diff --git a/garage_ip.m b/garage_ip.m
index 36609a6..8e86c6c 100755
--- a/garage_ip.m
+++ b/garage_ip.m
@@ -24,8 +24,8 @@
 
 function [bits] = garage_ip (varargin)
 
-params = struct ('x', [], 'sampleRate', 48000, 'numSamplesPerSym', 16, 'with_filter', 0, 'k_noise', 0.00);
-units = struct ('x', '', 'sampleRate', '1/s', 'numSamplesPerSym', 'sps', 'with_filter', '', 'k_noise', '');
+params = struct ('x', [], 'sampleRate', 48000, 'numSamplesPerSym', 16, 'loopFilterGain', 1.0, 'with_filter', 0, 'k_noise', 0.00);
+units = struct ('x', '', 'sampleRate', '1/s', 'numSamplesPerSym', 'sps', 'loopFilterGain', '', 'with_filter', '', 'k_noise', '');
 
 % Parse parameters
 names = fieldnames(params);
@@ -92,20 +92,20 @@ smp = [];
 smp_n = [];
 bits = [];
 
-v_min = 0;					% Threshold max
-v_max = 0;					% Threshold min
-hyst_thr = 0.5;				% Threshold hysteresis
-rho_thr = 1e-5;				% Threshold forgetting factor
-alpha_thr = 0.1;			% Min/Max update factor
-k_leadLag = 2.0;			% Overall loopfilter gain (scales k_lead and k_lag)
-k_lead = 0.1;				% Symbol syncronizer loop filter lead 
-k_lag = 0.0001;				% Symbol syncronizer loop filter lag 
-lag_accu = 0;				% Symbol syncronizer loop filter
-k_leak = 0;					% Lag forgetting factor
-loopThreshold = 0.1;		% Processing threshold
-ns = 1;						% Start sample source
-n = 1;						% Start sample sink
-err = 0;					% Error
+v_min = 0;								% Threshold max
+v_max = 0;								% Threshold min
+hyst_thr = 0.5;							% Threshold hysteresis
+rho_thr = 1e-5;							% Threshold forgetting factor
+alpha_thr = 0.1;						% Min/Max update factor
+k_leadLag = params.loopFilterGain;		% Overall loopfilter gain (scales k_lead and k_lag)
+k_lead = 0.1;							% Symbol syncronizer loop filter lead 
+k_lag = 0.0001;							% Symbol syncronizer loop filter lag 
+lag_accu = 0;							% Symbol syncronizer loop filter
+k_leak = 0;								% Lag forgetting factor
+loopThreshold = 0.1;					% Processing threshold
+ns = 1;									% Start sample source
+n = 1;									% Start sample sink
+err = 0;								% Error
 while ns < N
 	% Get next interpolated sample
 	is = fix(ns);
@@ -156,7 +156,7 @@ while ns < N
 	vcorr = k_leadLag*k_lead*err + lag_accu;
 	lag_accu = lag_accu + k_leadLag*k_lag*err;
 	lag_accu = lag_accu * (1-k_leak);
-	baud = (1+vcorr)*fs/numSamplesPerSym;
+	baud = fs/((1+vcorr)*numSamplesPerSym);
 	_err(n) = err;
 	_baud(n) = baud;
 	_cnt(n) = vcorr;