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Commit 80902b90 authored by Martin Hudlicka's avatar Martin Hudlicka
Browse files

example EVM results added

parent efc8aff2
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 3.23559004282936e-13
Optimal Delay (ns) -8.03214527994099e-18
G_OPT Amp 18.5015495027154
G_OPT Phase (deg) -5.47034553818769e-16
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00606495781499479
Delay Tolerance (ns) 9.86076131526265e-31
Delay Iterations 10000
Wvfrm Gain Amp 1.08099054066064
Wvfrm Gain Phase (deg) 2.94673901605248e-14
EVM_peak% 6.055595107073e-13
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 7.38753125977999
Optimal Delay (ns) 49.9778457874807
G_OPT Amp 18.530838241715
G_OPT Phase (deg) -3.65418861258642e-14
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00603783598157268
Delay Tolerance (ns) 7.105427357601e-14
Delay Iterations 3
Wvfrm Gain Amp 1.07467919547015
Wvfrm Gain Phase (deg) 74.7572756155929
EVM_peak% 19.529107085665
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 14.8338579614072
Optimal Delay (ns) 1.77181285804122e-08
G_OPT Amp 18.5008603477706
G_OPT Phase (deg) -4.2319420838466e-15
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00606496638675987
Delay Tolerance (ns) 3.30872245021211e-23
Delay Iterations 4
Wvfrm Gain Amp 1.05724350689619
Wvfrm Gain Phase (deg) -6.5313186553769e-05
EVM_peak% 25.851948002392
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 3.71965779790365e-13
Optimal Delay (ns) -3.28280897389252e-18
G_OPT Amp 18.5015495027154
G_OPT Phase (deg) -3.7768148577021e-16
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.0060649578149948
Delay Tolerance (ns) 9.86076131526265e-31
Delay Iterations 10000
Wvfrm Gain Amp 1.08099054066064
Wvfrm Gain Phase (deg) 1.24066427902516e-14
EVM_peak% 6.54897318766441e-13
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 7.38753125978046
Optimal Delay (ns) 49.9778457874807
G_OPT Amp 18.5308382417149
G_OPT Phase (deg) -9.73431384782526e-15
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00603783598157269
Delay Tolerance (ns) 7.105427357601e-14
Delay Iterations 3
Wvfrm Gain Amp 1.07467919547015
Wvfrm Gain Phase (deg) 74.757275615625
EVM_peak% 19.529107085661
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 14.8338579614072
Optimal Delay (ns) 1.77181285747661e-08
G_OPT Amp 18.5008603477706
G_OPT Phase (deg) -2.39433878788299e-15
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00606496638675986
Delay Tolerance (ns) 3.30872245021211e-23
Delay Iterations 10000
Wvfrm Gain Amp 1.05724350689619
Wvfrm Gain Phase (deg) -6.53131865330904e-05
EVM_peak% 25.851948002392
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 8.32937413969476e-14
Optimal Delay (ns) -9.33828850819354e-18
G_OPT Amp 18.5015495027155
G_OPT Phase (deg) 7.06385098499898e-16
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00606495781499479
Delay Tolerance (ns) 9.86076131526265e-31
Delay Iterations 10000
Wvfrm Gain Amp 1.08099054066064
Wvfrm Gain Phase (deg) 3.45055556537315e-14
EVM_peak% 2.33724847890216e-13
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 7.38753125978046
Optimal Delay (ns) 49.9778457874808
G_OPT Amp 18.530838241715
G_OPT Phase (deg) -1.15600187287905e-15
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00603783598157269
Delay Tolerance (ns) 7.105427357601e-14
Delay Iterations 3
Wvfrm Gain Amp 1.07467919547014
Wvfrm Gain Phase (deg) 74.757275615625
EVM_peak% 19.5291070856609
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
OFFICIAL RESULTS
------------------------------------------------
Official Quantity Value
------------------------------------------------
EVM_rms% 14.8338579614072
Optimal Delay (ns) 1.7718128578398e-08
G_OPT Amp 18.5008603477706
G_OPT Phase (deg) -3.61125724488244e-16
Official Quantity Definition:
-----------------------------
> EVM_rms% = RMS EVM as a percentage
> Optimal Delay (ns) = Optimal time delay to be applied in the phase of XOut before symbol sampling/EVM calculation
where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
------------------------------------------------
Extra Quantity Value
------------------------------------------------
DC Value 0.00606496638675987
Delay Tolerance (ns) 3.30872245021211e-23
Delay Iterations 4
Wvfrm Gain Amp 1.05724350689619
Wvfrm Gain Phase (deg) -6.5313186546552e-05
EVM_peak% 25.8519480023918
Extra Quantity Definition:
--------------------------
> DC Value = Received signal average value
> Delay Tolerance (ns) = Absolute tolerance determined for iterative delay calculation convergence
> Delay Iterations = Number of iterations for optimal delay loop convergence (= 10000 if convergence fails
> Wvfrm Gain Amp = abs(G_0), where G_0 = Optimal complex gain is applied to XOut before symbol sampling/EVM calculation
where XOut = fft shifted version of match-filtered reference signal spectrum
> Wvfrm Gain Phase = angle(G_0) in degrees
> EVM_peak% = Peak EVM as a percentage
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