Ês/Iot

Downlink bandwidth

Io ^{Note 1} range

E-UTRA operating band groups ^{Note 6}

Minimum Io

Maximum Io

Ts ^{Note 2}

dB

MHz

dBm/15kHz ^{Note 5}

dBm/BW_Channel

±20

≥-3 dB

≥1.4 MHz

FDD_A ^{Note 7}, TDD_A

-121

-50

FDD_B

-120.5

-50

FDD_C, TDD_C

-120

-50

FDD_D

-119.5

-50

FDD_E, TDD_E

-119

-50

FDD_F

-118.5

-50

FDD_G ^{Note 4}

-118

-50

FDD_H

-117.5

-50

FDD_N

-114.5

-50

±14

≥-3 dB

≥ 3 MHz

Note 3

Note 3

Note 3

±10

≥-3 dB

≥ 5 MHz

Note 3

Note 3

Note 3

±7

≥-3 dB

≥10 MHz

Note 3

Note 3

Note 3

NOTE 1: When in dBm/15kHz, the minimum Io condition is expressed as the average Io per RE over all REs in that symbol. Io may be different in different symbols within a subframe.

NOTE 2: Ts is the basic timing unit defined in TS 36.211 [26].

NOTE 3: The same bands and the same Io conditions for each band apply for this requirement as for the corresponding requirement with downlink bandwidth ≥1.4 MHz.

NOTE 4: Except Band 29.

NOTE 5: The condition level is increased by ∆>0, when applicable, as described in TS 36.521-3 [25] Sections I.4.2 and I.4.3.

NOTE 6: E-UTRA operating band groups are as defined in Section 4.4.2.

NOTE 7: Except Band 32.

Lowest reported value

(Measured value from step 7 – 23) T_s converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

(Measured value from step 7 – 10) T_s converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Highest reported value

(Measured value from step 7 + 23) T_s converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

(Measured value from step 7 + 10) T_s converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1