Description

Ericsson Radio Capabilities Description

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1- Radio Capabilities

This section gives an overview of the radio configuration capabilities for GSM, WCDMA, LTE FDD, LTE TDD, LTE LAA (License Assisted Access), CDMA, NR, and MI (Massive IoT), both in single standard and in multistandard mixed mode.

The choice of radios determines the radio frequencies of a configuration. Refer to Radio Description, Radio Unit Description, Remote Radio Unit Description, Antenna Integrated Radio Unit Description, Indoor Radio Unit Description, Radio Dot Description, and Technical Product Description, RRU for RRU 22 (an RBS 3000 legacy product, see RBS 3000 CPI) when selecting radios that correspond to required frequencies.

Radio Support for RBS 6000 list the radio support for the RBS 6000 series. Supported Radio Frequencies on page 2 lists the supported radio frequencies.

The tables also list the maximum output power for each radio, Instantaneous Bandwidth (IBW), operational bandwidth and Virtual IBW (see Virtual IBW on page 35 for more information).

Non-Frequency Specific Radio Data on page 32 lists the non-frequency specific data including number of antenna branches and data port line rates.

Radios supporting single mode GSM are also supported for GSM + GSM with Dual DUG Sharing.

Massive IoT support multiple technologies. For more information, see Radio Configurations for Massive IoT.

ESS is a software feature. For more information, see Radio Configurations for ESS.

Note:   Supported Radio Frequencies on page 2 lists the regulatory approved configurations. The stated standards and mixed model configurations on a specific frequency band may not be generally available on all markets or supported in all software releases. Contact the local Ericsson representative for details.

Note:   IBW for RUS 01 and RRUS 01 is dependent on GSM modulation technique. IBW for RUS 01 and RRUS 01 Depending on GSM Modulation Technique on page 32 lists the IBW according to the modulation technique.

Output power above a certain level, WCDMA cell carriers, and GSM cell carriers require Hardware Activation Codes (HWACs). Information about HWACs can be found in the following documents:

GSM: User Description, RAN handling of software licenses and hardware activation codes and MCPA Guideline in the GSM RAN CPI library.

WCDMA: Licenses and Hardware Activation Codes in the WCDMA RAN CPI library.

LTE or NR: Manage Licenses and Hardware Activation Codes in the LTE RAN CPI library or NR RAN CPI library. Information on HWACs for carrier bandwidths can also be found in this document.

Hardware-related capabilities: Hardware-Related Capabilities in the LTE RAN CPI library or NR RAN CPI library.

Note:   IRU 2242 can be installed in RBS 6202, RBS 6601, or Remote IRU Enclosure and connected to DUs or Baseband units in all RBS 6000 RBSs.

1.1- Supported Radio Frequencies

page 2 shows the latest released product data, for more detailed information see Supported Radio Capabilities. Mixed Mode Radio Configuration Rules on page 26 describes the general rules for mixed mode configurations.

Table 1   Supported Radio Frequencies

• For information on radio bands, see Table 4
• For information on the multi-band radios combined capabilities , see Supported Radio
• ESS (Ericsson Spectrum Sharing) is a software
• Lists support for the following standards: MI Cat-M1 (CM), MI NB-IoT in-band (IB), MI NB-IoT guard band (GB), and MI NB-IoT standalone (SA).
• Requires HWACs (not valid for RUG).
• For information on possible power back off or band edge loss, contact Ericsson Technical Sales
• Operational bandwidth is the actual bandwidth allocated for
• Mixed mode W+L is not
• For GSM: The IBW is dependent on modulation techniques for RUS 01 and RRUS See IBW for RUS 01 and RRUS 01 Depending on GSM Modulation Technique on page 32
• Up to four CDMA or GSM Maximum 20 MHz available for LTE and WCDMA carriers.
• B0 and B0A have the same uplink and downlink frequency range. B0A has more out of band attenuation than B0, providing extra protection towards other frequency
• 20 MHz IBW per RF port for GSM, 4 MHz and 3 MHz LTE carriers. Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 25 MHz IBW for maximum 13 W on all GSM carriers and up to 20 MHz IBW for 20 W on one or more GSM carriers. Up to 12.5 MHz IBW for GSM single mode. Maximum one LTE carrier in single mode if 1.4 MHz and 3 MHz. See Virtual IBW on page 35 for more information.
• Only supported in mixed
• Maximum 20 W per 4 MHz and 3 MHz LTE, GSM and NB-IoT standalone carrier. Maximum 40 W per WCDMA and 4.6–5 MHz LTE carrier.

Maximum 60 W per carrier > 5 MHz.

• For Radio 4480 band 0A + band 28, band 1 + band 3,

band 8 + band 28:

Maximum 100 W per carrier for both bands with fan. Maximum 80 W per carrier for both bands without fan.

• 20 MHz IBW per RF port for 4 MHz and 3 MHz LTE, GSM and NB-IoT standalone carriers.
• For Radio 4499 B0A + B28 and band 8 + band 28: Maximum 80 W per carrier for both
• RRUS 02 B0A is a full band radio, providing extra protection from CDMA interference below 4 MHz.
• Radio supports Virtual IBW up to 40 See Virtual IBW on page 35 for more information.
• Up to 30 W per port for each (Band 2 and Band 25 are considered as one band. ) Maximum 40 W per port for both bands.
• Radio 0208, RRUS A2 and RRUS A3 are not TX-capable. When used in an RBB together with a TX-capable radio,

the output power of the RBB is that of the TX-capable radio.

• Operational bandwidth as supported by Actual operational bandwidth is limited to that of the TX-capable radio.
• Virtual IBW on page 35 for more
• Radio supports Virtual IBW up to full See Virtual IBW on page 35 for more information.
• Radio 2217 B1, KRC 161 490/1 R1A and KRC 161 490/2 up to R1B, supports 40 MHz IBW and operational
• Mixed mode W+NR is not
• For mixed
• Maximum 20 W per NB-IoT standalone Maximum 80 W per carrier ≥ 5 MHz.
• 40 MHz IBW per RF port for NB-IoT
• NB-IoT standalone: 20 MHz IBW per RF port with maximum 20 W per Mixed Mode: 20 MHz IBW for NB-IoT standalone carriers.
• 20 W per port for each 40 W per port for both bands.
• For Radio 4443 B1 B3:

Maximum 320 W for both bands together.

NB-IoT standalone: 20 MHz IBW

• Maximum 40 W per WCDMA and 5 MHz LTE Maximum 60 W per carrier > 5 MHz.
• 20 MHz IBW per RF port for NB-IoT
• Maximum 40 W per WCDMA, LTE and 5 MHz NR Maximum 60 W per carrier > 5 MHz.
• For Radio 4499 band 1 + band 3:

Maximum 80 W per carrier for both bands together.

Maximum 20 W per 1.4 MHz and 3 MHz LTE, GSM and NB-IoT standalone carrier. Maximum 40 W per WCDMA and 4.6–5 MHz LTE carrier.

Maximum 60 W per carrier > 5 MHz.

• For Radio 4499 band 1 + band 7:

Maximum 100 W per carrier for both bands together. Maximum 20 W per NB-IoT standalone carrier.

Maximum 40 W per WCDMA, LTE and 5 MHz NR carrier. Maximum 60 W per carrier > 5 MHz.

• See Radio Dot System on page 36 for information on RDS
• RRU 22 is an RBS 3000 legacy
• RRU 22F3 is a triple band radio for band 1A, 18 and
• 80 W per port per 80 W per port for two bands together.
• Maximum 20 W per NB-IoT standalone
• For band 2 + band 25: Maximum 160 W output

For band 2 + band 66, band 25 + band 66 and band 2 + band 25 + band 66:

Maximum 320 W output power.

• For GSM: The instantaneous bandwidth is limited to 15
• Radio is of type AIR 32 MB with dual active
• 4 MHz LTE, 3 MHz LTE and GSM carriers within 20 MHz.
• 4 or 3 MHz LTE carriers within 25 MHz. All other carriers within 40 MHz IBW when using 1.4 or 3 MHz LTE carriers.
• For Radio 2212 B2 B25 with R-state < R5:

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. 40 MHz IBW with LTE carriers > 3 MHz. Maximum 40 W per 1.4 and 3 MHz carriers.

Mixed Mode: 40 MHz IBW if one or more 1.4 or 3 MHz LTE carriers.

• GSM single mode: 40 MHz IBW per RF Maximum 20 W per carrier for up to 40 MHz IBW.

LTE single mode: 40 MHz IBW for 1.4 and 3 MHz carriers per RF port. Maximum 20 W per 1.4 and 3 MHz carriers. NB-IoT standalone: 40 MHz IBW.

Mixed Mode: 40 MHz IBW for GSM with maximum 20 W per carrier. 60 MHz IBW with maximum 13.3 W per GSM carrier and GSM carriers in both edges of the band. 40 MHz IBW for 1.4 and 3 MHz LTE carriers per RF port.

Maximum 40 W per 1.4 and 3 MHz LTE carrier.

• LTE single mode: 20 MHz IBW for 4 and 3 MHz carriers per RF port. Max 20 W per carrier for 1.4 and 3 MHz carriers. Maximum one carrier in single mode if the carrier bandwidth is 1.4 or 3 MHz.

Mixed Mode: 20 MHz IBW for GSM with max 20 W per GSM, 1.4 MHz and 3 MHz LTE carriers. 40 MHz IBW with 13 W per GSM carrier, WCDMA and LTE carriers 5 MHz or higher.

• Virtual IBW for GSM, 4 MHz and 3 MHz LTE carriers within the existing IBW. See Virtual IBW on page 35 for more information.
• 20 MHz IBW per RF port for 4 MHz and 3 MHz LTE carriers and NB-IoT standalone.
• For Radio 4415 B2 B25 on band 2 with R-state R1:

LTE single mode: 20 MHz IBW and maximum 20 W for 1.4 and 3 MHz carriers. NB-IoT standalone: 20 MHz IBW per RF port.

Mixed mode: 40 MHz IBW per RF port. 20 MHz IBW and maximum 20 W for 1.4 and 3 MHz LTE carriers.

• For Radio 4415 B2 B25 on band 2 with R-state > R1: GSM single mode: 20 MHz IBW per RF port.

LTE single mode: 20 MHz IBW and maximum 20 W for 1.4 and 3 MHz carriers.

NB-IoT standalone: 20 MHz IBW per RF port.

Mixed mode: 20 MHz IBW for GSM with maximum 20 W per GSM carrier and 1.4 and 3 MHz LTE carriers. 40 MHz IBW with 6.6W per GSM carrier and 5 MHz LTE carriers or higher. 20 MHz IBW for 1.4 and 3 MHz LTE carriers.

• Up to 30 W per port for each Maximum 40 W per port for multiband.
• For mixed mode band 2 + band 25: Maximum 60 W per carrier for both

For mixed mode band 2 + band 66A, band 5 + band 66A and band 2 + band 25 + band 66A: Maximum 100 W per carrier for both bands.

• Maximum 320 W in total together with band

High output power mode 2×60 W supported on RF ports A and D.

• For GSM: The maximum power of radios with two carriers is 60 W per radio (30 W per carrier).
• For GSM: Instantaneous Bandwidth is limited to 10 MHz at output power larger than 60
• Mixed mode G+W is not
• For AIR 2488 B3A B1P B7P with KRD 901 048/1, mixed mode G+L is supported from R-state For AIR 2488 B3A B7P with KRD 901 048/2, mixed mode G+L is supported from R-state R1B.

For AIR 2488 B1A B3A B7P with KRD 901 048/4, mixed mode G+L and G+NR are supported from R-state R1C.

• 4 MHz LTE, 3 MHz LTE and GSM carriers within 20 MHz IBW. All other carriers within 40 MHz IBW when using 1.4 MHz, 3 MHz LTE, or GSM carriers.
• For AIR 2488 B3A B1P B7P with KRD 901 048/1, mixed mode G+ESS is not
• For AIR 4455 B1 B3 on band 3:

GSM single mode: 20 MHz IBW per RF port

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. 70 MHz IBW with 5 MHz LTE carriers or higher.

Mixed Mode: 20 MHz IBW for GSM with maximum 20 W per GSM, 1.4 MHz and 3 MHz LTE carrier. 6.6 W per GSM carrier with IBW above 20 MHz.

• For Radio 2212 B3 up to R5:

GSM single mode: 20 MHz IBW per RF port. Maximum 20 W per carrier. Supports Virtual IBW.

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. Maximum 40 W per carrier for 1.4 and 3 MHz carriers.

Mixed Mode: 20 MHz IBW for GSM with maximum 20 W per GSM carrier. 75 MHz IBW with 6.6 W per GSM carrier. 20 MHz IBW for LTE 1.4 MHz and 3 MHz LTE carriers with maximum 40 W per carrier.

• For Radio 2212 B3 from R5:

GSM single mode: 40 MHz IBW per RF port. Maximum 20 W per carrier. Supports Virtual IBW.

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. Maximum 40 W per carrier for 1.4 and 3 MHz carriers.

Mixed Mode: 40 MHz IBW for GSM with maximum 20 W per GSM carrier. 75 MHz IBW with 6.6 W per GSM carrier. 20 MHz IBW for LTE 1.4 MHz and 3 MHz LTE carriers with maximum 40 W per carrier.

• 4 and 3 MHz LTE carriers within 20 MHz IBW.
• The following applies to Radio 2219 B3 with KRC 161 619/1, up to, but not including, R2:

Radio supports 40 MHz IBW and operational bandwidth.

20 MHz IBW per RF port for GSM, 1.4 MHz and 3 MHz LTE carriers. Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 40 MHz IBW for maximum 13 W on all GSM carriers and up to 20 MHz IBW for 20 W on one or more GSM carriers. Up to 12.8 MHz IBW for GSM single mode.

• The following applies to Radio 2219 B3 with KRC 161 619/1 , R2 and higher:

20 MHz IBW per RF port for GSM, 1.4 MHz and 3 MHz LTE carriers. Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 55 MHz IBW for maximum 13 W on all GSM carriers and up to 28 MHz IBW

for 20 W on one or more GSM carriers. Up to 12.8 MHz IBW for GSM single mode. See Virtual IBW on page 35 for more information.

• 40 MHz IBW per RF port for GSM, 4 MHz LTE, and 3 MHz LTE carriers. Virtual IBW up to full band.
• Mixed mode G+NR is not
• Maximum 20 W per GSM and NB-IoT standalone carrier. Maximum 30 W per carrier 4 MHz and 3 MHz LTE carrier. Maximum 80 W per carrier ≥ 5 MHz.
• 20 MHz IBW per RF port for GSM
• For Radio 4415 B3 KRC 161 637/1 and KRC 161 637/2 with R-state ≥ R5: GSM single mode: 20 MHz IBW per RF port.

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. 75 MHz IBW for 5 MHz carrier bandwidths and higher.

Mixed Mode: 20 MHz IBW for GSM with maximum 20 W per GSM, 1.4 MHz and 3 MHz LTE carriers. IBW above 20 MHz with maximum 6.6 W per GSM carrier, 75 MHz IBW for 5 MHz LTE carriers and higher.

Virtual IBW within the existing IBW.

• For Radio 4415 B3 KRC 161 637/1 with R-state < R5: GSM single mode: 20 MHz IBW per RF port.

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. 70 MHz IBW for 5 MHz carrier bandwidths and higher.

Mixed Mode: 20 MHz IBW for GSM with maximum 20 W per GSM, 1.4 MHz and 3 MHz LTE carriers. 40 MHz IBW with maximum 6.6 W per GSM and 5 MHz LTE carriers or higher.

Virtual IBW within the existing IBW.

• For Radio 4415 B3, KRC 161 637/2 with R-state < R5: GSM single mode: 20 MHz IBW per RF port.

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. 70 MHz IBW for 5 MHz carrier bandwidths and higher.

Mixed Mode: 20 MHz IBW for GSM with maximum 20 W per GSM, 1.4 MHz and 3 MHz LTE carriers. 40 MHz IBW with maximum 6.6 W per GSM and 5 MHz LTE carriers or higher. 50 MHz IBW with 20 W per GSM and 15 MHz LTE carriers, valid only with 15 MHz LTE carriers and one GSM carrier per RF port.

Virtual IBW within the existing IBW.

• GSM single mode: 20 MHz IBW per RF Maximum 20 W per carrier.

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. Maximum 30 W per carrier. NB-IoT standalone: 20 MHz IBW per RF port. Maximum 20 W per carrier.

Mixed Mode: 20 MHz IBW for GSM, NB-IoT standalone, 1.4 MHz and 3 MHz LTE. Maximum 20 W per GSM and NB- IoT standalone carrier. Maximum 30 W per 1.4 MHz and 3 MHz LTE carrier.

• LTE single mode: 40 MHz IBW for 4 and 3 MHz carriers per RF port.
• For Radio 4443 B1 B3 on band 3: Maximum 320 W for both bands

GSM: 20 MHz per port. Supports Virtual IBW. LTE: Maximum 32 W for 1.4 and 3 MHz carriers.

• 20 MHz IBW per RF port for GSM and NB-IoT standalone
• For NB-IoT standalone: 20 MHz IBW per RF
• Maximum 20 W per 4 MHz and 3 MHz LTE, GSM and NB-IoT standalone carrier. Maximum 40 W per WCDMA and 4.6–5 MHz LTE carrier.

Maximum 60 W per carrier > 5 MHz.

• For GSM: The instantaneous bandwidth is limited to 15 MHz when the output power is larger than 60
• G+W is not
• For RRUS 12 with KRC 161 282/3, W+L is
• For RRUS 13 with KRC 161 469/4, G+W is not
• 45 MHz IBW for LTE single mode 40 MHz IBW applies to all other configurations.
• 5 MHz contiguous IBW for single mode GSM
• Maximum 60 MHz for LTE plus two GSM
• 20 MHz IBW per RF port for GSM, 4 MHz and 3 MHz LTE carriers. Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 45 MHz IBW for maximum 13 W on all GSM carriers and up to 20 MHz IBW for 20 W on one or more GSM carriers. Up to 12.8 MHz IBW for GSM single mode. Maximum 20 W per carrier for 1.4 and 3 MHz LTE. See Virtual IBW on page 35 for more information.
• For Radio 2242 B1B B3A:

Does not support 1.4 MHz LTE carriers.

Mixed Mode: 40 MHz IBW for GSM and 3 MHz LTE carriers.

• 20 MHz IBW per RF port for GSM, 4 MHz and 3 MHz LTE carriers. Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 40 MHz IBW for maximum 13 W on all GSM carriers and up to 20 MHz IBW for 20 W on one or more GSM carriers. Up to 12.8 MHz IBW for GSM single mode. Maximum 20 W per carrier for 1.4 and 3 MHz LTE. See Virtual IBW on page 35 for more information.
• LTE single mode: 20 MHz IBW for 4 and 3 MHz carriers per RF port. Maximum 20W per carrier.
• GSM single mode: 20 MHz IBW per RF Maximum 20 W per carrier.

LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port. Maximum 20W per carrier. NB-IoT standalone: 20 MHz IBW per RF port. Maximum 20 W per carrier.

Mixed Mode: 20 MHz IBW for GSM, NB-IoT standalone, 1.4 MHz and 3 MHz LTE. Maximum 20 W per GSM, NB-IoT standalone, 1.4 MHz and 3 MHz LTE carrier.

• 4 and 3 MHz LTE carriers within 20 MHz IBW.
• 45 MHz IBW with one 20 MHz LTE carrier combined with one WCDMA 20 MHz IBW with 1.4 and 3 MHz LTE carriers. 40 MHz IBW apply to all other configurations.
• 20 MHz IBW per RF port for 4 MHz and 3 MHz LTE, GSM carriers and NB-IoT standalone.

Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 25 MHz IBW for maximum 13 W on all GSM carriers and up to 20 MHz IBW for 20 W on one or more GSM carriers. Up to 12.8 MHz IBW for GSM single mode. Maximum 20 W per carrier for 1.4 and 3 MHz LTE. Maximum one LTE carrier in single mode if 1.4 or 3 MHz carrier. See Virtual IBW on page 35 for more information.

• 5 MHz LTE carrier of upper edge of band 5 (889-894 MHz) and lower edge of band 12A (729-734 MHz) is restricted to 40 W.
• High output power mode 2×60 W supported on RF A and RF C on both Power mode 4×40 W or 2×60 W supported per band.

Mixed power mode supported in all possible combinations of output power, with 4×40 W or 2×60 W on band 5 and 4×40 W or 2×60 W on band 12A.

• High output power mode 2×60 W supported on RF A and RF D on both Power mode 4×40 W or 2×60 W supported per band.

Mixed power mode only supported with 4×40 W on band 5 in combination with 2×60 W on band 13.

• Maximum 20 W per carrier and 20 MHz IBW for 4 and 3 MHz LTE carriers.
• Maximum 60 W per GSM, 4 MHz, or 3 MHz LTE carrier.
• Up to three CDMA carriers supported if LTE is configured with 20 MHz bandwidth in
• Radio 2212 B7 supports up to two 10, 15, and 20 MHz LTE
• 50 MHz IBW/operational bandwidth supported on Radio 2217 B7 KRC 161 428/1 and KRC 161 428/2, R2A and higher, otherwise IBW/operational bandwidth is 40
• Maximum 40 W per LTE and 5 MHz NR Maximum 60 W per carrier > 5 MHz.
• Radio 2212 B8 supports 4, 3, 5, 10, and 15 MHz LTE carrier bandwidths.
• GSM single mode: 20 MHz IBW per
• Maximum 20 W per carrier, for 4 and 3 MHz LTE carriers.
• GSM single mode: 20 MHz IBW per RF Maximum 20 W per carrier. LTE single mode: 20 MHz IBW for 1.4 and 3 MHz carriers per RF port.

Mixed Mode: 20 MHz IBW for GSM carriers with maximum 20 W per GSM carrier. 45 MHz IBW with 6.6 W per GSM carrier. 20 MHz IBW for 1.4 and 3 MHz LTE carriers.

• 20 MHz IBW per RF port for GSM, 4 MHz and 3 MHz LTE carriers. Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 35 MHz IBW for maximum 10 W on all GSM carriers and up to 20 MHz IBW for 20 W on one or more GSM carriers. Up to 12.5 MHz IBW for GSM single mode in downlink on one RF port. Maximum 20 W per carrier for 1.4 and 3 MHz LTE. Maximum one LTE carrier in single mode if 1.4 or 3 MHz carrier. See Virtual IBW on page 35 for more information.
• G+NR and G+ESS are supported from SW Q1
• For mixed mode band 8 + band 20, maximum 2×120

For mixed mode band 8 + band 28B, maximum 2×40 W for band 28B, maximum 2×80 W for band 8. For mixed mode band 20 + band 28B, maximum 4×40 W.

For mixed mode band 8 + band 20 + band 28B, maximum 2×40 W for band 28B, maximum 2×120 W for band 8 and band 20.

• 20 MHz IBW per RF port for GSM, 4 MHz and 3 MHz LTE, and NB-IoT standalone.
• For radio 2468 with KRC 161 728/1, mixed mode L+ESS is not
• Radio 2468 supports MI NB-IoT guard band from SW Q1.
• GSM single mode: 23 MHz IBW per RF NB-IoT standalone: 20 MHz IBW per RF port.

Mixed mode: 23 MHz IBW per RF port for GSM with maximum 20 W per carrier. 35 MHz IBW per RF port for GSM with maximum 6.6 W per carrier. 20 MHz IBW per RF port for NB-IoT standalone. 20 MHz IBW per RF port for LTE with maximum 40 W per 1.4 and 3 MHz carrier.

• For Radio 2479, GSM single mode is supported on band 8 from SW Q1.
• RRUS 12 B8 KRC 161 262/3 does not support MI EC-GSM-
• 20 MHz IBW per RF port for GSM, 4 MHz and 3 MHz LTE carriers. Virtual IBW for GSM, 1.4 MHz and 3 MHz LTE carriers within the existing IBW. Up to 12.8 MHz IBW for GSM single mode. Maximum 20 W per carrier for 1.4 and 3 MHz LTE. Maximum one LTE carrier in single mode if 1.4 or 3 MHz carrier. See Virtual IBW on page 35 for more information.
• RRUS 11 for band 12 supports 4, 3, 5, 10, and 15 MHz LTE carriers.
• For Radio 4449 B5 B12A, when using the bottom channel of band 12A for NB-IoT guard band, performance might be degraded on this channel.
• For information on how to set up virtual RF ports refer to Manage Hardware Equipment.
• RRU 22F2 is a dual band radio for band 18 and
• For Radio 2238 mixed mode dual band, Band 20 or Band 28B can only be mixed together with Band
• Supported only in mixed
• The given output power is for RRUS 11 B20 with product number KRC 118 91/2. For RRUS 11 B20 with product number KRC 118 91/1, the output power is limited to 2×30
• LTE single mode: 40 MHz IBW for 4 and 3 MHz carriers per RF port. Maximum 40 W per carrier for 1.4 and 3 MHz carriers.

NB-IoT standalone: 20 MHz IBW.

Mixed Mode: 20 MHz IBW for 1.4 and 3 MHz LTE carriers per RF port. Maximum 40 W per 1.4 and 3 MHz LTE carrier.

• For Radio 4415 B2 B25 on band 25:

For KRC 161 636/1 R-state ≥ R2 and KRC 161 636/3 R-state ≥ R5: 20 MHz IBW for GSM.

For KRC 161 636/1 R-state < R2 and KRC 161 636/3 R-state < R5: 20 MHz IBW for LTE single mode and maximum 20 W for 1.4 and 3 MHz carriers.

NB-IoT standalone: 20 MHz IBW per RF port.

Mixed mode: 40 MHz IBW per RF port. 20 MHz IBW and maximum 20 W for 1.4 and 3 MHz LTE carriers.

• Maximum 20 W per 4 MHz and 3 MHz LTE and NB-IoT standalone carrier. Maximum 40 W per WCDMA and 4.6–5 MHz LTE carrier.

Maximum 60 W per carrier > 5 MHz.

• Maximum 20 W per NB-IoT standalone and 4 MHz and 3 MHz LTE carriers.
• 20 MHz IBW for NB-IoT standalone and 4 MHz and 3 MHz LTE carriers.
• The given output power is for RRUS 11 B26A with product number KRC 161 287/2. For RRUS 11 B26A with product number KRC 161 287/1, the output power is limited to 2×30
• 3 MHz LTE carriers within 20 MHz IBW. Maximum 20 W per RF branch for 3 MHz LTE
• 20 MHz IBW per RF port for NB-IoT standalone and 4 MHz and 3 MHz LTE carrier.
• 3 MHz LTE carriers within 20 MHz
• 20 MHz IBW per RF port for 4 MHz and 3 MHz LTE and NB-IoT standalone.
• In addition to standard LTE carrier bandwidths, RRUS 13 B31 supports 2 and 4.4 MHz LTE carriers.
• Radio 8842 B34 B39A on band 34 only supports 10 and 15 MHz LTE
• Maximum 30 W per RF branch in total for both Maximum 3 carriers per RF branch in total for both bands. In multi-sector per radio 2×4TX/4RX and 4×2TX/2RX, all sectors must have the same carrier configuration.
• For radio 4418, L+NR is supported from R-state
• Radio 8808 and Radio 8818 does not support 5 MHz LTE
• Radio 8842 B34 B39A on band 39A only supports 10 and 20 MHz LTE
• AIR 6468 on band 41E supports 20 MHz LTE
• Radio 4418 with KRC 161 706/6 does not support
• L+NR is not
• Maximum output power 2 W per
• For split
• 20 MHz carrier is

From SW 19.Q2, for NR + LTE split mode, NR 40 MHz + LTE 60 MHz carriers are supported.

• Radio 4412 B41 supports 10, 15, and 20 MHz LTE
• RRUS 82 for band 41 does not support 5 MHz LTE
• Radio supports Virtual IBW up to 60 See Virtual IBW on page 35 for more information.
• Minimum output power is 20 W per
• Only carrier combination 10 MHz + 20 MHz is
• Maximum output 2 W per MHz up to 160 Maximum output 320 W above 160 MHz
• For AIR 6488, L+NR is supported with split mode from SW Q1.
• For AIR 6488 band 42 with KRD 901 097/11:

100 MHz IBW and 100 MHz operational bandwidth without split mode. 200 MHz Virtual IBW and 160 MHz operational bandwidth with split mode. For AIR 6488 band 42 with KRD 901 159/11:

100 MHz IBW and 100 MHz operational bandwidth without split mode. 200 MHz Virtual IBW and 80 MHz operational bandwidth with split mode.

• Radio 2218 B42B with KRC 161 647/1 supports output power of maximum 2×30
• Maximum 5 W output power per MHz for contiguous spectrum Maximum 4 W output power per MHz for non-contiguous spectrum operation.
• 100 MHz IBW and 100 MHz operational bandwidth without split

200 MHz Virtual IBW and 160 MHz operational bandwidth with split mode.

(161) Radio 2205 B46 with KRC 161 609/2 support band 46A (5160–5250 MHz), band 46B (5250–5340 MHz), band 46C (5480–5710 MHz), and band 46D (5735–5875 MHz).

(162) Radio 2205 B46 with KRC 161 609/1 support band 46A (5155.75–5250 MHz) and band 46D (5725–5875 MHz).

• Upper 45 MHz of band 66 is for LTE
• Upper 25 MHz of band 66A is for LTE
• Maximum 20 W per NB-IoT standalone carrier. Maximum 40 W per WCDMA and 6–5 MHz LTE carrier. Maximum 60 W per carrier > 5 MHz.
• Maximum 320 W in total together with band

High output power mode 2×80 W supported on RF ports E and H.

• Including two NB-IoT standalone
• 200 W EIRP for AIR 1281 with KRD 901 166/4 which only supports configuration mode
• Only supports configuration mode
• 200 W EIRP for configuration mode 400 W EIRP for configuration mode 2.
• 800 MHz operational bandwidth for configuration mode

400 MHz operational bandwidth for configuration mode 2.

1.2-  Mixed Mode Radio Configuration Rules

The following rules apply to mixed mode configurations:

1. Single Standard Mixed Mode (SSMM) configurations are only supported if the standard is supported in single mode.

—  SSMM G + G is only supported with DU radio node.

—  SSMM W + W is not supported with two DU radio nodes.

2. Multistandard Mixed Mode (MSMM) G + NB IoT SA is only supported if both GSM and NB-IoT SA are supported in single mode.

3. MSMM G + W cannot be supported with a third standard on RF port per band in downlink.

4. MSMM NB-IoT SA + G/W + NR/ESS(1) is not supported on RF port per band in downlink (these configurations are not supported in 3GPP).

5. In downlink, all standard combinations are supported on RF port or band except combinations stated in 2, 3 and 4.

6. In uplink, there are no limitations in terms of supported standard combinations per RF port.

7. In downlink for multiband radios sharing RF port, there are no limitations for supported RATs with the combination of all bands. Rules above for each individual band apply.

(1) ESS is a software feature. For more information, see Radio Configurations for ESS.

1.3- Naming Convention for Multiband Radios

There are two types of naming conventions for the multiband radios.

1.3.1-  Naming Convention 1 for Multiband Radios

Some multiband radios are named as follows:

Radio <Radio TX/RX> <Unique ID> <1st 3GPP Band> <2nd 3GPP Band> <3rd 3GP Band>.

1.3.2   Naming Convention 2 for Multiband Radios

Some multiband radios are named as follows:

Radio <Radio TX/RX> <Unique ID> <<TX/RX>< 1st 3GPP Band>> <<TX/ RX><2nd 3GPP Band>> <<TX/RX>< 3rd 3GPP Band>> <Port Configuration>.

Port Configuration

S – Separate ports for all bands C – Combined for all bands

Mxx – Mix of combined and separated ports. Different combinations are distinguished by a two-digit number. For information on multiband radio variant naming, see Table 2

Table 2   Variant Naming for Multiband Radios

1.4                                           Supported DUs and Baseband Units

Table 3   Supported DUs and Baseband Units

1.5- Radio Bands

Table 4   Radio Bands

• Not defined by
• For Radio 2218 with KRC 161 616/1.
• For Radio 2218 with KRC 161 647/1.
• Upper 45 MHz of band 66 is for LTE
• Upper 25 MHz of band 66A is for LTE

1.6   IBW for RUS 01 and RRUS 01 Depending on GSM Modulation Technique

Table 5  IBW for RUS 01 and RRUS 01 Depending on GSM Modulation Technique

• Radios for frequency bands smaller than IBW support the full frequency
• 18 MHz IBW only applies to configurations in frequency band 3 with two carriers, each with more than 15 W output 20 MHz IBW applies to all other configurations.

1.7- Non-Frequency Specific Radio Data

Table 6   Non-Frequency Specific Radio Data