A.3.12 Reference measurement channels for NPDSCH performance requirements

36.1013GPPEvolved Universal Terrestrial Radio Access (E-UTRA)Release 18TSUser Equipment (UE) radio transmission and reception

A.3.12.1 In-band

A.3.12.1.2 Two-antenna transmission

Table A.3.12.1.2-1: NPDSCH Reference Channel with 2 TX Antennas for FDD

Parameter

Unit

Value

Value

Reference channel

R.NB.5 FDD

R.NB.5-1 FDD

Carrier Type

Anchor

Non-anchor

Channel bandwidth

KHz

200

200

Allocated subframes per Radio Frame

Note 2

Note 2

Modulation

QPSK

QPSK

ITBS/ISF

4/0

4/0

Target Coding Rate

1/3

1/3

Coding Rate

0.4

0.4

Information Bit Payload

For Sub-Frames 1,2,3,6,7,8

Bits

56

56

For Sub-Frame 0,5

Bits

N/A

56

For Sub-Frame 4,9

Bits

Note 3

56

Number of Code Blocks

For Sub-Frames 1,2,3,6,7,8

1

1

For Sub-Frame 0,5

Bits

N/A

1

For Sub-Frame 4,9

Bits

Note 4

1

Binary Channel Bits

For Sub-Frames 1,2,3,6,7,8

Bits

200

200

For Sub-Frame 0,5

Bits

N/A

200

For Sub-Frame 4,9

Bits

Note 5

200

Max. Averaged Throughput

Bps

Note 6

Note 6

UE Category

NB1,NB2

NB1,NB2

Note 1: For in-band, the first 3 symbols are used for LTE PDCCH and the number of LTE CRS ports is 4.

Note 2: It shall depend on the specific NPDSCH scheduling.

Note 3: N/A when mod 2 = 0, otherwise 56.

Note 4: N/A when mod 2 = 0, otherwise 1.

Note 5: N/A when mod 2 = 0, otherwise 200.

Note 6: Maximum Average Throughput equals to sum of TB(i) divided by sum of T(i), where TB(i) is the TB size of NPDSCH over ith NPDSCH scheduling period, and T(i) is the total time consisting of NPDCCH transmission duration, NPDCCH to NPDSCH scheduling delay,  NPDSCH transmission duration, NPDSCH to NPUSCH format 2 scheduling delay, NPUSCH format 2 transmission duration, possible delay between NPUSCH format 2 and NPDCCH for next NPDSCH scheduling and subframes used for NPSS/NSSS/NPBCH/NB-SIB1/NB-SIB2 transmission during the ith NPDSCH scheduling period.

Table A.3.12.1.2-2: NPDSCH Reference Channel with 2 TX Antennas for TDD

Parameter

Unit

Value

Value

Reference channel

R.NB.5 TDD

R.NB.5-1 TDD

Carrier Type

Anchor

Non-anchor

Channel bandwidth

KHz

200

200

Uplink-Downlink Configuration (Note 7)

4

4

Allocated subframes per Radio Frame

Note 2

Note 2

Modulation

QPSK

QPSK

ITBS/ISF

4/0

4/0

Target Coding Rate

1/3

1/3

Coding Rate

0.4

0.4

Information Bit Payload

For Sub-Frames 1,6,7,8

Bits

56

56

For Sub-Frame 5

Bits

N/A

Note 3

For Sub-Frame 9

N/A

56

For Sub-Frame 0

Bits

Note 3

Note 3

For Sub-Frame 4

Note 3

56

Number of Code Blocks

For Sub-Frames 1,6,7,8

1

1

For Sub-Frame 5

Bits

N/A

Note 4

For Sub-Frame 9

N/A

1

For Sub-Frame 0

Bits

Note 4

Note 4

For Sub-Frame 4

Note 4

1

Binary Channel Bits

For Sub-Frames 1,6,7,8

Bits

200

200

For Sub-Frame 5

Bits

N/A

Note 5

For Sub-Frame 9

N/A

200

For Sub-Frame 0

Bits

Note 5

Note 5

For Sub-Frame 4

Note 5

200

Max. Averaged Throughput

Bps

Note 6

Note 6

UE Category

NB1,NB2

NB1,NB2

Note 1: For in-band, the first 3 symbols are used for LTE PDCCH and the number of LTE CRS ports is 4.

Note 2: It shall depend on the specific NPDSCH scheduling.

Note 3: N/A when mod 2 = 0, otherwise 56.

Note 4: N/A when mod 2 = 0, otherwise 1.

Note 5: N/A when mod 2 = 0, otherwise 200.

Note 6: Maximum Average Throughput equals to sum of TB(i) divided by sum of T(i), where TB(i) is the TB size of NPDSCH over ith NPDSCH scheduling period, and T(i) is the total time consisting of NPDCCH transmission duration, NPDCCH to NPDSCH scheduling delay,  NPDSCH transmission duration, NPDSCH to NPUSCH format 2 scheduling delay, NPUSCH format 2 transmission duration, possible delay between NPUSCH format 2 and NPDCCH for next NPDSCH scheduling and subframes used for NPSS/NSSS/NPBCH/NB-SIB1/NB-SIB2 transmission during the ith NPDSCH scheduling period.

Note 7: As per Table 4.2-2 in TS 36.211 [4].

A.3.12.2 Standalone/Guard-band

A.3.12.2.1 Single-antenna transmission

Table A.3.12.2.1-1: NPDSCH Reference Channel with 1Tx Antenna for UE Category NB1 and NB2 for FDD

Parameter

Unit

Value

Value

Reference channel

R.NB.6 FDD

R.NB.6-1 FDD

Carrier Type

Anchor

Non-anchor

Channel bandwidth

KHz

200

200

Allocated subframes per Radio Frame

Note 1

Note 1

Modulation

QPSK

QPSK

ITBS/ISF

9/3

6/3

Target Coding Rate

1/2

1/3

Coding Rate

0.5

0.33

Information Bit Payload

For Sub-Frames 1,2,3,6,7,8

Bits

616

392

For Sub-Frame 0,5

Bits

N/A

392

For Sub-Frame 4,9

Bits

Note 2

392

Number of Code Blocks

For Sub-Frames 1,2,3,6,7,8

1

1

For Sub-Frame 0,5

Bits

N/A

1

For Sub-Frame 4,9

Bits

Note 3

1

Binary Channel Bits

For Sub-Frames 1,2,3,6,7,8

Bits

320

320

For Sub-Frame 0,5

Bits

N/A

320

For Sub-Frame 4,9

Bits

Note 4

320

Max. Average Throughput

Bps

Note 5

Note 5

UE Category

NB1,NB2

NB1,NB2

Note 1: It shall depend on the specific NPDSCH scheduling.

Note 2: N/A when mod 2 = 0, otherwise 616.

Note 3: N/A when mod 2 = 0, otherwise 1.

Note 4: N/A when mod 2 = 0, otherwise 320.

Note 5: Maximum Average Throughput equals to sum of TB(i) divided by sum of T(i), where TB(i) is the TB size of NPDSCH over ith NPDSCH scheduling period, and T(i) is the total time consisting of NPDCCH transmission duration, NPDCCH to NPDSCH scheduling delay,  NPDSCH transmission duration, NPDSCH to NPUSCH format 2 scheduling delay, NPUSCH format 2 transmission duration, possible delay between NPUSCH format 2 and NPDCCH for next NPDSCH scheduling and subframes used for NPSS/NSSS/NPBCH/NB-SIB1/NB-SIB2 transmission during the ith NPDSCH scheduling period.

Table A.3.12.2.1-1a: NPDSCH Reference Channel with 1Tx Antenna for UE Category NB1 and NB2 for TDD

Parameter

Unit

Value

Value

Reference channel

R.NB.6 TDD

R.NB.6-1 TDD

Carrier Type

Anchor

Non-anchor

Channel bandwidth

KHz

200

200

Uplink-Downlink Configuration (Note 7)

4

4

Allocated subframes per Radio Frame

Note 1

Note 1

Modulation

QPSK

QPSK

ITBS/ISF

9/3

6/3

Target Coding Rate

1/2

1/3

Coding Rate

0.5

0.33

Information Bit Payload

For Sub-Frames 1,6,7,8

Bits

616

392

For Sub-Frame 5

Bits

N/A

Note 3

For Sub-Frame 9

N/A

392

For Sub-Frame 0

Bits

Note 2

Note 3

For Sub-Frame 4

Note 2

392

Number of Code Blocks

For Sub-Frames 1,6,7,8

1

1

For Sub-Frame 5

Bits

N/A

Note 4

For Sub-Frame 9

N/A

1

For Sub-Frame 0

Bits

Note 4

Note 4

For Sub-Frame 4

Note 4

1

Binary Channel Bits

For Sub-Frames 1,6,7,8

Bits

320

320

For Sub-Frame 5

Bits

N/A

Note 5

For Sub-Frame 9

N/A

320

For Sub-Frame 0

Bits

Note 5

Note 5

For Sub-Frame 4

Note 5

320

Max. Average Throughput

Bps

Note 6

Note 6

UE Category

NB1,NB2

NB1,NB2

Note 1: It shall depend on the specific NPDSCH scheduling.

Note 2: N/A when mod 2 = 0, otherwise 616.

Note 3: N/A when mod 2 = 0, otherwise 392.

Note 4: N/A when mod 2 = 0, otherwise 1.

Note 5: N/A when mod 2 = 0, otherwise 320.

Note 6: Maximum Average Throughput equals to sum of TB(i) divided by sum of T(i), where TB(i) is the TB size of NPDSCH over ith NPDSCH scheduling period, and T(i) is the total time consisting of NPDCCH transmission duration, NPDCCH to NPDSCH scheduling delay,  NPDSCH transmission duration, NPDSCH to NPUSCH format 2 scheduling delay, NPUSCH format 2 transmission duration, possible delay between NPUSCH format 2 and NPDCCH for next NPDSCH scheduling and subframes used for NPSS/NSSS/NPBCH/NB-SIB1/NB-SIB2 transmission during the ith NPDSCH scheduling period.

Note 7: As per Table 4.2-2 in TS 36.211 [4].

Table A.3.12.2.1-2: NPDSCH Reference Channel with 1Tx Antenna for UE Category NB2 for FDD

Parameter

Unit

Value

Value

Value

Reference channel

R.NB.7 FDD

R.NB.8 FDD

R.NB.9 FDD

Carrier Type

Non-anchor

Non-anchor

Non-anchor

Channel bandwidth

KHz

200

200

200

Allocated subframes per Radio Frame

Note 1

Note 1

Note 1

Modulation

QPSK

QPSK

16-QAM

ITBS/ISF

9/5

6/7

21/7

Target Coding Rate

½

1/3

3/4

Coding Rate

0.5

0.32

0.78

Information Bit Payload

For Sub-Frames 1,2,3,6,7,8

Bits

936

1032

4968

For Sub-Frame 0,5

Bits

936

1032

4968

For Sub-Frame 4,9

Bits

936

1032

4968

Number of Code Blocks

For Sub-Frames 1,2,3,6,7,8

1

1

1

For Sub-Frame 0,5

Bits

1

1

1

For Sub-Frame 4,9

Bits

1

1

1

Binary Channel Bits

For Sub-Frames 1,2,3,6,7,8

Bits

320

320

640

For Sub-Frame 0,5

Bits

320

320

640

For Sub-Frame 4,9

Bits

320

320

640

Max. Average Throughput

Bps

Note 2

Note 2

Note 2

UE Category

NB2

NB2

NB2

Note 1: It shall depend on the specific NPDSCH scheduling.

Note 2: Maximum Average Throughput equals to sum of TB(i) divided by sum of T(i), where TB(i) is the TB size of NPDSCH over ith NPDSCH scheduling period, and T(i) is the total time consisting of NPDCCH transmission duration, NPDCCH to NPDSCH scheduling delay,  NPDSCH transmission duration, NPDSCH to NPUSCH format 2 scheduling delay, NPUSCH format 2 transmission duration, possible delay between NPUSCH format 2 and NPDCCH for next NPDSCH scheduling and subframes used for NPSS/NSSS/NPBCH/NB-SIB1/NB-SIB2 transmission during the ith NPDSCH scheduling period.

Table A.3.12.2.1-2a: NPDSCH Reference Channel with 1Tx Antenna for UE Category NB2 for TDD

Parameter

Unit

Value

Value

Reference channel

R.NB.7 TDD

R.NB.8 TDD

Carrier Type

Non-anchor

Non-anchor

Channel bandwidth

KHz

200

200

Uplink-Downlink Configuration (Note 7)

4

4

Allocated subframes per Radio Frame

Note 1

Note 1

Modulation

QPSK

16-QAM

ITBS/ISF

9/5

21/7

Target Coding Rate

1/2

3/4

Coding Rate

0.5

0.78

Information Bit Payload

For Sub-Frames 1,6,7,8

Bits

936

4968

For Sub-Frame 0,5

Bits

Note 2

Note 2

For Sub-Frame 4,9

Bits

936

4968

Number of Code Blocks

For Sub-Frames 1,2,3,6,7,8

1

1

For Sub-Frame 0,5

Bits

Note 3

Note 3

For Sub-Frame 4,9

Bits

1

1

Binary Channel Bits

For Sub-Frames 1,2,3,6,7,8

Bits

320

640

For Sub-Frame 0,5

Bits

Note 4

Note 4

For Sub-Frame 4,9

Bits

320

640

Max. Average Throughput

Bps

Note 5

Note 5

UE Category

NB2

NB2

Note 1: It shall depend on the specific NPDSCH scheduling.

Note 2: N/A when mod 2 = 0, otherwise 936 for R.NB.7 TDD and 4968 for R.NB.8 TDD.

Note 3: N/A when mod 2 = 0, otherwise 1.

Note 4: N/A when mod 2 = 0, otherwise 320 for R.NB.7 TDD and 640 for R.NB.8 TDD.

Note 5: Maximum Average Throughput equals to sum of TB(i) divided by sum of T(i), where TB(i) is the TB size of NPDSCH over ith NPDSCH scheduling period, and T(i) is the total time consisting of NPDCCH transmission duration, NPDCCH to NPDSCH scheduling delay,  NPDSCH transmission duration, NPDSCH to NPUSCH format 2 scheduling delay, NPUSCH format 2 transmission duration, possible delay between NPUSCH format 2 and NPDCCH for next NPDSCH scheduling and subframes used for NPSS/NSSS/NPBCH/NB-SIB1/NB-SIB2 transmission during the ith NPDSCH scheduling period.