How do we calculate PSD? PSD is the power of a signal divided by Bandwidth. PSD = Power / Bandwidth. In case of PSD, it is normalized to one resource block. Note: There are certain channels in DL, where power is varied accordingly. We are not going to focus on how it is done and why in this topic for the sake of discussion for now.Free Space Loss = 20 log (4 * pi * d * f / c) ~ 95.37 dB. That means the received power would be = 30-95.37+11 = -54.37 dBm. However, this is far from being accurate, since the path loss can much greater than ~95 dBm, and you would have to know the thermal noise at the receiver (and possibly interference) to properly estimate the SNR.The link budget calculations estimate the maximum allowed signal attenuation g between the mobile and the base station antenna. The maximum path loss allows the maximum cell range to be estimated...According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz - 2000 MHz) ht=base station antenna height in m (30 m - 200 m) hr=mobile station antenna height in m (1 m - 10 m)2.1.3. Transmitter Loss: It includes all the losses between the output eNodB and the antenna such the feeder loss, filters and duplexer’s losses. 2.1.4. Transmit Antenna Gain: is the Gain of transmitter antenna, it is a function of the horizontal pattern, vertical pattern, and number of elements that make up the antenna array. for different bands in GSM/LTE are as follows: GSM band Downlink Channels GSM850 128–251 GSM900 1–124, 975–1023 GSM1800 512–885 GSM1900 512–810 LTE band Downlink Channels LTE BAND1 0–599 LTE BAND2 600-1199 LTE BAND3 1200–1949 LTE BAND4 1950–2399 LTE BAND5 2400–2649 LTE BAND8 3450–3799 conﬁgurations (e.g., path loss,UEsettings, andLTEnetwork settings). Statistical models that describe the relationship between a subset of factors and the UE’s uplink emissions. An exploratory data analysis that utilizes the acquired data to compare the UE’s self-reported transmit power to Sep 17, 2011 · According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz – 2000 MHz) ht=base station antenna height in m (30 m – 200 m) hr=mobile station antenna height in m (1 m – 10 m) path loss of the signal in LTE network [5-7]. 2.1 Log-distance model Log-distance path loss model is a generic model, which is an extension to Friis formula for calculation of the signal attenuation. This model is used to predict the path loss for a wide range of conditions, including both line-of-sight (LOS) and non-line-of-sight (NLOS) scenarios. May 09, 2014 · This model is basic model for development of almost all other models. To determine path loss using Okumura's model, the free space path loss is first calculated. Median attenuation relative to free space (Amu) is added to it. Later correction factors according to the type of terrain are added to it. The path loss in model can be calculated as If your loss date was after November 1, 2021 please visit Assurant or call them at 1-866-866-6285 to start a claim. COUPON (6 days ago) QLink Wireless 4G LTE APN Settings for Android ZTE Samsung Galaxy M21 M31 F41 S20+ S21 S21+ 5G Note Tab HTC Blackberry iPhone 12, iPhone 12 Pro, Pro Max, SE, 11 X 8S 7S iPad Windows Phone. Enter the Frequency, Distance and System gains to calculate the Free Space Path Loss. It is expressed in dB. Where - d = Distance between the antennas. f = Frequency G (Tx) = The Gain of the Transmitting Antenna. G (Rx) = The Gain of the Receiving Antenna. c = Speed of light in vacuum ( Meters per Second) Free Space Path LossBuilt for cloud, multi-cloud, and hybrid environments. I recommend change a network path to test, such as OneDrive. docx, . Tags: . See Section 17. It may take longer to open and save your files, longer for Excel to calculate your formulas, and longer for the Feb 06, 2020 · 1- Go to the Review tab from the ribbon. To speed things up I cheat! The maximum path loss allows the maximum cell range to be estimated with a suitable propagation ... In this paper we have evaluated the cell coverage area for Long Term Evolution (LTE) technology at 1800 MHz (FDD-LTE) theoretically for different transmitting antenna heights and at different transmitting power levels. This coverage area is then compared with the practical measured coverage area i.e. practical measured path loss.conﬁgurations (e.g., path loss,UEsettings, andLTEnetwork settings). Statistical models that describe the relationship between a subset of factors and the UE’s uplink emissions. An exploratory data analysis that utilizes the acquired data to compare the UE’s self-reported transmit power to Path Loss Calculate the reduction in power density (attenuation) of an electromagnetic wave as it propagates through space. 1 General info 2 Transmitter Details 3 Receiver Details 4 Antenna Distribution 5 Results Path Loss Calculation This calculator is an approximation of the actual path loss you will encounter in your system.integrated over LTE Advanced (LTE-A) macro-cellular system under the effect of the distance between the macro user and the Femto-cell (R) on Signal-interference noise ratio (SINR), Path-Loss (PL) and Throughput (THR) with changing in bandwidth and the modulation technique are introduced which is not clarified until now. integrated over LTE Advanced (LTE-A) macro-cellular system under the effect of the distance between the macro user and the Femto-cell (R) on Signal-interference noise ratio (SINR), Path-Loss (PL) and Throughput (THR) with changing in bandwidth and the modulation technique are introduced which is not clarified until now. Sep 17, 2011 · According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz – 2000 MHz) ht=base station antenna height in m (30 m – 200 m) hr=mobile station antenna height in m (1 m – 10 m) The transmit Signal to Noise power Ratio (SNR) and Path Loss can also be edited. User can choose to use the current location as the center of the Googlemap. Alternatively, user can choose to use any other location as well as zooming in and out of the map. • Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. EXAMPLE of Hata model path loss calculator: INPUTS : Frequency = 900 MHz, BS antenna height = 100 m, MS antenna height = 2 m, Distance = 4 Km OUTPUTS: a(hm) = 1.29 dB, Path loss = 137.05 dB . Hata model path loss formula. Following Hata model path loss formula is used in this calculator to calculate path loss. Where, fc is carrier frequency (in MHz) hb is based station antenna height (in ...1.Calculation of Uplink path loss 1. Up link frequency Up link frequency is frequency at which Ground Station is communicating with Satellite. For C band up link frequency is in the order of 6 G Hz 2. Up link path loss Up link path loss depend on up link frequency & distance between satellite and ground station. Here,However, in many cases LTE/LTE-A is likely to be deployed at higher frequencies than those in existing 2G and 3G systems, even though in the United States of America LTE was firstly deployed at near 700MHz, which was originally for TV broadcasting. In higher bands, the channel would experience severe path loss and building Linear Path Loss Suppose s(t) of power P t is transmitted through a given channel The received signal r(t) of power P r is averaged over any random variations due to shadowing. We define the linear path loss of the channel as the ratio of transmit power to receiver power EE4367 Telecom. Switching & Transmission Prof. Murat TorlakUL (uplink) Number of PRB. Subcarrier Quantity (for TX power correction) = Number of used RB * Number of Subcarrier per RB. EPRE channel boosting, dB. d (3d): Distance between Tx (eNodeB) and Rx (UE),m. Information: You can get Centre frequency from our converter: 4G LTE EARFCN calculator. eNodeB configuration. Sep 17, 2011 · According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz – 2000 MHz) ht=base station antenna height in m (30 m – 200 m) hr=mobile station antenna height in m (1 m – 10 m) path loss of the signal in LTE network [5-7]. 2.1 Log-distance model Log-distance path loss model is a generic model, which is an extension to Friis formula for calculation of the signal attenuation. This model is used to predict the path loss for a wide range of conditions, including both line-of-sight (LOS) and non-line-of-sight (NLOS) scenarios. In this paper we have evaluated the cell coverage area for Long Term Evolution (LTE) technology at 1800 MHz (FDD-LTE) theoretically for different transmitting antenna heights and at different transmitting power levels. This coverage area is then compared with the practical measured coverage area i.e. practical measured path loss.R&S ®CMW-Z11 and R&SCMW Path Loss Measurement Application Sheet 1ZKD-19, M. Jetter, 05/2010 ─ 01 3 1 Path Loss Measurement This application sheet describes how to determine the path loss for devices (e.g. mobile phones) tested in a Universal RF Shielding Box CMW-Z10 using a Wideband Radio Communication Tester R&S CMW.Apr 25, 2021 · An interference In this page, we will briefly discuss link budget calculations for LTE. maximum allowed path loss becomes 165.5 dB. loss for a data connection). Сalculator allows to calculate the maximum Link budget of 4G LTE network depending on Cell Radius, eNodeB/UE configuration, Propagation model, attenuations, etc. Longley–Rice, Lee ... Linear Path Loss Suppose s(t) of power P t is transmitted through a given channel The received signal r(t) of power P r is averaged over any random variations due to shadowing. We define the linear path loss of the channel as the ratio of transmit power to receiver power EE4367 Telecom. Switching & Transmission Prof. Murat TorlakEXAMPLE of Hata model path loss calculator: INPUTS : Frequency = 900 MHz, BS antenna height = 100 m, MS antenna height = 2 m, Distance = 4 Km OUTPUTS: a(hm) = 1.29 dB, Path loss = 137.05 dB . Hata model path loss formula. Following Hata model path loss formula is used in this calculator to calculate path loss. Where, fc is carrier frequency (in MHz) hb is based station antenna height (in ...COVID-19 Vaccine Trust the Facts. See for yourself!TEC™ Coverage Calculator. Loss = 10 * log (1/2) = -3 dB; this is an important number to remember. servicesonline. • Refer to the Meraki Range Calculator. Calculate ZRX reward rates on all types of staking, lending, and other yield opportunities over your preferred timeframe and custom ... Power Control in LTE . For details of LTE specific power control, you have to refer to "TS 36.213 - 5. Power Control" and if you want to have some hands-on experience of these, I would recommand you to try some test items on 36.521. For PRACH Power, refer to "TS 36.213 - 6.1 Physical non-synchronized random access procedure".with the path gain information which is the linear inverse of the path loss. Then Equation (1) is re-written as Equation (2) in dB or as in Equation (3) in linear. Where PG is the path gain of the user to the serving Base Station (BS). To explore the FPC concept, first the effect of the parameters and in Equations (2) and (3) is studied. where PL(do) "is the path loss at a reference distance d, n is the path loss exponent, and σs is the standard deviation, in WBAN, path loss is of great importance." Furthermore, "WBAN UHC carries out its function properly only when the path loss between the sender and the receiver end is at its lowest level" (Wac et al., 2009).In WBAN, several factors can cause path loss, among which ...Well-accepted calculations (e.g. page 226 of "LTE for UMTS" by Holma and Toskala show that the maxmimum path loss for LTE is about 163 dB. In this case, the Measured RSRP by the UE would be around -138 dBm. But it is also commonly acknowledged (and UE measurements bear this out) that, if the RSRP is less than -120 dBm, no service is possible.UL (uplink) Number of PRB. Subcarrier Quantity (for TX power correction) = Number of used RB * Number of Subcarrier per RB. EPRE channel boosting, dB. d (3d): Distance between Tx (eNodeB) and Rx (UE),m. Information: You can get Centre frequency from our converter: 4G LTE EARFCN calculator. eNodeB configuration. integrated over LTE Advanced (LTE-A) macro-cellular system under the effect of the distance between the macro user and the Femto-cell (R) on Signal-interference noise ratio (SINR), Path-Loss (PL) and Throughput (THR) with changing in bandwidth and the modulation technique are introduced which is not clarified until now. In this paper we have evaluated the cell coverage area for Long Term Evolution (LTE) technology at 1800 MHz (FDD-LTE) theoretically for different transmitting antenna heights and at different transmitting power levels. This coverage area is then compared with the practical measured coverage area i.e. practical measured path loss.where PL(do) "is the path loss at a reference distance d, n is the path loss exponent, and σs is the standard deviation, in WBAN, path loss is of great importance." Furthermore, "WBAN UHC carries out its function properly only when the path loss between the sender and the receiver end is at its lowest level" (Wac et al., 2009).In WBAN, several factors can cause path loss, among which ...This Page provides information about 4G LTE Link budget calculator. Сalculator allows to calculate the maximum Link budget of 4G LTE network depending on Cell Radius, eNodeB/UE configuration, Propagation model, attenuations, etc. You can calculate the Link budget (Signal level at receiver) and then compare it with Rx Reception sensitivity.Sep 17, 2011 · According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz – 2000 MHz) ht=base station antenna height in m (30 m – 200 m) hr=mobile station antenna height in m (1 m – 10 m) If your loss date was after November 1, 2021 please visit Assurant or call them at 1-866-866-6285 to start a claim. COUPON (6 days ago) QLink Wireless 4G LTE APN Settings for Android ZTE Samsung Galaxy M21 M31 F41 S20+ S21 S21+ 5G Note Tab HTC Blackberry iPhone 12, iPhone 12 Pro, Pro Max, SE, 11 X 8S 7S iPad Windows Phone. Well-accepted calculations (e.g. page 226 of "LTE for UMTS" by Holma and Toskala show that the maxmimum path loss for LTE is about 163 dB. In this case, the Measured RSRP by the UE would be around -138 dBm. But it is also commonly acknowledged (and UE measurements bear this out) that, if the RSRP is less than -120 dBm, no service is possible.Jun 13, 2013 · Once the Maximum allowable path loss is known, the achievable cell size can be evaluated. Cell radius is calculated using MAPL and Hata’s empirical formula. Cell radius is the distance from base station where the path loss equals MAPL. Beyond this radius, the signal is too weak to be acceptable. Each area has a different correction factor. Path loss is calculated from transmitter power and RSSI. This is a port-to-port path loss, where all antennas and cables are included in the measured "path". Setting fixed UL power on PUSCH The ENB uses dynamic power control to adjust the output power of the UE so that the per-resource-block RSSI at the ENB receiver meets a configured target level.RSRP is only measured from the UE in the downlink, based on the Reference Signal. In fact, RSRP is measured in order to calculate the Path Loss (PL) as PL = Reference Signal Transmit Power - RSRP. Since PL is independent from the direction of the link, it is not needed to measure it in uplink.Well-accepted calculations (e.g. page 226 of "LTE for UMTS" by Holma and Toskala show that the maxmimum path loss for LTE is about 163 dB. In this case, the Measured RSRP by the UE would be around -138 dBm. But it is also commonly acknowledged (and UE measurements bear this out) that, if the RSRP is less than -120 dBm, no service is possible.Mar 05, 2013 · This path loss model has been chosen due to its simplicity and its linear properties corresponding to signal power along with the distance after neglecting the log-normal shadowing factor[12]. [dB] ( )[dB] 10 logo o d PL(d) PL d n X d (2) 2.1.2. Strongest Server Calculations The second step in the signal to noise ratio calculation • Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. where PL(do) "is the path loss at a reference distance d, n is the path loss exponent, and σs is the standard deviation, in WBAN, path loss is of great importance." Furthermore, "WBAN UHC carries out its function properly only when the path loss between the sender and the receiver end is at its lowest level" (Wac et al., 2009).In WBAN, several factors can cause path loss, among which ...Sep 17, 2011 · According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz – 2000 MHz) ht=base station antenna height in m (30 m – 200 m) hr=mobile station antenna height in m (1 m – 10 m) Path Loss Calculate the reduction in power density (attenuation) of an electromagnetic wave as it propagates through space. 1 General info 2 Transmitter Details 3 Receiver Details 4 Antenna Distribution 5 Results Path Loss Calculation This calculator is an approximation of the actual path loss you will encounter in your system.with the path gain information which is the linear inverse of the path loss. Then Equation (1) is re-written as Equation (2) in dB or as in Equation (3) in linear. Where PG is the path gain of the user to the serving Base Station (BS). To explore the FPC concept, first the effect of the parameters and in Equations (2) and (3) is studied. However, in many cases LTE/LTE-A is likely to be deployed at higher frequencies than those in existing 2G and 3G systems, even though in the United States of America LTE was firstly deployed at near 700MHz, which was originally for TV broadcasting. In higher bands, the channel would experience severe path loss and building model for LTE is of great importance. A radio propagation path loss model is useful to describe the signal behavior while it is travelling in between transmitter and receiver. There is a relation between distance from the transmitter to the receiver and the total path loss. From this relation, one can calculate the path loss and the cell range.May 09, 2014 · This model is basic model for development of almost all other models. To determine path loss using Okumura's model, the free space path loss is first calculated. Median attenuation relative to free space (Amu) is added to it. Later correction factors according to the type of terrain are added to it. The path loss in model can be calculated as path loss of the signal in LTE network [5-7]. 2.1 Log-distance model Log-distance path loss model is a generic model, which is an extension to Friis formula for calculation of the signal attenuation. This model is used to predict the path loss for a wide range of conditions, including both line-of-sight (LOS) and non-line-of-sight (NLOS) scenarios. The maximum path loss allows the maximum cell range to be estimated with a suitable propagation ... Sep 17, 2011 · According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz – 2000 MHz) ht=base station antenna height in m (30 m – 200 m) hr=mobile station antenna height in m (1 m – 10 m) model for LTE is of great importance. A radio propagation path loss model is useful to describe the signal behavior while it is travelling in between transmitter and receiver. There is a relation between distance from the transmitter to the receiver and the total path loss. From this relation, one can calculate the path loss and the cell range.P 0_PUCCH is a composition of cell specific and UE specific components configured by higher layers and delivered to the UE to be used in power calculation to transmit on PUCCH. PL is downlink path loss estimation calculated by the UE for the serving cell. For details see above in Power Control on PRACH. i) Path Loss Change greater than a certain threshold : UE can calculate the path loss based on RS(Reference Signal) power notified by network and the measured RS power at UE antenna port. If this value changes over a certain threshold UE transmit PHR. ii) By some peridic Timer.the free space path loss model. Additionally, when there is no LOS from the transmitter to the receiver, a constant loss term is added to the path loss for each wall that the ray intersects. The magnitude of this loss is determined by the material through which the ray has passed. The path loss for an environment with W wall types is thus L LOS ... However, in many cases LTE/LTE-A is likely to be deployed at higher frequencies than those in existing 2G and 3G systems, even though in the United States of America LTE was firstly deployed at near 700MHz, which was originally for TV broadcasting. In higher bands, the channel would experience severe path loss and building loss. However, this has focused on LTE network planning; which comprises of the LTE coverage and capacity dimensioning for both uplink and downlink. The use of java script is proposed to serve as detailed LTE dimensioning tool. The coverage area of LTE system was calculated based on the base station parameters and different propagation models. LTE or Long Term Evolution, marketed as 4G LTE, is a ... coverage scheme use for the path loss testing. Coverage ... it can be calculate the capacity of single node ... • Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. Well-accepted calculations (e.g. page 226 of "LTE for UMTS" by Holma and Toskala show that the maxmimum path loss for LTE is about 163 dB. In this case, the Measured RSRP by the UE would be around -138 dBm. But it is also commonly acknowledged (and UE measurements bear this out) that, if the RSRP is less than -120 dBm, no service is possible.with the path gain information which is the linear inverse of the path loss. Then Equation (1) is re-written as Equation (2) in dB or as in Equation (3) in linear. Where PG is the path gain of the user to the serving Base Station (BS). To explore the FPC concept, first the effect of the parameters and in Equations (2) and (3) is studied. UL (uplink) Number of PRB. Subcarrier Quantity (for TX power correction) = Number of used RB * Number of Subcarrier per RB. EPRE channel boosting, dB. d (3d): Distance between Tx (eNodeB) and Rx (UE),m. Information: You can get Centre frequency from our converter: 4G LTE EARFCN calculator. eNodeB configuration. The dissertation concerns about the path loss calculation of Radio Frequency (RF) propagation models for 4G Long Term Evolution (LTE) Network to prefer the best Radio Frequency propagation model. The radio propagation models are very significant while planning of any wireless communication system. A comparative analysis between I hereby declare that the work which is being presented in the thesis entitled, Long Term Evolution (LTE) Radio Network Coverage and Capacity Planning for Dire Dawa City (A Case Study), submitted to Adama Science and Technology University (ASTU) in partial fulfillment of the The following graph shows the free space path loss for Wi-Fi at 2.4 GHz and 5 GHz. The following table shows the free space path loss at 1 meter (3 feet) away from the transmitter at various frequencies commonly used in the telecommunications industry. Per FCC and other worldwide government regulations, a Wi-Fi signal, at most, has a maximum ... This Page provides information about 4G LTE Link budget calculator. Сalculator allows to calculate the maximum Link budget of 4G LTE network depending on Cell Radius, eNodeB/UE configuration, Propagation model, attenuations, etc. You can calculate the Link budget (Signal level at receiver) and then compare it with Rx Reception sensitivity.ing a 4G Long Term Evolution (LTE) network is path loss prediction. Software simulations based on empirical models make it possible to estimate path loss propagation in a mobile environment. The dependence of path loss on distance is measured at a frequency of 1800 MHz in Lozenets area. PACS codes: 84.40.Ua 1 Introductioni) Path Loss Change greater than a certain threshold : UE can calculate the path loss based on RS(Reference Signal) power notified by network and the measured RS power at UE antenna port. If this value changes over a certain threshold UE transmit PHR. ii) By some peridic Timer.the free space path loss model. Additionally, when there is no LOS from the transmitter to the receiver, a constant loss term is added to the path loss for each wall that the ray intersects. The magnitude of this loss is determined by the material through which the ray has passed. The path loss for an environment with W wall types is thus L LOS ... Path Loss Calculate the reduction in power density (attenuation) of an electromagnetic wave as it propagates through space. 1 General info 2 Transmitter Details 3 Receiver Details 4 Antenna Distribution 5 Results Path Loss Calculation This calculator is an approximation of the actual path loss you will encounter in your system.path loss prediction in a urban environment [3]. For the line of sight (LOS) case, the path loss equation in dB is: PLLOS = 42.6+26log(d) +20log(f). (4) For the no line of sight (NOLS) case, the path loss equation in dB is: PLNLOS = LFSL + Lrts +Lmsd, (5) where LFSL stands for free space loss, Lrts represents roof top to street diffrac- Path loss =28.0+22*log10 (d)+20 log10 ( fc) ………………… (2) It is clear from above formula and to calculate the path loss, we require the information of " d " which is the distance between the transmitter and receiver (cell radius) and the center frequency ( fc ).planning of LTE is also studied. The results cover the interference limited coverage calculation, the traffic capacity calculation and radio frequency assignment. The implementation is achieved on the WRAP software platform for the LTE Radio Planning. the capacity of the LTE network is depicted with the indicators of average loss. However, this has focused on LTE network planning; which comprises of the LTE coverage and capacity dimensioning for both uplink and downlink. The use of java script is proposed to serve as detailed LTE dimensioning tool. The coverage area of LTE system was calculated based on the base station parameters and different propagation models. Free Space Loss = 20 log (4 * pi * d * f / c) ~ 95.37 dB. That means the received power would be = 30-95.37+11 = -54.37 dBm. However, this is far from being accurate, since the path loss can much greater than ~95 dBm, and you would have to know the thermal noise at the receiver (and possibly interference) to properly estimate the SNR.with the path gain information which is the linear inverse of the path loss. Then Equation (1) is re-written as Equation (2) in dB or as in Equation (3) in linear. Where PG is the path gain of the user to the serving Base Station (BS). To explore the FPC concept, first the effect of the parameters and in Equations (2) and (3) is studied. Free Space Path Loss: Free Space Path Loss (FSPL) calculations are often used to help predict RF signal strength in an antenna system. Loss increases with distance, so understanding the FSPL is an essential parameter for engineers dealing with RF communications systems. **Note: All of our calculators allow SI prefix input.Here Empirical path loss model is commonly used for predicting path loss in mobile wireless communication. COST231, Hata and Ericsson are the empirical models [2, 4,11]. The path loss depends upon ...The link budget calculations estimate the maximum allowed signal attenuation g between the mobile and the base station antenna. The maximum path loss allows the maximum cell range to be estimated...Well-accepted calculations (e.g. page 226 of "LTE for UMTS" by Holma and Toskala show that the maxmimum path loss for LTE is about 163 dB. In this case, the Measured RSRP by the UE would be around -138 dBm. But it is also commonly acknowledged (and UE measurements bear this out) that, if the RSRP is less than -120 dBm, no service is possible.achieved path loss of 30dB. If the path loss is less, then the results must be adjusted with the appropriate difference. Values that need to be adjusted are augmented with the proper instructions in the following. 3.2 LTE bands, bandwidths, and TX power . In several regions, upload in the LTE band occurs at frequencies located closer than 10 ... Path loss is calculated so as to analyze the link establishment in the telecommunication field. Link establishment can be calculated according to the gain and loss of the Transmitter (Tx) / Receiver (Rx) through air medium. Path loss is calculated using propagation losses, absorption, etc [4].The transmit Signal to Noise power Ratio (SNR) and Path Loss can also be edited. User can choose to use the current location as the center of the Googlemap. Alternatively, user can choose to use any other location as well as zooming in and out of the map. with the path gain information which is the linear inverse of the path loss. Then Equation (1) is re-written as Equation (2) in dB or as in Equation (3) in linear. Where PG is the path gain of the user to the serving Base Station (BS). To explore the FPC concept, first the effect of the parameters and in Equations (2) and (3) is studied. Built for cloud, multi-cloud, and hybrid environments. I recommend change a network path to test, such as OneDrive. docx, . Tags: . See Section 17. It may take longer to open and save your files, longer for Excel to calculate your formulas, and longer for the Feb 06, 2020 · 1- Go to the Review tab from the ribbon. To speed things up I cheat! Free Space Path Loss: Free Space Path Loss (FSPL) calculations are often used to help predict RF signal strength in an antenna system. Loss increases with distance, so understanding the FSPL is an essential parameter for engineers dealing with RF communications systems. **Note: All of our calculators allow SI prefix input.• Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. COVID-19 Vaccine Trust the Facts. See for yourself!TEC™ Coverage Calculator. Loss = 10 * log (1/2) = -3 dB; this is an important number to remember. servicesonline. • Refer to the Meraki Range Calculator. Calculate ZRX reward rates on all types of staking, lending, and other yield opportunities over your preferred timeframe and custom ... loss. However, this has focused on LTE network planning; which comprises of the LTE coverage and capacity dimensioning for both uplink and downlink. The use of java script is proposed to serve as detailed LTE dimensioning tool. The coverage area of LTE system was calculated based on the base station parameters and different propagation models. Path loss is calculated from transmitter power and RSSI. This is a port-to-port path loss, where all antennas and cables are included in the measured "path". Setting fixed UL power on PUSCH The ENB uses dynamic power control to adjust the output power of the UE so that the per-resource-block RSSI at the ENB receiver meets a configured target level.The link budget calculations estimate the maximum allowed signal attenuation g between the mobile and the base station antenna. The maximum path loss allows the maximum cell range to be estimated...4G LTE calculator. Bandwidth: Signal ... This setting will try to estimate a more "real world" results based on the higher path loss on higher frequencies used for the aggregation. It will recalculate the MCS for the CCs according to the selected signal strength. You can send suggestions and corrections to contact ...Find and select the option to add a new APN. QLink Wireless 4G LTE APN Settings for Android ZTE Samsung Galaxy M21 M31 F41 S20+ S21 S21+ 5G Note Tab HTC Blackberry iPhone 12, iPhone 12 Hack-cheat. Jun 23, 2016 · Turn Wifi ON. 7 out of 5 stars 228. and shortcuts from other Assurance Wireless customers who …30. model for LTE is of great importance. A radio propagation path loss model is useful to describe the signal behavior while it is travelling in between transmitter and receiver. There is a relation between distance from the transmitter to the receiver and the total path loss. From this relation, one can calculate the path loss and the cell range.the free space path loss model. Additionally, when there is no LOS from the transmitter to the receiver, a constant loss term is added to the path loss for each wall that the ray intersects. The magnitude of this loss is determined by the material through which the ray has passed. The path loss for an environment with W wall types is thus L LOS ... Mar 05, 2013 · This path loss model has been chosen due to its simplicity and its linear properties corresponding to signal power along with the distance after neglecting the log-normal shadowing factor[12]. [dB] ( )[dB] 10 logo o d PL(d) PL d n X d (2) 2.1.2. Strongest Server Calculations The second step in the signal to noise ratio calculation Feb 22, 2015 · The path loss prediction algorithm takes into account the effect of the environment on the wireless propagation channel and bases its calculations on the determination of the dominant path between transmitter and receiver, that is, the path along which the signal encounters the least obstruction. ing a 4G Long Term Evolution (LTE) network is path loss prediction. Software simulations based on empirical models make it possible to estimate path loss propagation in a mobile environment. The dependence of path loss on distance is measured at a frequency of 1800 MHz in Lozenets area. PACS codes: 84.40.Ua 1 IntroductionPath loss =28.0+22*log10 (d)+20 log10 ( fc) ………………… (2) It is clear from above formula and to calculate the path loss, we require the information of " d " which is the distance between the transmitter and receiver (cell radius) and the center frequency ( fc ).In this paper we have evaluated the cell coverage area for Long Term Evolution (LTE) technology at 1800 MHz (FDD-LTE) theoretically for different transmitting antenna heights and at different transmitting power levels. This coverage area is then compared with the practical measured coverage area i.e. practical measured path loss.the free space path loss model. Additionally, when there is no LOS from the transmitter to the receiver, a constant loss term is added to the path loss for each wall that the ray intersects. The magnitude of this loss is determined by the material through which the ray has passed. The path loss for an environment with W wall types is thus L LOS ... planning of LTE is also studied. The results cover the interference limited coverage calculation, the traffic capacity calculation and radio frequency assignment. The implementation is achieved on the WRAP software platform for the LTE Radio Planning. the capacity of the LTE network is depicted with the indicators of average • Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. ing a 4G Long Term Evolution (LTE) network is path loss prediction. Software simulations based on empirical models make it possible to estimate path loss propagation in a mobile environment. The dependence of path loss on distance is measured at a frequency of 1800 MHz in Lozenets area. PACS codes: 84.40.Ua 1 Introductionachieved path loss of 30dB. If the path loss is less, then the results must be adjusted with the appropriate difference. Values that need to be adjusted are augmented with the proper instructions in the following. 3.2 LTE bands, bandwidths, and TX power . In several regions, upload in the LTE band occurs at frequencies located closer than 10 ... According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz - 2000 MHz) ht=base station antenna height in m (30 m - 200 m) hr=mobile station antenna height in m (1 m - 10 m)Find and select the option to add a new APN. QLink Wireless 4G LTE APN Settings for Android ZTE Samsung Galaxy M21 M31 F41 S20+ S21 S21+ 5G Note Tab HTC Blackberry iPhone 12, iPhone 12 Hack-cheat. Jun 23, 2016 · Turn Wifi ON. 7 out of 5 stars 228. and shortcuts from other Assurance Wireless customers who …30. Path loss is usually expressed in dB. In its simplest form, the path loss can be calculated using the formula where is the path loss in decibels, is the path loss exponent, is the distance between the transmitter and the receiver, usually measured in meters, and is a constant which accounts for system losses. Radio engineer formulaPacket loss is expressed as a percent. For example, if 91 of 100 packets reach their destination the network experienced 9% packet loss. The final destination is most important. If the final hop is showing 0% packet loss and acceptable latency, you can ignore whatever you see in the hops leading up to it. • Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. Linear Path Loss Suppose s(t) of power P t is transmitted through a given channel The received signal r(t) of power P r is averaged over any random variations due to shadowing. We define the linear path loss of the channel as the ratio of transmit power to receiver power EE4367 Telecom. Switching & Transmission Prof. Murat Torlak• Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. However, in many cases LTE/LTE-A is likely to be deployed at higher frequencies than those in existing 2G and 3G systems, even though in the United States of America LTE was firstly deployed at near 700MHz, which was originally for TV broadcasting. In higher bands, the channel would experience severe path loss and building Find and select the option to add a new APN. QLink Wireless 4G LTE APN Settings for Android ZTE Samsung Galaxy M21 M31 F41 S20+ S21 S21+ 5G Note Tab HTC Blackberry iPhone 12, iPhone 12 Hack-cheat. Jun 23, 2016 · Turn Wifi ON. 7 out of 5 stars 228. and shortcuts from other Assurance Wireless customers who …30. conﬁgurations (e.g., path loss,UEsettings, andLTEnetwork settings). Statistical models that describe the relationship between a subset of factors and the UE’s uplink emissions. An exploratory data analysis that utilizes the acquired data to compare the UE’s self-reported transmit power to I hereby declare that the work which is being presented in the thesis entitled, Long Term Evolution (LTE) Radio Network Coverage and Capacity Planning for Dire Dawa City (A Case Study), submitted to Adama Science and Technology University (ASTU) in partial fulfillment of the Some carriers require you to enter your APN settings to set up your cellular service. 4G LTE (device data): 7-40 Mbps; 4G: 2-6 Verizon Internet/MMS 4G LTE What is Lg Apn Service Code. As with clearing the app data and cache from your device, this is completed a bit differently on all phones, but most devices should be able to follow. 4G LTE calculator. Bandwidth: Signal ... This setting will try to estimate a more "real world" results based on the higher path loss on higher frequencies used for the aggregation. It will recalculate the MCS for the CCs according to the selected signal strength. You can send suggestions and corrections to contact ...Power Control in LTE . For details of LTE specific power control, you have to refer to "TS 36.213 - 5. Power Control" and if you want to have some hands-on experience of these, I would recommand you to try some test items on 36.521. For PRACH Power, refer to "TS 36.213 - 6.1 Physical non-synchronized random access procedure".path loss of the signal in LTE network [5-7]. 2.1 Log-distance model Log-distance path loss model is a generic model, which is an extension to Friis formula for calculation of the signal attenuation. This model is used to predict the path loss for a wide range of conditions, including both line-of-sight (LOS) and non-line-of-sight (NLOS) scenarios. Path loss is calculated so as to analyze the link establishment in the telecommunication field. Link establishment can be calculated according to the gain and loss of the Transmitter (Tx) / Receiver (Rx) through air medium. Path loss is calculated using propagation losses, absorption, etc [4].According to this model the path loss (difference between the transmit power and receive power) is given as: L=46.3+33.9*log10 (f)-13.82*log (ht)-a+ (44.9-6.55*log10 (ht))*log10 (d)+C where f=frequency in MHz (0.1500 MHz - 2000 MHz) ht=base station antenna height in m (30 m - 200 m) hr=mobile station antenna height in m (1 m - 10 m)Here Empirical path loss model is commonly used for predicting path loss in mobile wireless communication. COST231, Hata and Ericsson are the empirical models [2, 4,11]. The path loss depends upon ...This Page provides information about 4G LTE Link budget calculator. Сalculator allows to calculate the maximum Link budget of 4G LTE network depending on Cell Radius, eNodeB/UE configuration, Propagation model, attenuations, etc. You can calculate the Link budget (Signal level at receiver) and then compare it with Rx Reception sensitivity.Mar 05, 2013 · This path loss model has been chosen due to its simplicity and its linear properties corresponding to signal power along with the distance after neglecting the log-normal shadowing factor[12]. [dB] ( )[dB] 10 logo o d PL(d) PL d n X d (2) 2.1.2. Strongest Server Calculations The second step in the signal to noise ratio calculation where PL(do) "is the path loss at a reference distance d, n is the path loss exponent, and σs is the standard deviation, in WBAN, path loss is of great importance." Furthermore, "WBAN UHC carries out its function properly only when the path loss between the sender and the receiver end is at its lowest level" (Wac et al., 2009).In WBAN, several factors can cause path loss, among which ...Free Space Loss = 20 log (4 * pi * d * f / c) ~ 95.37 dB. That means the received power would be = 30-95.37+11 = -54.37 dBm. However, this is far from being accurate, since the path loss can much greater than ~95 dBm, and you would have to know the thermal noise at the receiver (and possibly interference) to properly estimate the SNR.Free Space Path Loss: Free Space Path Loss (FSPL) calculations are often used to help predict RF signal strength in an antenna system. Loss increases with distance, so understanding the FSPL is an essential parameter for engineers dealing with RF communications systems. **Note: All of our calculators allow SI prefix input.The dissertation concerns about the path loss calculation of Radio Frequency (RF) propagation models for 4G Long Term Evolution (LTE) Network to prefer the best Radio Frequency propagation model. The radio propagation models are very significant while planning of any wireless communication system. A comparative analysis between planning of LTE is also studied. The results cover the interference limited coverage calculation, the traffic capacity calculation and radio frequency assignment. The implementation is achieved on the WRAP software platform for the LTE Radio Planning. the capacity of the LTE network is depicted with the indicators of average planning of LTE is also studied. The results cover the interference limited coverage calculation, the traffic capacity calculation and radio frequency assignment. The implementation is achieved on the WRAP software platform for the LTE Radio Planning. the capacity of the LTE network is depicted with the indicators of average 4G LTE calculator. Bandwidth: Signal ... This setting will try to estimate a more "real world" results based on the higher path loss on higher frequencies used for the aggregation. It will recalculate the MCS for the CCs according to the selected signal strength. You can send suggestions and corrections to contact ...In building path loss and cell radius might limit the cells footprint and must be accounted for. At the heart of every design excercise in wireless is the fundamentals of link budget (a topic I will discuss in the future and am intimately familiar with) tucked in the definition of a cell boundary or cell edge is some consideration of pathloss. Free Space Path Loss: Free Space Path Loss (FSPL) calculations are often used to help predict RF signal strength in an antenna system. Loss increases with distance, so understanding the FSPL is an essential parameter for engineers dealing with RF communications systems. **Note: All of our calculators allow SI prefix input.If your loss date was after November 1, 2021 please visit Assurant or call them at 1-866-866-6285 to start a claim. COUPON (6 days ago) QLink Wireless 4G LTE APN Settings for Android ZTE Samsung Galaxy M21 M31 F41 S20+ S21 S21+ 5G Note Tab HTC Blackberry iPhone 12, iPhone 12 Pro, Pro Max, SE, 11 X 8S 7S iPad Windows Phone. Linear Path Loss Suppose s(t) of power P t is transmitted through a given channel The received signal r(t) of power P r is averaged over any random variations due to shadowing. We define the linear path loss of the channel as the ratio of transmit power to receiver power EE4367 Telecom. Switching & Transmission Prof. Murat TorlakPower Control in LTE . For details of LTE specific power control, you have to refer to "TS 36.213 - 5. Power Control" and if you want to have some hands-on experience of these, I would recommand you to try some test items on 36.521. For PRACH Power, refer to "TS 36.213 - 6.1 Physical non-synchronized random access procedure".Free Space Path Loss: Free Space Path Loss (FSPL) calculations are often used to help predict RF signal strength in an antenna system. Loss increases with distance, so understanding the FSPL is an essential parameter for engineers dealing with RF communications systems. **Note: All of our calculators allow SI prefix input.for different bands in GSM/LTE are as follows: GSM band Downlink Channels GSM850 128–251 GSM900 1–124, 975–1023 GSM1800 512–885 GSM1900 512–810 LTE band Downlink Channels LTE BAND1 0–599 LTE BAND2 600-1199 LTE BAND3 1200–1949 LTE BAND4 1950–2399 LTE BAND5 2400–2649 LTE BAND8 3450–3799 Mar 05, 2013 · This path loss model has been chosen due to its simplicity and its linear properties corresponding to signal power along with the distance after neglecting the log-normal shadowing factor[12]. [dB] ( )[dB] 10 logo o d PL(d) PL d n X d (2) 2.1.2. Strongest Server Calculations The second step in the signal to noise ratio calculation for different bands in GSM/LTE are as follows: GSM band Downlink Channels GSM850 128–251 GSM900 1–124, 975–1023 GSM1800 512–885 GSM1900 512–810 LTE band Downlink Channels LTE BAND1 0–599 LTE BAND2 600-1199 LTE BAND3 1200–1949 LTE BAND4 1950–2399 LTE BAND5 2400–2649 LTE BAND8 3450–3799 1.Calculation of Uplink path loss 1. Up link frequency Up link frequency is frequency at which Ground Station is communicating with Satellite. For C band up link frequency is in the order of 6 G Hz 2. Up link path loss Up link path loss depend on up link frequency & distance between satellite and ground station. Here,R&S ®CMW-Z11 and R&SCMW Path Loss Measurement Application Sheet 1ZKD-19, M. Jetter, 05/2010 ─ 01 3 1 Path Loss Measurement This application sheet describes how to determine the path loss for devices (e.g. mobile phones) tested in a Universal RF Shielding Box CMW-Z10 using a Wideband Radio Communication Tester R&S CMW.Packet loss is expressed as a percent. For example, if 91 of 100 packets reach their destination the network experienced 9% packet loss. The final destination is most important. If the final hop is showing 0% packet loss and acceptable latency, you can ignore whatever you see in the hops leading up to it. Apr 25, 2021 · An interference In this page, we will briefly discuss link budget calculations for LTE. maximum allowed path loss becomes 165.5 dB. loss for a data connection). Сalculator allows to calculate the maximum Link budget of 4G LTE network depending on Cell Radius, eNodeB/UE configuration, Propagation model, attenuations, etc. Longley–Rice, Lee ... Free Space Path Loss: Free Space Path Loss (FSPL) calculations are often used to help predict RF signal strength in an antenna system. Loss increases with distance, so understanding the FSPL is an essential parameter for engineers dealing with RF communications systems. **Note: All of our calculators allow SI prefix input.Reading the LTE waveform and the sampling period from the workspace. Bandlimiting filtering. Channel model: this includes free space path loss and AWGN. RF receiver, including direct conversion demodulator. ADC and DC offset cancellation. Save results to workspace path loss prediction in a urban environment [3]. For the line of sight (LOS) case, the path loss equation in dB is: PLLOS = 42.6+26log(d) +20log(f). (4) For the no line of sight (NOLS) case, the path loss equation in dB is: PLNLOS = LFSL + Lrts +Lmsd, (5) where LFSL stands for free space loss, Lrts represents roof top to street diffrac- Mar 28, 2022 · Enter the Frequency, Distance and System gains to calculate the Free Space Path Loss. It is expressed in dB. Where - d = Distance between the antennas. f = Frequency G (Tx) = The Gain of the Transmitting Antenna. G (Rx) = The Gain of the Receiving Antenna. c = Speed of light in vacuum ( Meters per Second) Free Space Path Loss the free space path loss model. Additionally, when there is no LOS from the transmitter to the receiver, a constant loss term is added to the path loss for each wall that the ray intersects. The magnitude of this loss is determined by the material through which the ray has passed. The path loss for an environment with W wall types is thus L LOS ... COVID-19 Vaccine Trust the Facts. See for yourself!TEC™ Coverage Calculator. Loss = 10 * log (1/2) = -3 dB; this is an important number to remember. servicesonline. • Refer to the Meraki Range Calculator. Calculate ZRX reward rates on all types of staking, lending, and other yield opportunities over your preferred timeframe and custom ... Built for cloud, multi-cloud, and hybrid environments. I recommend change a network path to test, such as OneDrive. docx, . Tags: . See Section 17. It may take longer to open and save your files, longer for Excel to calculate your formulas, and longer for the Feb 06, 2020 · 1- Go to the Review tab from the ribbon. To speed things up I cheat! R&S ®CMW-Z11 and R&SCMW Path Loss Measurement Application Sheet 1ZKD-19, M. Jetter, 05/2010 ─ 01 3 1 Path Loss Measurement This application sheet describes how to determine the path loss for devices (e.g. mobile phones) tested in a Universal RF Shielding Box CMW-Z10 using a Wideband Radio Communication Tester R&S CMW.the free space path loss model. Additionally, when there is no LOS from the transmitter to the receiver, a constant loss term is added to the path loss for each wall that the ray intersects. The magnitude of this loss is determined by the material through which the ray has passed. The path loss for an environment with W wall types is thus L LOS ... Reading the LTE waveform and the sampling period from the workspace. Bandlimiting filtering. Channel model: this includes free space path loss and AWGN. RF receiver, including direct conversion demodulator. ADC and DC offset cancellation. Save results to workspace Free Space Loss = 20 log (4 * pi * d * f / c) ~ 95.37 dB. That means the received power would be = 30-95.37+11 = -54.37 dBm. However, this is far from being accurate, since the path loss can much greater than ~95 dBm, and you would have to know the thermal noise at the receiver (and possibly interference) to properly estimate the SNR.integrated over LTE Advanced (LTE-A) macro-cellular system under the effect of the distance between the macro user and the Femto-cell (R) on Signal-interference noise ratio (SINR), Path-Loss (PL) and Throughput (THR) with changing in bandwidth and the modulation technique are introduced which is not clarified until now. Jun 13, 2013 · Once the Maximum allowable path loss is known, the achievable cell size can be evaluated. Cell radius is calculated using MAPL and Hata’s empirical formula. Cell radius is the distance from base station where the path loss equals MAPL. Beyond this radius, the signal is too weak to be acceptable. Each area has a different correction factor. path loss prediction in a urban environment [3]. For the line of sight (LOS) case, the path loss equation in dB is: PLLOS = 42.6+26log(d) +20log(f). (4) For the no line of sight (NOLS) case, the path loss equation in dB is: PLNLOS = LFSL + Lrts +Lmsd, (5) where LFSL stands for free space loss, Lrts represents roof top to street diffrac- the free space path loss model. Additionally, when there is no LOS from the transmitter to the receiver, a constant loss term is added to the path loss for each wall that the ray intersects. The magnitude of this loss is determined by the material through which the ray has passed. The path loss for an environment with W wall types is thus L LOS ... Jun 13, 2013 · Once the Maximum allowable path loss is known, the achievable cell size can be evaluated. Cell radius is calculated using MAPL and Hata’s empirical formula. Cell radius is the distance from base station where the path loss equals MAPL. Beyond this radius, the signal is too weak to be acceptable. Each area has a different correction factor. Path Loss Calculate the reduction in power density (attenuation) of an electromagnetic wave as it propagates through space. 1 General info 2 Transmitter Details 3 Receiver Details 4 Antenna Distribution 5 Results Path Loss Calculation This calculator is an approximation of the actual path loss you will encounter in your system.path loss of the signal in LTE network [5-7]. 2.1 Log-distance model Log-distance path loss model is a generic model, which is an extension to Friis formula for calculation of the signal attenuation. This model is used to predict the path loss for a wide range of conditions, including both line-of-sight (LOS) and non-line-of-sight (NLOS) scenarios. model for LTE is of great importance. A radio propagation path loss model is useful to describe the signal behavior while it is travelling in between transmitter and receiver. There is a relation between distance from the transmitter to the receiver and the total path loss. From this relation, one can calculate the path loss and the cell range.• Coverage Prediction: Path loss calculation Polygon operation Coverage plot generation Point analysis Monte Carlo simulation • LTE Specific Planning: PCI planning Neighbor list planning Frequency planning Benefit: Accurate prediction Easy operation and friendly interface Saving HR cost due to higher planning efficiency. Ost_