbor list

3

Directed Retry to GSM Threshold

DL Power threshold that triggers a Directed Retry to GSM

(value relative to total available DL power).

(0..100)% step 1%

4

RABs A l lowed for Directed Retry to GSM

This parameter outlines the definition of what services qualify

for redirection (i.e., 12.2k AMR, PS Background, etc.)

No need, because only

AMR is allowed in 3GPP

Specs..

Load Sharing

5

Enables or disables the Inter-frequency Load Sharing0: Disabled

1: Enabled


4/97

6Load Sharing Neighbor

Defines the UTRAN neighbor for Load Sharing.

Defined in UTRAN

neighbor list

7

Load Sharing Threshold

DL Power threshold that triggers a Load Sharing (value

relative to total available DL power).

(0..100)% step 1%

12


Minimum Value/

Maximum Value/

Step Size (Units)

Access

8

-

Power per transmitted Acquisition Indicator, AP Acquisition

Indicator, or CD/CA Indicator minus power of the Primary(-22..5)dB step 1dB

9

(AICH Transmission Timing) -

Defines number of bits and Access Slots to be used for

distance between PRACH and AICH.

(0, 1)

10

-

Used by the UE to calculate the initial output power on

PRACH according to the Open loop power control(-35..-10)dB step 1dB

11(Power Ramp Step) -

Power step when no acquisition indicator is received.

(1..8)dB step 1dB

12

- -

In dB; Power offset between the last transmitted preamble

and the control part of the message (added to the preamble

power to receive the power of the message control part);

(-5..10)dB step 1dB

13

-

Maximum number of preambles in one preamble ramping (1..64) step 1

14(Mmax) -

Maximum number of preamble cycles.(1..32) step 1

15(NB01Min) -

Sets lower bound for random back-off.(0..50) step 1

16(NB01Max) -

Sets upper bound for random back-off.(0..50) step 1

17(Dynamic pers istenc e level) -Used to define persistence values to be used with Access

Service Class.

(1..8) step 1

18

(Persistence scaling fact or) -

Scaling factors corresponding to access service classes 2 -

7 applied to the dynamic persistence value.

(0.9..0.2) step 0.1

19

(Tbarred) -

Time value that UE is to consider a Cell barred in situations

where a Cell is barred.

(10,20,40,80,160,320,64

0,1280)s

20Power of UL DPCCH or control part of PRACH.

1..15 step 1

21Power of UL DPDCH or data part of PRACH.

1..15 step 1

13


Minimum Value/

Maximum Value/

Step Size (Units)


5/97

22(Access Class Barred List)

Allows access classes to be barred.

Bitstring(16)

Bit0 ~ bit9 correspond to

AC0~AC9, bit10~bit15

are reserved and take

the value of 1.

0: Barred

1: Not Barred

23(Domain Specific Access Class Barred List)

Allows access classes to be barred based on domain.

Bitstring(16)

Bit0 ~ bit9 correspond toAC0~AC9, bit10~bit15

are reserved and take

the value of 1.

0: Barred

1: Not Barred

Paging

24

(CS CN DRX Cycle Lengt h Coeffic ient) -

Individual time interval between monitoring Paging Occasion

specific to CS; The DRX cycle length for FDD = 2^k frames,

where k is the DRX cycle length coefficient.

(6..9) step 1

25

(PS CN DRX Cycle Lengt h Coeffic ient) -

Individual time interval between monitoring Paging Occasion

specific to PS; The DRX cycle length for FDD = 2^k frames,

where k is the DRX cycle length coefficient.

(6..9) step 1

26(UTRAN DRX Cycle Leng th Coeffic ient) -

DRX cycle length to be used for UEs.(3..9) step 1

27

(PICH Power Offset) -

Power transmitted on the PICH minus power of the Primary

CPICH.

(-10.. 5) dB step1 dB

28

(Number of PI per fram e (Np)) -

Used by UE to determine actual Paging Indicator within

Paging Occurrence that UE is monitoring.

183672144

29

(DRX cycle length coefficient)

Used by UE for determining paging interval for DRX. The

DRX cycle length for FDD = 2^k frames, where k is the DRX

cycle length coefficient.

(3..9) step 1

143.3

Power Control

Sr. No.

Parameter Name

(Specification Name/Term)

Description

Minimum Value/

Maximum Value/

Step Size (Units)

Downlink

1 Downl ink DPDCH power - ini t ial (-35..15 ) dB step 0.1 dB

2 PrimaryCpichPower(-10.0..50.0)dBm step

0.1dBm

3 cBackOff

4 Downlink DPDCH power minimum (-35..15 ) dB step 0.1 dB

5 Downl ink DPDCH power - maximumDefines the max power level for any RAB relative to pilot

(-35..15 ) dB step 0.1 dB

6Primary Synch Channel Power

Max power level of primary synch channel relative to pilot(-35..+15) dB step 0.1dB

7Secondary Synch Channel Power

Power level of secondary synch channel relative to pilot(-35..+15) dB step 0.1dB

8Bch Power

Power level of Broadcast control channel relative to pilot(-35..+15) dB step 0.1dB


6/97

9

Secondary Common Control Channel Power

Max power level of secondary common control channel

relative to pilot

FACH (-35..+15) dB step

0.1dB

PCH (-35..+15) dB step

0.1dB

10Access Indication Channel Power

Max power level of Access Indication channel relative to pilot(-22..5)dB step 1dB

11Paging Indication Channel Power

Max power level of Paging Indication channel relative to pilot(-10.. 5) dB step1 dB

15

Sr. No.

Parameter Name


Description

Minimum Value/

Maximum Value/

Step Size (Units)

12 (PO1) Downlink TFCI bit power offset relative to DPDCH (0..6) dB step 0.25 dB


7/97

13(PO2)

Downlink TPC bit power offset relative to DPDCH(0..6) dB step 0.25 dB


8/97

14(PO3)

Downlink pilot bit power offset relative to DPDCH(0..6) dB step 0.25 dB

15 Downlink DPCCH SIR target maximum (-35..15 ) dB step 0.1 dB

16 Downlink DPCCH SIR target minimum (-35..15 ) dB step 0.1 dB

17 Downlink DPCCH SIR target initial (-35..15 ) dB step 0.1 dB

18 Downl ink BL ER target (1..20) step 0.1

Uplink


9/97

19 Uplink DPCCH SIR target maximum-8.2..17.3dB step

0.1 dB


10/97

20 Uplink DPCCH SIR target minimum-8.2..17.3dB step

0.1 dB


11/97

21 Uplink DPCCH SIR target initial-8.2..17.3dB step

0.1 dB

22

(DPCCH Power Offset)

Used by UE to set DPCH initial output power and to use for

closed-loop power control

(-164..-6) dB step 2 dB

23

(Maximum allowed UL TX power)

UE transmit power DCH maximum -50..33dBm step 1

24Power of UL DPCCH or control part of PRACH

1..15 step 1

25Power of UL DPDCH or data part of PRACH

1..15 step 1

26 Upl ink BLER target (1..20) step 0.1

16 soft handover

Sr. No.

Parameter Name


Description

Minimum Value/

Maximum Value/

Step Size (Units)

Soft Handover

1 Active set size maximum (1..6) step 1


12/97

2 (Maximum number of reported Cel ls on RACH) -

0: No Report

1: Current Cell

2: Current Cell + Best

Neighbour

3: Current Cell + 2 Best

Neighbours

..

7: Current Cell+6 Best

Neighbours

Intra Frequency Measurement Reporting Criteria

3

(Intra-Frequency Measurement Quanti ty)

Defines the measurement type for event 1a, 1b, 1c, 1d, 1e,

0: CPICH Ec/No

1: CPICH RSCP

4

(Event 1a Report ing rang e constant) -

Event 1a occurs when a Primary CPICH enters the

Reporting Range.

(0..14.5)dB step 0.5dB

5

Indicates the period of time during which the new Cell has to

be better than threshold before sending a Measurement

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

6

Weighting factor to control the proportion of the primaryCells measured quantity with the remaining Cells measured

quantity in the active set. The results will be used for event

(0.0..2.0) step 0.1

17

Sr. No.

Parameter Name


Description

Minimum Value/

Maximum Value/

Step Size (Units)

7

(Event 1a Hysteresis)

To avoid excessive event-triggered measurement reports, a

hysteresis value can be associated with any of the Event 1

measurement reports to ensure that the threshold has

definitely been exceeded. However, this could have a

negative impact on the adds if the add is delayed too long!

(0..7.5)dB step 0.5dB

8(Event 1a Reporting interval)

Interval of periodic reporting when triggered by e1a event

, , , ,

2000, 4000, 8000,

9(Event 1a Amount of Reporting)

Amount of periodic reporting when triggered by e1a event.

(1, 2, 4, 8, 16, 32, 64,

Infinity)

10

(Event 1b Report ing range constant) -

Event 1b occurs when a Primary CPICH leaves the

Reporting Range.

(0..14.5)dB step 0.5dB

11

(Event 1b Time to trigger)

Indicates the period of time during which active Cell has to

be below threshold before sending a Measurement Report.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

12

(Event 1b W)

Weighting factor to control the proportion of the primary

Cells measured quantity and that of the remaining Cellsmeasured quantity in the active set. The results will be used

for event evaluation.

(0.0..2.0) step 0.1

13

(Event 1b Hysteresis)

Added amount to Active Cell removal threshold to ensure

that the threshold has definitely been exceeded.

(0..7.5)dB step 0.5dB

14(Event 1b Reporting interval)

Interval of periodic reporting when triggered by e1a event

, , , ,

2000, 4000, 8000,

15(Event 1b Amount of Reporting)

Amount of periodic reporting when triggered by e1c event.

(1, 2, 4, 8, 16, 32, 64,

Infinity)


13/97

16

(Event 1c Time to trigger)

Indicates the period of time during which new Cell has to be

better than threshold and active Cell is below threshold

before sending a Measurement Report.

(0, 10, 20, 40, 60, 80,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

5000)ms

17(Event 1c Reporting interval)

Interval of periodic reporting when triggered by e1c event

, , , ,

2000, 4000, 8000,

18

Sr. No.

Parameter Name


Description

Minimum Value/

Maximum Value/

Step Size (Units)

18(Event 1c Amount of Reporting)

Amount of periodic reporting when triggered by e1a event

(1, 2, 4, 8, 16, 32, 64,

Infinity)

19

(Event 1c Replacement activation threshold)

Indicates the minimum number of Cells allowed in the active

set in order for event 1c to occur.

0 means not applicable

(0, 1, 2, 3, 4, 5, 6, 7)

20

(Event 1c Hysteresis)

Added amount to Active Cell replacement threshold to

ensure that the threshold has definitely been exceeded.

(0..7.5)dB step 0.5dB

21

(Event 1c Time to trigger)

Indicates the period of time during which new Cell has to bebetter than threshold and active Cell is below threshold

before sending a Measurement Report.

(0, 10, 20, 40, 60, 80,

100, 120, 160, 200, 240,320, 640, 1280, 2560,

5000)ms

22(Event 1d Reporting interval)

Interval of periodic reporting when triggered by e1d event.

, , , ,

2000, 4000, 8000,

23

(Event 1d Hysteresis)

Added amount to Active Cell replacement threshold to

ensure that the threshold has definitely been exceeded.

(0..7.5)dB step 0.5dB

24

(Event 1d Time to trigger)


better than threshold before sending a Measurement Report.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

25

(Event 1e Threshold u sed frequency) -

Event 1e occurs when a Primary CPICH becomes better

than an absolute threshold.

- ..-

25) dBm

CPICH Ec/No: (-24..0)

dB

26

(Event 1e Time to trigger)



, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

27

(Event 1e Hysteresis)

To avoid excessive event triggered measurement reports, a




negative impact on adds if the add is delayed too long!

(0..7.5)dB step 0.5dB

19

Sr. No.

Parameter Name

(Specification Name/Term)Description

Minimum Value/

Maximum Value/Step Size (Units)

28

(Event 1f Threshold u sed frequency) -

Event 1f occurs when a CPICH becomes worse than an

absolute threshold.

- ..-

25) dBm


dB

29

(Event 1f Time to trigger)



, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,


14/97

30

(Event 1f Hysteresis)

To avoid excessive event triggered measurement reports, a




negative impact on adds if the add is delayed too long!

(0..7.5)dB step 0.5dB

31

(Cel ls forbidden to affect report ing range) -

This parameter defines which Cells will not affect the

reporting range for Event 1a and Event 1b.

0 False

1 True

32(Cell indiv idual off set) -

Used to offset measured quantity value for FDD.(-10..10) dB step 0.5 dB

33

Neighbor List Pr ior i ty Level

This parameter allows the Cells neighbors to be ranked.

This is used when SHO conditions generate a composite NL

that may result in excessive neighbors being truncated.

0, 1, 2

34

Enable Missing Neighbo r Report ing -

This enables the RNC to log the scrambling code of Sites

that were reported (e.g., e1a, e1c, or e1d) but not on the

composite neighbor list.

0 Disabled

1 Enabled

20 Measurement Reporting Quantities


Minimum Value/

Maximum Value/

Step Size (Units)

Intra-frequency Measurement Reporting Mode

1

Determines whether the UE issues these measurement

reports when certain events (e.g., event 1a) occur, or

Criteria

2: Periodical Reporting

Intra-frequency Measurement Reporting Quantities

2

Active Cell identity reporting enable Requires the UE to

include the identity of the active Cells reported in a

measurement report message.

0: False (No Report)

1: True (Report)

3

Active Cell Ec/I0 reporting enable Requires the UE to

include the Ec/I0 of the active Cells reported in a



1: True (Report)

4

c ve e repor ng ena e equ res e o

include the RSCP of the active Cells reported in a0: False (No Report)

1: True (Report)

5

Active Cell path loss reporting enable Requires the UE

to include the path loss to the active Cells reported in a



1: True (Report)

21


Minimum Value/

Maximum Value/

Step Size (Units)

6

Monitored Cell identity reporting enable Requires the

UE to include the identity of the monitored Cells reported in a



1: True (Report)

7

Monitored Cell Ec/I0 reporting enable Requires the UE

to include the Ec/I0 of the monitored Cells reported in a



1: True (Report)

8

Monitored Cell RSCP reporting enable Requires the UE

to include the RSCP of the monitored Cells reported in a



1: True (Report)

9

Monitored Cell path loss reporting enable Requires the

UE to include the path loss to the monitored Cells reported in

a measurement report message.


1: True (Report)


15/97

10

Detected Cell identity reporting enable Requires the UE

to include the identity of the detected Cells reported in a



1: True (Report)

11

Detected Cell Ec/I0 reporting enable Requires the UE to

include the Ec/I0 of the detected Cells reported in a



1: True (Report)

12

Detected Cell RSCP reporting enable Requires the UE

to include the RSCP of the detected Cells reported in a



1: True (Report)

13

Detected Cell path loss reporting enable Requires the

UE to include the path loss to the detected Cells reported in

a measurement report message.


1: True (Report)

22


Minimum Value/

Maximum Value/

Step Size (Units)

Quality Measurement Reporting

14

Downlink BLER periodic reporting enable Requires the

UE to include the transport channel BLER in a periodic



1: True (Report)

15Downl ink B LER report ing interval -Determines how often

the UE reports the transport channel BLER.

(250, 500, 1000, 2000,3000, 4000, 6000, 8000,

12000, 16000, 20000,

24000, 28000, 32000,

64000) ms

16

Downlink SIR periodic reporting enable Requires the

UE to include the downlink SIR in a periodic measurement

report message.

No need, because SIR

measurement is only for

TDD.

17Downl ink SIR report ing interval -Determines how often

the UE reports its SIR.

No need, because SIR

measurement is only for

TDD.

UE Internal Measurement Reporting

23

Sr. No. Parameter Name DescriptionMinimum Value/Maximum Value/

Step Size (Units)


16/97

18

(Event 4a Report ing Threshold) -

Threshold for UE to determine when to send Measurement

Report for event 4a indicating Transport Channel Traffic

volume has exceeded threshold.

(8, 16, 32, 64, 128, 256,

512, 1024, 2K, 3K, 4K,6K, 8K, 12K, 16K, 24K,

32K, 48K ,64K, 96K,

128K, 192K, 256K,

384K, 512K, 768K)

bytes

19

(Event 4a Time to Trigg er) -

Indicates the period of time during which the event condition

has to be satisfied, before sending a Measurement Report.

(0, 10, 20, 40, 60, 80,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

5000) ms


17/97

20

(Event 4a Pending Tim e after Trigger) -

Period of time during which UE is forbidden to send any new

measurement reports with the same Traffic volume event

identity even if the triggering condition is fulfilled.

(250, 500, 1000, 2000,

4000, 8000, 16000) ms

21

(Event 4a Tx interru ption Time after Trigger) -

Indicates how long the UE shall block DTCH transmissions

on the RACH after a measurement report is triggered.

(250, 500, 1000, 2000,

4000, 8000, 16000) ms

24


Minimum Value/

Maximum Value/

Step Size (Units)

22

(Event 4b Report ing Threshold) -

Threshold for UE to determine when to send Measurement

Report for event 4b indicating Transport Channel Traffic

volume has dropped below threshold.

(8, 16, 32, 64, 128, 256,

512, 1024, 2K, 3K, 4K,

6K, 8K, 12K, 16K, 24K,

32K, 48K ,64K, 96K,

128K, 192K, 256K,

384K, 512K, 768K)

bytes


18/97

23

(Event 4b Time to Trig ger) -

Indicates the period of time during which the event condition

has to be satisfied, before sending a Measurement Report.

(0, 10, 20, 40, 60, 80,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

5000) ms

24

(Event 4b Pending Time after Trigger) -

Period of time during which UE is forbidden to send any new

measurement reports with the same Traffic volume event

identity even if the triggering condition is fulfilled.

(250, 500, 1000, 2000,

4000, 8000, 16000) ms

25

(Event 4b Tx interruptio n Time after Trigger) -

Indicates how long the UE shall block DTCH transmissions

on the RACH after a measurement report is triggered.

(250, 500, 1000, 2000,

4000, 8000, 16000) ms

25


Minimum Value/

Maximum Value/

Step Size (Units)

26

Periodic (Reportin g Interval) -

How often periodic traffic volume messages should be sent if

Periodical reporting criteria IE is defined.

(250, 500, 1000, 2000,

3000, 4000, 6000, 8000,

12000, 16000, 20000,

24000, 28000, 32000,

64000)ms


19/97

27 Periodic (Amount of reporting) (1, 2, 4, 8, 16, 32, 64,

Infinity)

28UE transmit power report ing interval -Determines how

often the UE reports its transmit power.

(250, 500, 1000, 2000,

3000, 4000, 6000, 8000,

12000, 16000, 20000,

24000, 28000, 32000,

64000)ms

29

(Event 6a UE Transm itted Power Tx power th reshold)

UE Transmitted Power becomes larger than an absolute

threshold.

(0..100)%

30

(Event 6a UE Time-to-tr igg er))

UE Transmitted Power becomes larger than an absolute

threshold.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

31

(Event 6b UE Transmitted Power Tx power threshold)

UE Transmitted Power becomes less than an absolute

threshold.

(0..100)%

26


Minimum Value/

Maximum Value/

Step Size (Units)

32

(Event 6b UE Time-to-tr igger))

UE Transmitted Power becomes less than an absolute

threshold.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

33(Event 6c UE Time-to-tr igg er))

UE Transmitted Power reaches its minimum value.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

34(Event 6d UE Time-to-tr igger))

UE Transmitted Power reaches its maximum value.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

Cell Reporting Quantities

35 Cel l code power report ing over Iub

Ratio

1: SIR Error

2: Transmitted Code

Power

27


Minimum Value/

Maximum Value/

Step Size (Units)


20/97

36 Cel l total transmit p ower report ing over Iub

0: Received Total Wide

Band Power

1: Transmitted Carrier

Power

2: Acknowledged

PRACH Preambles

6: UTRAN GPS Timing

of Cell Frames for UE

Positioning8: Transmitted Carrier

Power of All Codes not

Used for HS-PDSCH or

HS-SCCH Transmission

9: HS-DSCH Required

Power

10: HS-DSCH Provided

Bit Rate

18: E-DCH Provided Bit

Rate

19: E-DCH Non-serving

Relative Grant Down

Commands

28


Minimum Value/

Maximum Value/

Step Size (Units)

37 Cel l RTWP report ing over Iub

0: Received Total Wide

Band Power


Power

2: Acknowledged

PRACH Preambles

6: UTRAN GPS Timing

of Cell Frames for UEPositioning


Power of All Codes not

Used for HS-PDSCH or

HS-SCCH Transmission

9: HS-DSCH Required

Power

10: HS-DSCH Provided

Bit Rate

18: E-DCH Provided Bit

Rate

19: E-DCH Non-serving

Relative Grant Down

Commands

29 Inter-Frequency Handover


Minimum Value/

Maximum Value/

Step Size (Units)

1Inter-Frequency Handover Allowed

Defines if inter-frequency HO is enabled.

0: Not allowed

1: Allowed


21/97

2

(Inter-frequency measurement quantity)

Defines the measurement type for events 2a, 2b, 2c, 2d, 2e,

and 2f.

0: CPICH Ec/No

1: CPICH RSCP

3

(Inter-frequency measurement quantity)

Defines the measurement type for events 2a, 2b, 2c, 2d, 2e,

and 2f.

0: CPICH Ec/No

1: CPICH RSCP


Used to offset measured quantity value for FDD.(-10..10)dB step 0.5dB

5

( Event 2a Threshold Used Frequency) -

Change of best frequency threshold to trigger an e2a

measurement report.

CPICH RSCP: (-115..-25) dBm step 1dB


dB step 1dB

6

-


Cells measured quantity with the remaining Cells measured


(0.0..2.0) step 0.1

7(Event 2a Hysteresis) -

Allows hysteresis to be applied to the Event 2a threshold.

(0, 0.5..14.5)dB step

0.5dB

30


Minimum Value/

Maximum Value/

Step Size (Units)

8


Defines the period of time the measurement must exceed

the Event 2a threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

9

ven res o se requency -

Event 2b occurs when the estimated quality of the currently

used frequency is below a certain threshold and the

estimated quality of a non-used frequency is above a certain

CPICH RSCP: (-115..-

25) dBm step 1dB


dB step 1dB

10

-




(0.0..2.0) step 0.1

11 (Event 2b Hysteresis ) -Allows hysteresis to be applied to the Event 2b threshold. (0, 0.5..14.5)dB step0.5dB

12



the Event 2b threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

13

(Event 2c Thresho ld Used Frequency) -

Event 2c occurs when the estimated quality of a non-used

frequency is above a certain threshold.


25) dBm step 1dB


dB step 1dB

14

-




(0.0..2.0) step 0.1

15 (Event 2c Hysteresis) -Allows hysteresis to be applied to the Event 2c threshold. (0, 0.5..14.5)dB step0.5dB

16

(Event 2c Time to Trig ger) -


the Event 2c threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

17

(Event 2d Thresho ld Used Frequency) -

Event 2d occurs when the estimated quality of the currently

used frequency is below a certain threshold.


25) dBm step 1dB


dB step 1dB

31


22/97


Minimum Value/

Maximum Value/

Step Size (Units)

18

-




(0.0..2.0) step 0.1

19(Event 2d Hysteresis ) -

Allows hysteresis to be applied to the Event 2d threshold.

(0, 0.5..14.5)dB step

0.5dB

20

(Event 2d Time to Trig ger) -


the Event 2d threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

21

(Event 2e Threshold Used Frequency) -

Event 2e occurs when the estimated quality of a non-used

frequency is below a certain threshold.


25) dBm step 1dB


dB step 1dB

22

v en e s e req uen cy -




(0.0..2.0) step 0.1

23(Event 2e Hysteresis) -

Allows hysteresis to be applied to the Event 2e threshold.

(0, 0.5..14.5)dB step

0.5dB

24

(Event 2e Time to Trigg er) -


the Event 2e threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

25

(Event 2f Threshold Used Frequency) -

Event 2f occurs when the estimated quality of the currently

used frequency is above a certain threshold.


25) dBm step 1dB


dB step 1dB

26

(Event 2f W Used Frequenc y) -


Cells measured quantity with that of the remaining Cells

measured quantity in the active set. The results will be used


(0.0..2.0) step 0.1

27(Event 2f Hysteresis ) -

Allows hysteresis to be applied to the Event 2f threshold.

(0, 0.5..14.5)dB step

0.5dB

28

(Event 2f Time to Trigg er) -


the Event 2f threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

32


Minimum Value/

Maximum Value/

Step Size (Units)

29( Inter- frequency RACH report ing quanti ty) -

Defines the measurement type while in Cell_Fach state.

0: CPICH Ec/No

1: CPICH RSCP

30

(Inter-frequency RACH reporting threshold)

Defines the measurement threshold for triggering a

measurement report while in Cell_Fach state.


25) dBm step 1dBCPICH Ec/No: (-24..0)

dB step 1dB

31

Inter-frequency Neighbo r List Pr ior i ty L evel




0, 1, 2


23/97

32

IRAT Neighbor List Pr ior i ty Level




0, 1, 2

32 Inter-Radio Access Technology (IRAT) Handover


Minimum Value/

Maximum Value/

Step Size (Units)

1RAT Handover Allowed

Defines if inter-radio access technology HO is enabled.

0: Not allowed

1: Allowed

2IRAT Handover Type

Defines if compressed mode, or blind HO is used.

0: Algorithm Deciding

1: 3A Event Trigger

2: 3C Event Trigger

33


Minimum Value/

Maximum Value/

Step Size (Units)

3Bl ind IRAT Neighbor Relat ion

Target GSM neighbor if Blind HO is enabled.

0: Neighbor;

1: Overlap;

2: Covers;

3: Contained in

4(IRAT measurement quantity)

Defines the measurement type for event 3a.

For UTRAN, 0: CPICH

Ec/No; 1: CPICH RSCP

For GSM, 0: GSM

Carrier RSSI


Defines the measurement type for events 3a, 3b, 3c, and 3d.

For UTRAN, 0: CPICH

Ec/No; 1: CPICH RSCP

For GSM, 0: GSM

Carrier RSSI


Defines the measurement type for events 3b, 3c, and 3d.0: GSM Carrier RSSI


Used to offset measured quantity value for GSM.(-10..10) dB step 0.5dB

8

(Event 3a Threshold Ow n System ) -

Event 3a occurs when the estimated quality of the currently

used UTRAN frequency is below a certain threshold and the

estimated quality of the other System is above a certain

threshold.


25) dBm step 1dB


dB step 1dB

9

-

Event 3a occurs when the estimated quality of the currently

used UTRAN frequency is below a certain threshold and the

estimated quality of the other System is above a certain

(-115..0) dB step 1dB

10

(Event 3a W) -


Cells measured quantity with that of the remaining Cells

measured quantity in the active set. The results will be usedfor event evaluation.

(0.0..2.0) step 0.1

11(Event 3a Hysteresis) -


(0, 0.5..7.5)dB step

0.5dB

12



the Event 3a threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

34


24/97


Minimum Value/

Maximum Value/

Step Size (Units)

13

(Event 3b Thresho ld Other System) -

Event 3b occurs when the estimated quality of the other

System is below a certain threshold.

(-115..0) dB step 1dB

14

-

Weighting factor to control the proportion of the primary Cell

measured quantity and the remaining Cells measuredquantity in the active set, The results will be used for event

Not needed for 3b

15(Event 3b Hysteresis ) -


(0, 0.5..7.5)dB step

0.5dB

16



the Event 3b threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

17

(Event 3c Thresho ld Other System) -

The estimated quality of the other System is above a certain

threshold.

(-115..0) dB step 1dB

18

-




Not needed for 3b

19(Event 3c Hysteresis) -


(0, 0.5..7.5)dB step

0.5dB

20

(Event 3c Time to Trig ger) -


the Event 3c threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

21(Event 3d Thresho ld Other System) -

Change of best Cell in other System.Not needed for 3d

35


Minimum Value/

Maximum Value/

Step Size (Units)

22

(Event 3d W) -Weighting factor to control the proportion of primary Cells

measured quantity with that of the remaining Cells

measured quantity in the active set. The results will be used


Not needed for 3d

23(Event 3d Hysteresis ) -

Allows hysteresis to be applied to the Event 2a threshold

(0, 0.5..7.5)dB step

0.5dB

24

(Event 3d Time to Trig ger) -


the Event 3d threshold before a measurement report is sent.

, , , , , ,

100, 120, 160, 200, 240,

320, 640, 1280, 2560,

36 Radio Link Control (RLC)

1

AM (In-sequence d elivery) -

TRUE indicates that RLC shall preserve the order of higher

layer PDUs when these are delivered.FALSE indicates that receiving RLC entity could allow SDUs

to be delivered to the higher layer in different order than

submitted to RLC sub-layer at the transmitting side.

0: False1: True

2AM (Receiving window size)

Maximum number of outstanding (unacknowledged) RLC

PUs from the UTRANs perspective

1, 8, 16, 32,

641282565127

68102415362047

256030723584

4095Pus


25/97

3AM (Timer_Status_Prohibit)

Minimum time in ms between STATUS reports.

(10..550 by step of 10,

550..1000 by step of

50)ms

4AM (Missing PDU Indicator)

Value true indicates that UE should send a STATUS report

for each missing PDU that is detected.

immediately send status

PDU when detected

missing)

1: True (send status

PDU when detected

37

5AM (Timer_STATUS_periodic)

Time in msecs for per iodic reports.

100200300400

500750100020

00ms

Uplink

6AM (Transmiss ion wind ow size) -

Max imum number of outs tanding (unacknowledged)

RLC PUs from the UEs perspective.

181632641

282565127681

02415362047256

0307235844095

7

AM (Timer_RST) -

reset t imer

Elapsed t ime in mi l l iseconds. It is used to tr igger the

retransmission of RESET PDU.

50100150200

250300350400

450500550600

700800900100

8AM Max_RST)

Maximum number of transmission o f Resets PDU equal

to Max _RST - 1

146812162

432

9AM (Timer_poll_prohibit)

Minimum tim e between pol ls

(10..550 by step of 10,


50)ms

10 AM (Timer_poll) (10..550 by step of 10,


50)ms

11AM (Poll_PDU)

Interval between p ol l ings

12481632

64128

12AM (Poll_SDU)

Interval between p ol l ings 141664

13AM (Last transmission PDU poll)

Pol l at last PDU in transmission buffer

0: False

1: True

38

14AM (Last retransmission PDU poll)

Pol l at last PDU in retransmission buffer

0: False

1: True

15AM (Poll_Window)

Pol l ing threshold

5060708085

909599%

16AM (Timer_poll_periodic)

Pol l ing per iod

100200300400

50075010002000


Minimum Value/


39 Channel Reconfiguration and RRC State Management

Circuit-switched Services

1AMR5.9 @ SF256 enable

Al low/prohibi t assignment o f AMR5.9 @ SF256Not defined


26/97

2

AMR5.9 @ SF256 cod e usage thresh old

The fract ion of SF128 spreading codes co nsum ed above

where new vo ice cal ls wi l l be assigned AMR5.9 @

SF256. Below th is threshold, vo ice cal ls wi l l be assigned

AMR12.2 variab le-rate1 @ SF128.

Not defined

Packet-switched Services

3

The state that a PS connect ion is placed into w hen

transi t ioning from IDLE. Typically this is app l icable forPS users that maintain a PDP Context, yet have gone to

Not defined, depending

on required data rate

4PS State Initial Setup

The state that a PS connect ion is placed into w hen the

users PS session is initially set up.

Not defined, depending

on required data rate

40


Minimum Value/

Maximum Value/

Step Size (Units)

5PS Initial DL DCH Setup

The ini t ial size of the dow nl ink Transport Chann el for

Interact ive and Backgro und traff ic classes.

Downlink Maximum Rate

Threshold of PS Service

on FACH: (0..65535)

kbps step 1 kbps

6PS Initial UL DCH Setup

The ini t ial size of the upl ink Transport Channel for

Interact ive and Backgro und traff ic classes.

Uplink Maximum Rate

Threshold of PS Service

on RACH: (0..65535)

kbps step 1 kbps

7PS Initial Setup HS Capable

Defines w hether an HS-capable UE request ing PS

service is set up on HS or dedicated dow nl ink channels.

Not defined

8

The ini t ial size of the upl ink Transport Channel for

Interact ive and Backgro und traff ic classes when HS isNot defined

9

DL 384k DCH Down Switch

The threshold in the downl ink th at tr iggers a transport

channel down switch from 384k to 128k, based on RLCthroughput .

Event 4B Counter

Threshold : 1..255

10



channel down switch from 128k to 64k, based on RLC

throughput .

Event 4B Counter

Threshold : 1..255

11



channel down switch from 64k to 32k, based on RLC

throughput .

Event 4B Counter

Threshold : 1..255

12DCH Down Switch Timer

Time DL throug hput m ust be below DCH Down Switch

threshold to tr igger DCH Down Switch.

Not defined

Per-Cell

13

DL DCH Down Switch Qual i tyThe threshold, as reported by th e UE, which indicates

excessive BLER in the down l ink, which, in turn, tr iggers

a down switch to th e next lower transport channel .

Not defined

14

DL DCH Down Switch Power

The threshold, relat ive to the maximum DL pow er for the

radio l ink, which tr iggers a dow n switch to the next

lower transport channel .

Event A Counter

Threshold of

Consecutive DTCP

Reports: 1..255

41


27/97


Minimum Value/

Maximum Value/

Step Size (Units)

15

UL DCH Down Switch Qual i ty

The threshold, which indicates excessive BLER in the

upl ink, which tr iggers a down switch to the next lower

transport channel .

Not defined

16

UL DCH Down Switch Power

The threshold, relat ive to the maximum UL pow er for the

radio l ink, which tr iggers a dow n switch to the next

lower transport channel .

Not defined

17Down Switch Qual i ty Timer

Time durat ion BLER must exceed threshold to tr igg er a

qual i ty-based down sw itch.

Not defined

18

The data throug hput thresho ld, appl icable for both

upl ink and do wnl ink, which tr iggers a radio bearer

reconf igurat ion from DCH to CELL_FACH, based on

Event 4B Counter

Threshold: 1..255

19

DCH to Common Down Switch Timer

The time durat ion where the DL and UL throug hput m ust

be below the DCH to Common Dow n Switch threshold in

order to tr igger a switch to common channels.

Not defined

20

The data throug hput thresho ld, appl icable for both

upl ink and do wnl ink, which tr iggers a radio bearer

reconf igurat ion from CELL_FACH to DCH, based on

Event 4A Counter

Threshold: 1..65535

21

Common to DCH Up Switch Timer

Time durat ion either the DL or UL throughp ut mus t be

above the Commo n to DCH Up Switch threshold in order

to tr igger a switch to dedicated channels.

Not defined

22

Common Channel Inact iv i ty Timer

Time durat ion where both the DL and UL through put is

zero, in order to tr igger a state of the UE from

CELL_FACH to IDLE.

Counter Threshold of

Failing to Transfer from

CELL_DCH/CELL_FAC

H to CELL_PCH for

Transferring to Idle:

2..65535

23Enable CELL _PCH/URA_PCH States

Enables the use o f the CELL_PCH and URA_PCH.

1: Only Support

24URA_PCH State Trigger

Maximum number of Cel l Updates sent by inact ive UE in

CELL_PCH to tr igg er transi t ion to URA_PCH.

Not defined

25

_

Maximum time an inact ive UE (not transmitt ing o r

receiv ing data) remains in URA_PCH before tr igger ing

an IU Release Request mes sage to th e CN and

1..65535s

26

HS Inactiv ity Timer

Time durat ion where both the DL and UL through put iszero, for a UE uti l izing HS-DSCH, in ord er to tr ig ger a

release request message to th e CN and change the s tate

of a UE to IDLE.

Not defined


Minimum Value/

Maximum Value/

Step Size (Units)

43 Admission Control


28/97

1

DL Power Adm ission Threshold 1

Power admission thresho ld for delay intolerant RABs

(e.g., conv ersat ional and streaming) request ing

admission due to s oft /softer handover (value relat ive to

total available DL power).

(1.. 100)% step 1%

2

Power admission thresho ld for delay intolerant RABs

(e.g., conv ersat ional and streaming) request ing

admission, not du e to soft /softer handover (valuerelative to to tal available DL pow er). Typically s et


29/97

11

down l ink hardware usage in the cell group in ord er to

reserve some resources for gu aranteed and guaranteed-

hs service class connect ions. App l icable to (non-

guaranteed, non-handov er), (guaranteed-hs, n on-

handover) and (guaranteed, non-handover) admission

(1.. 100)% step 1%

12

hardware usage in the cel l group in o rder to reserve

som e resources for guaranteed and guaranteed-hsservice class con nect ions. Appl icable to (non-

guaranteed, non-handov er), (guaranteed-hs, n on-


(1.. 100)% step 1%

13

down l ink hardware usage in the cell group. Appl icable

to (non-guaranteed, hando ver), (guaranteed-hs, non -


(1.. 100)% step 1%

14

Parameter that def ines the admission l imi t fo r the upl ink

hardware usage in the cel l group. Appl icable to (non-

guaranteed, handov er), (guaranteed-hs, non-handov er)

and (guaranteed, non-handover) admission requests

(1.. 100)% step 1%

15

down l ink power in order to reserve some of theresource for g uaranteed and guaranteed-hs service

class conn ect ions. Appl icable to (non-guaranteed, non-

(1.. 100)% step 1%

16

for the numb er of radio l inks in comp ressed mode in a Not defined

17

Cel l parameter that def ines the absolute admiss ion l imi t

for dow nl ink code usage in order to reserve some of the

resource for m obi l i ty of guaranteed and guaranteed-hs

service class conn ect ions. Appl icable to (guaranteed,

non-handov er), (guaranteed-hs, non-handover) and (non-

guaranteed, handover) access requests

(0~100)% step 1%

18 Maximum Transmission Power. .. .

19

Cel l parameter that def ines the absolute admiss ion l imi t

for dow nl ink pow er ut i l izat ion. Appl icable to

(guaranteed, non -handover) and (non-guaranteed,

handover) admiss ion requests

(0~100)% step 1%

20

down l ink power in order to reserve some of the

resource for m obi l i ty of guaranteed service class

conn ect ions and gu aranteed-hs service class

conn ect ions. Appl icable to (guaranteed, handover) and

(0~100)% step 1%

21Max SF8 Adm ission

Maximum n umb er of DL radio l inks al lowed in a Cell

ut i l iz ing s preading factor 8.

0..7



ut i l iz ing spreading factor 16.

0..15




0..31




0..61



ut i l iz ing spreading facto r 128.

0..123


30/97



ut i l iz ing spreading facto r 256.

0..200

27

Number of Compressed Mode radio l inks al lowed in a Not defined


Minimum Value/

Maximum Value/

Step Size (Units)

28HSDPA Adm ission

Number of u sers in a Cell uti l izing the HS-DSCH.0..65535

29 Max Bit Rate Per QoS Group(1..65535)kbps step 1

kbps

30 Max bi t rate increase per turn Not define

31 Schedul ing weights for di f ferent traff ic classes Not defined


Minimum Value/

Maximum Value/

Step Size (Units)

47 Congestion Control

1DL Power threshold for tr igger ing con gest ion (value

relative to total available DL power).(1..100)% step 1%

2DL Power threshold indicat ing con gest ion has been

resolv ed (value relative to total available DL pow er).

Typical ly set


31/97

16The numb er of delay tolerant RABs (e.g., background

and interactiv e) that are released/reduced du ring each

cong est ion resolut ion act ion.

1..50

17The time between the detect ion of cong est ion and ini t ial

cong est ion resolut ion act ion of delay- tolerant RABs.1..255 times

18The time between each cong est ion resolut ion act ion of

delay-tolerant RABs, unt i l con gest ion is resolved1..255 times

19

The num ber of delay-intolerant RABs (e.g.,

conversat ional and streaming) that are released/reduced

dur ing each congest ion resolut ion act ion.

1..50

20The time between the detect ion of cong est ion and ini t ial

cong est ion resolut ion act ion of delay intolerant

RAB s.0/100,000/1 (ms ec)

1..255 times

21The time between each cong est ion resolut ion act ion of

delay intolerant RAB s, unt i l congest ion is resolved.1..255 times

22Time interval between per iodic cong est ion resolve

act ions on g uaranteed traff ic class connect ionNot defined

23Interval between per iodic congest ion resolve act ions on

guaranteed-hs traff ic clas con nect ions in a cel l .Not defined

24Interval between per iodic congest ion resolve act ions on

no gu aranteed traff ic class conn ect ions in a cel l .Not defined

25

ini t iated on guaranteed traff ic class con nect ions in a Not defined

26

ini t iated on guaranteed-hs traff ic class conn ect ions in a Not defined

Congestion Resolution Utilizing Inter-frequency and IRAT Handover

28

DL Power Cong est ion IF Load Shar ing Offset

The offset, relat ive to the DL Power Congest ion

Threshold 1, which ini t iates inter-frequency h andover to

col located UTRAN Cel ls.

Difference Downlink

Load Threshold in Inter-

frequency Cells -

Power:(0..100%) step


Minimum Value/


29

UL Noise Congest ion IF Load Shar ing Offset

The offset, relat ive to the UL Noise Congest ion

Threshold 1, which ini t iates inter-frequency h andover to

col located UTRAN Cel ls.

Permitted Payload

Difference Uplink Load

Threshold in Inter-

frequency Cells-

Interference:(0..100%)

step 1%

30

The offset, relat ive to the DL Power Congest ion

Threshold 1, which ini t iates IRAT hando ver to col locatedNot defined

31

The offset, relat ive to the UL Noise Congest ion

Threshold 1, which ini t iates IRAT hando ver to col locatedNot defined


Minimum Value/

Maximum Value/

Step Size (Units)

50 Provisioning

1 User bi t rate versus CBR -Configured according to

the traffic class and data

rate


32/97

2Min Iub al locat ion

This would p rovide abi l i ty to al locate lesser amount of

Iub bandwidth than the associated RB SF cal l for .

Configured with the

feature of Iub

overbooking


Minimum Value/

Maximum Value/

Step Size (Units)

51 UE Timers and Constants in Connected Mode

1(T300) -

Time between two RRC Connect ion attempts w hen not

acknowledged w ith RRC Connect ion Setup.

, , , , ,000,1200,1400,1600,18

00,2000,3000,4000,600

2(N300 ) -

Number of RRC Connect ion retransmiss ions.(0..7)

3

(T302)

Timer is stopped upon recept ion of CELL UPDATE

CONFIRM/URA UPDATE CONFIRM. Upon expiry ,

retransm it CELL UPDATE/URA UPDATE if V302 =< N302,

or else, go to IDLE mode.

(100,200,400,600,800,1

000,1200,1400,1600,18

00,2000,3000,4000,600

0,8000)ms

4(N302)

Maximum number of retransmiss ions of the CELL

UPDATE/URA UPDATE messag e.

(0..7)

5

(T304)

Timer is stopped up on recept ion of UE CAPABILITY

INFORMATION CONFIRM. Upon ex piry, retransmit UE

CAPAB ILITY INFORMATION if V304 =< N304, or else

ini t iate a Cell upd ate procedure.

(100, 200, 400, 1000,

2000)ms

6(N304)

Maximum number of retransmiss ions of the UE

CAPAB ILITY INFORMATION message.

(0..7)

7

Timer is star ted upon enter ing CELL_FACH or

URA_PCH or CELL_PCH state. Receptio n of CELL

UDPATE CONFIRM/URA UPDATE CONFIRM. Upon

expiry, transmit CELL UPDATE if T307 is n ot act ivated

and the UE detects " in service area." Otherwise, i f T307

(No

update,5,10,30,60,120,3

60,720)minutes

8

(T307) -

Timer is star ted when the t im er T305 has expired and

the UE detects "out of service area." Upon expiry,

transi t to idle mode.

(5, 10, 15, 20, 30, 40,

50)s

9(T308)

Upon expiry, transm it RRC CONNECTION RELEASE

COMPLETE if V308


33/97

12

Timer is star ted upo n transmiss ion of PUSCH

CAPACITY REQUEST. Upon exp iry, transm it PUSCH

CAPACITY REQUEST if V310 =< N310, or else pro cedu re

Not used

13(N310)

Maximum number of retransmission of the PUSCH

CAPACITY REQUEST mess age.

Not used

14

Timer is star ted upo n recept ion of PHYSICAL SHAREDCHANNEL A LLOCATION message with the CHOICE

"PUSCH al locat ion" set to " PUSCH al locat ion pend ing."

Upon ex piry, UE may initiate a PUSCH capacity req uest

Not used

15

(T312)

Timer is star ted when the UE star ts to establ ish

dedicated CH. Upon expiry, the cr i ter ion for p hysical

channel establ ishment fai lure is ful f i l led.

(1..15)s

16(N312)

Maximum number of " in sy nc(s)" is received from L1.

, , , , , , ,

200, 400, 600, 800,

17

(T313)

Timer is star ted when the UE detects co nsecut ive N313

"out of sync" indicat ions f rom L1. Upon expi ry , the

cr i ter ion for Radio L ink fai lure is ful f i l led.

(0..15)s

18(N313)

Maximum number of success ive "out of sync(s)" is

received from L1.

(1, 2, 4, 10, 20, 50, 100,

200)

19

(T314)

Timer is star ted wh en the cr i ter ia for radio l ink fai lures

are fulfi l led. The timer is started if radio b earer(s) that

are associated with T314 exist or i f only RRC connect ion

exists. Upon expiry , the UE shall release all radio

bearers that have th e re-establ ishment t imer set to T314.

(0, 2, 4, 6, 8, 12, 16,

20)s

20

(T315)

Timer is star ted wh en the cr i ter ia for radio l ink fai lure is

fulfi l led. The timer is started if rad io bearer(s) that are

associated with T315 exist or i f only RRC con nect ion

exists. Upon expiry , the UE shall release all radio

bearers that have th e re-establ ishment t imer set to T315.

(0,10, 30, 60, 180, 600,

1200, 1800)s


Minimum Value/

Maximum Value/

Step Size (Units)

21(N315)

Maximum number of successive " in sync(s)" is received

from L1 when T313 is act ivated.

(1, 2, 4, 10, 20, 50, 100,

200, 400, 600, 800,

1000)

22

Timer is star ted wh en the UE detects " out of s ervice

area" in URA_PCH or CELL_PCH state. Upon expiry,

init iate Cell upd ate proced ure if in service area is

detected . Otherw ise start timer T317, transit to

CELL_FACH state, and ini t iate Cel l update pro cedure

" "

(0, 10, 20, 30, 40, 50,Infinity )s

23

(T317)

Timer is star ted when the T316 expires or when in

CELL_FACH state, the UE detects "o ut o f service area."

This t imer never expires.

(0,10, 30, 60, 180, 600,

1200, 1800)s


34/97


Minimum Value/

Maximum Value/

Step Size (Units)

54 High Speed Downlink Packet Access

1 Defines if HSDPA is enab led in a Cell.

0: Not Support HSUPA

and HSDPA;

1: Support HSDPA and

DCH;2: Support HSDPA only;

3: Support HSUPA ,

HSDPA and DCH;

4: Support HSUPA and

HSDPA

2

HSDPA Max Available Power

Defines the maxim um DL power that can b e al located to

al l channels in a Cel l when HSDPA is u sed, including the

HS-DSCH, the HS-SCCH, all common ch annels, and all

dedicated channels.

(1..100)% step 1%

3

The maximum power fo r the HS-SCCH, relat ive to th e Not defined

4

Interval of per iodic report ing w hen tr iggered by e1d (0..65535)s step 1s

5HSDPA (Event 1d Hysteresis)

Add ed amount to A ct ive Cel l replacement threshold to

ensure that the thresho ld has def ini tely been exceeded.

(0..7.5)dB step 0.5dB

6

Indicates the per iod of t ime dur ing w hich new Cel l has

to be better than threshold before sending a(0..65535)s step 1

7 Number of HS-SCCH 1..32

8 Scheduler Type

1: C/I Schedule

2: Priority Schedule

3: Fair ThroughputSchedule Based on

Priority


Minimum Value/

Maximum Value/

Step Size (Units)

9 Schedul ing weights for di f ferent traff ic classes Not defined

10 Weight for di f ferent compo nents Not defined

11HSDSCHQoSclasses

Defines w hich traff ic handl ing c lasses/pr ior i t ies are

al lowed to get HSDPA service

Not defined


Minimum Value/

Maximum Value/

Step Size (Units)

56 Enhanced Uplink ( High Speed Uplink Packet Access)

1Maximum E-DCH Act ive Set Size

This would def ine the maximum number of cel ls allowed

in the E-DCH Active set.

1..4


35/97

2 E-DCH TTI0: 2ms

1: 10ms

3E-DPCCH Power Off set

This parameter controls the relat ive power between the

E-DPCCH and R99 DPCCH.

0..8

4

E-AGCH/E-HICH/E-RGCH Power Offset

This is the relative power of fset betw een the P-CPICH

and the E-AGCH, betw een th e P-CPICH and E-HICH, and

betw een the P-CPICH and E-RGCH. It is u sed b etween

RNC and Node B . Configurable parameters enable

rel iable detect ion of these channels throu ghou t the cel l .

Power offset relative to

DL DPCH pilot domain: (-

32 .. +31.75)dB step0.25 dB

5Maximum number of E-DPDCHs

This is the maximum number of E-DPDCHs that the

UTRAN al lows for a given UE. For maximum throug hput,

Not defined

6

E-TFCI Table Ind ex

This parameter enables th e expon ential ly-distr ibuted

transport block sizes or f ixed RLC PDU size-related

transport block sizes.

0..1

7

Happy bi t delay condi t ion

The UE uti l izes this p arameter to determine wh ether to

send Schedul ing Inform ation or not. It wi l l help inf luence

average latency .

(2ms, 10ms,20ms,50ms,

100ms, 200ms, 500ms,

1000ms)

8

Number of E-RGCHs

This is the maximum number of E-RGCHs allowed in a

cel l . This wi l l inf luence maximum number of

supp ortable/Act ive HSUPA users.

1..10


Minimum Value/

Maximum Value/

Step Size (Units)

9

Number o f E-AGCHs

This is the maximum n umb er of E-AGCHs al lowed in a

cel l . This wi l l inf luence maximum number of

supp ortable/Act ive HSUPA users.

1..10

10

(Reference E-TFCI Set and E-TFCIs Power Off sets

The UE uses this table to determine the sup portable

data rate (=E-TFCI) in the up link. This p arameter

effect ively contro ls the error rate and i t is very imp ortant

to have f lexibi l i ty to change.

e o e erence -

TFCIs (2ms E-TTI, E-

TFCI Table0): 0..127

Set of Reference E-



Set of Reference E-



Set of Reference E-



Power Offset of

Reference E-TFCIs:0..29

11

Init ial Serving Gr ant

This is the power offset between the E-DPDCH and the

DPCCH that the UE can star t usin g before the UTRAN

star ts sending absolute and relat ive grants. It wi l l help

reduce initial startup delay.

0..8


36/97

12Support for scheduled and non-scheduled data

transmission

0: Scheduled

Transmission Grant

1: Non-scheduled

Transmission Grant

13 Support for f ixed and dy namic RV parameters0: RV0

1: RV Table

14 Support fo r MAC-d f low speci f ic HARQ prof i les Not defined

15 maxEDchRate(1..655535)kbps step 1

kbps

16

Maximum d ynamic delay (buffer bui ld-ups ov er Iub,

including the nod e's ET boards) that the E-DCH data

frames can have without being detected as a dynamic

delay Iub con gest ion.

Not defined


Minimum Value/

Maximum Value/

Step Size (Units)

17 IubEdchId Not defined

18 userLabel Not defined

19 t ransmissionTargetError Not defined

20 ulInitSirTargetEdch(-8.2..17.3) dB step 0.1

dB

21 eDchCapabil i ty

0: Not Support HSUPA

and HSDPA;

1: Support HSDPA and

DCH;

2: Support HSDPA only;3: Support HSUPA ,

HSDPA and DCH;

4: Support HSUPA and

HSDPA

22 eulLockedOptimalNoiseFloorEst imate Not defined

23 eulMaxOwnUuLoad (0..62) dB step 0.1 dB

24 eulMaxRotCoverage Not defined

25 eulMinMarginCoverage Not defined

26 eulOptimalNoiseFloorLock Not defined

27 eulOptimalNoiseFloorLock.eulNoiseFloorLock Not defined

28eu p ma o se oor oc .eu p ma o se oor s ma

Not defined

29 eulSl idingWindowTime..

30 eulThermalLevelPrior Not defined

31 harqTransmUlTti10Max Not defined

32 eulMaxShoRate(1..655535)kbps step 1

kbps

33 eulNoReschUsers Not defined

34 eulTargetRate(1..65535)kbps step 1

kbps

35 eulMaxNoSchEDch 0..65535

36 eulNoERgchGroups Not defined


37/97

37 maxEAgchPowerDl Not defined

38 maxUserEHichERgchPowerDl Not defined


Minimum Value/

Maximum Value/

Step Size (Units)

39

eulNonServingCel lUsersAdm

Adm ission threshold for the num ber of E-DCH usershaving th is Cel l as serving Cel l .

0..65535

40eulServingCel lUsersAdm

Adm ission threshold for the num ber of E-DCH users

having th is Cel l as serving Cel l .

0..65535

41

even nc se

Offset add ed to the cu rrent E-DCH/HS-DSCH Serving

Cel l measurements received in the event 1a and 1c

Measurement Reports, in order to evaluate if an

indiv idual non -EUL Cel l has higher qual i ty than th e

curr ent E-DCH/HS-DSCH Serving Cell. If th e no n-EUL

Cell is "better" , event 1d-RNC is tr iggered, and that Cell

wi l l ei ther be added to the act ive set, or wi l l replace a

Not defined

42Number of co nsecut ive t imes that an indiv idual non-EUL

Cel l must have a higher q ual i ty level than the current E-

DCH/HS-DSCH Serving Cell, in order to tr igg er event 1d-

1..7


38/97

Default Granularity/ Scope

2 Per-Cell

-15dB Per-Cell

-111dBm Per-Cell

24dBm Per-Cell


14dB Per-Cell

2dB Per-Cell

2dB Per-Cell

2dB Per-Cell

2dB Per-Cell

2dB Per-Cell

2dB Per-Cell

0dB Per-Cell

0dB Per-Cell

1s Per-Cell


39/97


2s Per-Cell

2s Per-Cell

0.5 Per-Cell

10dB Per-Cell

2 Per-Cell

2dB Per-Cell

2 Per-Cell

always Per-Cell

-12dB Per-Cell


always

Not Used Group of Cells

9dB Per-Cell

Not Used Per-Cell


40/97

8 Group of Cells

Not Used Group of Cells

9dB Group of Cells

6dB Group of Cells

10s Group of Cells

9dB Group of Cells


12dB Group of Cells

0 Group of Cells

-92(Serving cell)/-90neighboring cell Group of Cells

Not used Group of Cells


N Per-Cell

N Per-Cell

N Per-Cell

N Per-Cell

Inter-frequency Switch On/Off/Off Per-Cell


41/97

N Per-Cell

45%/45%/45% Per-Cell


-7dB Per-Cell

0 Per-Cell

-21dB Per-Cell

1dB Per-Cell

2 Per-Cell

40 Per-Cell

6 Per-Cell

3 Per-Cell

40 Per-Cell

1 Per-Cell

0.9 Per-Cell

10s Per-Cell

[11,11] Per-Cell

[15,15] Per-Cell



42/97

Not Barred Per-Cell

1 Per-Cell

6 Per-Cell

6 Per-Cell

6 Per-Cell

-5dB Per-Cell

72 Per-Cell

6 Per-Cell


Not Used per-RB AND per- Cell

33dBm External Utran Cell

Not Used RNC

MinDlDpchPwr per-RB AND per-Cell

MaxDlDpchPwr per-RB AND per-Cell

-3dB Per-Cell

-4dB Per-Cell

-3dB Per-Cell


43/97

-1dB for FACH,-3dB for PCH Per-Cell

-7dB Per-Cell

-5dB Per-Cell


Conversational DL 3.4k Signaling(AM) 3dB

Conversational DL WAMR6.60k~23.85k 3dB

Conversational DL 64K(PS Conversational

Video) 3dB

Conversational UL NAMR4.75k~12.2k3dB

Streaming PS64k3dB

Streaming PS384k0dB

Streaming PS128k0dB

Interactive PS64k3dBInteractive PS384k0dB

Interactive PS128k0dB

Background PS64k3dB

Background PS384k0dB


Streaming CS64k3dB

Interactive DL PS 1.2Mbps0dB

per-RB combination


44/97


Conversational DL 64K(PS Conversational

Video) 3dB

Conversational DL

NAMR4.75k~12.2k3dB;Streaming PS64k3dB

Streaming PS384k0dB

Streaming PS128k2dB

Interactive PS64k3dBInteractive PS384k0dB


Background PS64k3dB



Streaming CS64k3dB






Background DL PS 1.2Mbps0dBBackground DL PS 3.65Mbps0dB

Background DL PS 7.2Mbps0dB



Streaming DL PS 1.2Mbps0dB





per-RB combination


45/97

Conversational DL 3.4k Signaling(AM) 3dB


Conversational DL 64K(PS Conversational Video)

3dB

Conversational DL NAMR4.75k~12.2k3dB

Streaming PS64k3dB

Streaming PS384k3dB

Streaming PS128k3dB




Background PS64k3dB



Streaming CS64k3dB






Background DL PS 1.2Mbps3dBBackground DL PS 3.65Mbps3dB









per-RB combination

Not Usedper-RB combination AND

per-Cell

Not Used

per-RB combination AND

per-Cell

Not Usedper-RB combination AND

per-Cell

3 per-transport channel type


46/97

Conversational uL 3.4k Signaling(AM)8.0dB

Conversational UL AMR6.60k~23.85k6.0dB

Conversational UL 64K(PS Conversational Video)

8.0dB

Conversational UL NAMR4.75k~12.2k6.0dB

Streaming PS64k8dB

Streaming PS384k17.3dB



Interactive PS384k17.3dB


Background PS64k8dB

Background PS384k17.3dB


Streaming CS64k8.0dB

Interactive UL PS 1024kbps15dB

Interactive UL PS 2.048Mbps15dB

Interactive UL PS 3. 072Mbps15dB



Background UL PS 1024kbps15dB

Background UL PS 2.048Mbps15dB

Background UL PS 3. 072Mbps15dB



Streaming UL PS 1024kbps15dB

Streaming UL PS 2.048Mbps15dB

Streaming UL PS 3. 072Mbps15dB




per-Cell


47/97

onversa ona u . gna ng .


Conversational UL 64K(PS Conversational

Video) 2.0dB





Interactive PS64k2.0dBInteractive PS384k6.0dB






Interactive UL PS 1024kbps4.0dB

Interactive UL PS 2.048Mbps4.0dB

Interactive UL PS 3. 072Mbps4.0dB



Background UL PS 1024kbps4.0dBBackground UL PS 2.048Mbps4.0dB

Background UL PS 3. 072Mbps4.0dB

Background UL PS 4.096Mbps4.0dB


Streaming UL PS 1024kbps4.0dB

Streaming UL PS 2.048Mbps4.0dB

Streaming UL PS 3. 072Mbps4.0dB




per-Cell


48/97

. .


Conversational UL 64K(PS Conversational Video)


Streaming PS64k4dB




Interactive PS384k12.0dBInteractive PS128k11.0dB

Background PS64k4dB




Interactive UL PS 1024kbps6.0dB


Interactive UL PS 3. 072Mbps6.0dB



Background UL PS 1024kbps6.0dB


Background UL PS 3. 072Mbps6.0dB



Streaming UL PS 1024kbps6.0dB


Streaming UL PS 3. 072Mbps6.0dB




per-Cell

Not Used per-Cell

24dBm


per-Cell

[11,11]per-RB combination AND

per-Cell

[15,15]per-RB combination AND

per-Cell

3 per-transport channel type


3per-RB combination AND

per-Cell


49/97

1 per-Cell


per-Cell

3dBper-RB combination AND

per-Cell

320msper-RB combination AND

per-Cell


per-Cell



per-Cell


per-Cell


per-Cell


per-Cell


per-Cell

0


per-Cell


per-Cell


per-Cell


per-Cell


50/97


per-Cell


per-Cell



per-Cell


per-Cell


per-Cell

320ms per-RB combination ANDper-Cell


per-Cell


per-Cell


per-Cell

-24dBper-RB combination AND

per-Cell


per-Cell


per-Cell


-24dBper-RB combination AND

per-Cell


per-Cell


51/97


per-Cell

0 Per Cell

0dBPer Cell and Per Neighbor

FDD Cell

0 Per Cell

0 Per Cell


1

0 Per-RNC

1 Per-RNC

1 Per-RNC

0 Per-RNC


0 Per-RNC

1 Per-RNC

1 Per-RNC

0 Per-RNC


52/97

0 Per-RNC

1 Per-RNC

1 Per-RNC

0 Per-RNC


1 Per-RNC

500ms Per-RNC

No need Per-RNC

No need Per-RNC



53/97

Configuration Number for DCH): 1024 bytes

1 (UE Traffic Volume Event Measurement

Configuration Number for DCH): 512bytes

2 (UP Traffic Volume Measurement Configuration

Number for DCH): 512 bytes

3 (UE Traffic Volume Period Measurement

Configuration Number for RACH): 1024 bytes

4 (UE Traffic Volume Event MeasurementConfiguration Number for RACH): 128bytes


Number for FACH): 128bytes


Number for Streaming Class on HS-DSCH): 12K,bytes


Number for Interactive and Background Class on HS-

DSCH): 6Kbytes


Configuration Number for E-DCH): 1024bytes

9 (UP Throughput Event Measurement Configuration

Number for E-DCH): 1024 bytes

Transport Channel

Configuration Number for DCH): 640ms


Configuration Number for DCH): 80ms


Number for DCH): 80ms


Configuration Number for RACH): 320ms


Configuration Number for RACH): 80ms


Number for FACH): 80ms


Number for Streaming ;Class on HS-DSCH): 80ms7 (UP Traffic Volume Measurement Configuration

Number for Interactive and Background Class on HS-

DSCH): 80ms


Configuration Number for E-DCH): 640ms

9 (UP Throughput Event Measurement Configuration

Number for E-DCH):

all parameter-new

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