This Page provides information about 5G NR SSB SSS Power Calculator. Calculator help you to get major RNP Design (for SS-RSRP) paramerts: Cell SSB SSS EPRE Beam Power and UT (UE) Receiver sensitivity for SSB (dBm) depends on AAU/RRU/RRH and UT Power, Frequency Range and Bandwidth Configurations. Calculator is based on 3GPP communication standards.

RNP design level SS-RSRP level depends of SSB SSS EPRE Beam Power.

You can use Result of 5G NR SSB SSS Power Calculator to get 5G NR RNP Design Cell Range from our **5G NR Link budget calculator**

**Update1: Bandwidth of SSB RE Fix (Thx Andy)**

**Update2**: **Fix calculator name**. **Fix Major mistakes at calculation** (Thx Marco)

**Update3**: **Fix Beam EPRE** **at calculation**

**Update4: Fix Bandwidth of SSB** (thx Thomas)

Found a mistake? Contact us!

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**5G NR:** 5G NR Throughput calculator, 5G NR Link budget calculator, 5G NR ARFCN Calculator, 5G NR GSCN Calculator, 5G NR TBS Calculator, Spectral Efficiency 5G NR calculator, 5G NR SSB SSS EPRE Power Calculator, 5G Neighbor planning calculator, QoS for 5G NR

**4G LTE:** 4G LTE Throughput calculator, 4G LTE Link budget calculator, 4G LTE EARFCN calculator, 4G LTE RS RE Power calculator, 4G LTE Users (CCE) calculator, Spectral Efficiency 4G LTE calculator, 4G LTE Timing Advance Distance Calculator, 4G Neighbor planning calculator, QoS for 4G LTE

**3G UMTS: **3G UMTS UARFCN calculator

**NB-IoT:** NB-IoT Link budget calculator

**Other**: Free Space Path Loss (FSPL) Calculator, dBm Watt Calculator

Dear Oleg,

thank you for this comprehensive tool.

Can you give me more insights (formulars) regrading the calculation of SSS EPRE Power and Bandwidth of SSB RE.?

I’m wondering to achieve a Bandwidth of SSB of 7.2 MHz selecting a BW of 5MHz!?

Thanks in advance

Andy

Dear, Andy!

It was crazy mistake ðŸ™‚ at formulas

I fixed It, please CHeck!

To get Bandwidth of SSB RE i use this formulas:

Bandwidth of SSB RE = Subcarrier Spacing (Âµ),Hz*ROUNDUP(10*log10(max(20*12*IF( Frequency Range FR1orFR2==1,30000,240000)/Subcarrier Spacing (Âµ),XXX)))

Where XXX -> CSI-RS REs allocation ->”insights information” (i cant share it)

Regard Oleg

Dear Oleg,

Thank you for this interesting calculator. Can you give more information on how you compute the SSS EPRE Power please?

Thanks,

Aymen

XXX is always 240, but is there information why you use this number?

so formull is always

Bandwidth of SSB RE = Subcarrier Spacing (Âµ),Hz* 240.

Thank you very much for this tools

240 is 12 subcarer *20 time frequency

Hi Oleg

Thanks for the great work.

Can you elaborate how the number of beams plays into the equation?

Thx

Dear, Marco!

-10*Log10(Nbeams)

Regards, Oleg

Dear Oleg

Thank you for your tools.

Could you give us formula how to calculate SSS EPRE Power?

I wonder how that formula differs from formula for EPRE Power =[Output power per TX, dBm]-10log10([No of RB per cell] *12) ?

Regards

Robert

Dear, Robert!

It was mistake at formulas and calculator name.

EPRE Power =[Output power per TX, dBm]-10log10([No of RB per cell] *12) – it is correct (I used it at 5G NR SSB SSS Power Calculator). Please check!

Regards, Oleg

Dear Oleg,

Can share the formula to calculate SSS power and SSS Total SSB Power calculation?

Dear,Anthony Kiu Kwong Soon!

SSS EPRE per Tx =[Output power per TX, dBm]-10log10([No of RB per cell] *12)

SSS EPRE Beam (depend on Tx mode), for 64Tx SSS EPRE Beam = SSS EPRE per Tx+10*LOG10(64)

SSS POWER TX(SUM of EPRE) = SSS EPRE per Tx + 10*LOG10(127)

Regards, Oleg

Thank you very much Oleg.

Dear Oleg,

Thanks for the wonderful tool. Regarding the receiver sensitivity, my calculation as follow:

Receiver sensitivity = Thermal noise + noise figure + target SINR – receiver diversity gain

Thermal noise = -174 + 10*log(7200000) = -105.42dB

Noise figure = 4dB

Target SINR = -6dB

2 Rx beam, thus receiver diversity = -10*log(2) = 3dB

The result is -105.43 + 4 -6 – 3 = -110.44, which is 3dB different from the tool.

Could it be receiver diversity gain not considered inside the tool?

Thanks,

Anthony

Dear, Anthony Kiu Kwong Soon!

It was mistake at formulas. Thank you.

I fixed it. Please Check

Regards, Oleg

Can you please elabote the difference between the SSS Power and SSB power.

What i am seeking is the SSB block power and as it contains all PSS, SSS and PBCH and you gave the formula already for SSS so shall it be like;

SSB Power= SSS+ PSS+PBCH Power

PBCH offset comes in forms of offset and i think that should be in respect of SS EPRE hence PBCH Power= SS EPRE- PBCH Offset.

Correct me if I am wrong!!

Dear Oleg,

Thanks for your excellent work. I have some questions about the SSS EPRE Beam and SSS EPRE in massive MIMO.

When measuring the SS-RSRP, which EPRE is used? SSS EPRE Beam or SSS EPRE.

SSS EPRE Beam is related to Tx mode, but for SSB transmission, there uses broadcast beam, what is the Tx mode?

BR,

Dear, Jim!

broadcast beam use all TX

To get SS-RSRP for massive Mimo, You should to use SSS EPRE Beam (Because beam consist of sum of many TX EPRE)

SSS EPRE per Tx =[Output power per TX, dBm]-10log10([No of RB per cell] *12)

SSS EPRE Beam (depend on Tx mode), for 64Tx SSS EPRE Beam = SSS EPRE per Tx+10*LOG10(64)

Regards, Oleg

HI OlegV@5GTools

iS IT POSSIBLE TO EXPLAIN AGAIN BANDWIDTH OF SSB RE FORMULA ? THX

Dear Oleg

Thanks for your great work! Please check bandwidth of SSB RE for various numerologies (subcarrier spacing). Therefore, 15kHz does represent 180 kHz, 30 kHz 360 kHz and 60 kHz 720 kHz, etc. a.s.o. 1440 kHz is reserved for FR2! Please also correct the formula for receiver sensitivity, accordingly. Thanks a lot!

Regards, Thomas

Dear, Thomas

Fixed, Thanks!

Regards, Oleg

Dear Oleg why did you use 64 Tx in SSS EPRE Beam calculation. Does a ue have 64rx?

Dear Oleg,

Thank you for providing with good tool.

Can you help me find tool related to 5G Power Consumption Calculation, please?

Thank You!

Regards, Jalol