UL and DL BLER measurements: Counters are stepped for Best cell, pmResx[y], where x is the RES measurement number (1-12) and y is defined as follows. Unit of measurement for BLER is percent.

pmResX[0] = 256 * “service” + 1(DL BLER) or + 2(UL BLER)pmResX[1] 0<= BLER < 0.5pmResX[2] 0.5<= BLER < 1pmResX[3] 1<= BLER < 1.5pmResX[4] 1.5<= BLER < 2pmResX[5] 2<= BLER < 2.5pmResX[6] 2.5< = BLER < 3pmResX[7] 3<= BLER < 3.5pmResX[8] 3.5<= BLER < 4pmResX[9] 4<= BLER < 4.5pmResX[10] 4.5<= BLER < 5pmResX[11] 5 <= BLER < 6pmResX[12] 6 <= BLER < 7pmResX[13] 7<= BLER < 8pmResX[14] 8<= BLER < 9pmResX [15] 9<= BLER < 10pmResX[16] 10<= BLER < 15pmResX[17] 15<= BLER < 20pmResX[18] 20<= BLER

UE Tx power measurement: Counters are stepped for Best cell, pmResx[y], where x is the RES measurement number (1-12) and y is defined as follows. Unit of measurement for UE Tx power is dBm.

pmResX[0] = 256 * “service” + 3pmResX[1] –50<= UE Tx power< –20pmResX[2] –20<= UE Tx power< –16pmResX[3] –16<= UE Tx power < –12pmResX[4] –12<= UE Tx power < –8pmResX[5] –8<= UE Tx power < –4pmResX[6] –4<= UE Tx power < 0pmResX[7] 0<= UE Tx power < 4pmResX[8] 4<= UE Tx power < 8pmResX[9] 8<= UE Tx power < 12pmResX[10] 12<= UE Tx power < 16pmResX[11] 16<= UE Tx power < 20pmResX[12] 20<= UE Tx power < 24pmResX[13] 24<= UE Tx power < 28pmResX[14] 28<= UE Tx power

CPICH Ec/No measurements: Counters are stepped for all cells in active set, pmResx[y], where x is the RES measurement number (1-12) and y is defined as follows. Unit of measurement for CPICH Ec/No is dB.

pmResX[0] = 256 * “service” + 4pmResX[1] CPICH Ec/No < –22pmResX[2] –22<= CPICH Ec/No <–20pmResX[3] –20<= CPICH Ec/No < –18pmResX[4] –18<= CPICH Ec/No < –16pmResX[5] –16<= CPICH Ec/No < –14

pmResX[6] –14<= CPICH Ec/No < –12pmResX[7] –12<= CPICH Ec/No< –10pmResX[8] –10<= CPICH Ec/No < –8pmResX[9] –8<= CPICH Ec/No < –6pmResX[10] –6<= CPICH Ec/No < –4pmResX[11] –4<= CPICH Ec/No < –2pmResX[12] –2<= CPICH Ec/No< 0

CPICH RSCP measurements: Counters are stepped for all cells in active set, pmResx[y], where x is the RES measurement number (1-12) and y is defined as follows. Unit of measurement for CPICH RSCP is dBm.

pmResX[0] = 256 * “service” + 5pmResX[1] CPICH RSCP < –115pmResX[2] –115<= CPICH RSCP <–111pmResX[3] –111<= CPICH RSCP < –107pmResX[4] –107<= CPICH RSCP < –103pmResX[5] –103<= CPICH RSCP < –99pmResX[6] –99<= CPICH RSCP < –95pmResX[7] –95<= CPICH RSCP< –91pmResX[8] –91<= CPICH RSCP < –87pmResX[9] –87<= CPICH RSCP < –83pmResX[10] –83<= CPICH RSCP < –79pmResX[11] –79<= CPICH RSCP < –75pmResX[12] –75<= CPICH RSCP< 71pmResX[13] –71<= CPICH RSCP < –67pmResX[14] –67<= CPICH RSCP < –63pmResX[15] –63<= CPICH RSCP < –59pmResX[16] –59<= CPICH RSCP < –55pmResX[17] –55<= CPICH RSCP