diff --git a/third-party/effect_compressor/src/effect_compressor.cpp b/third-party/effect_compressor/src/effect_compressor.cpp
index cf369c6..903395c 100644
--- a/third-party/effect_compressor/src/effect_compressor.cpp
+++ b/third-party/effect_compressor/src/effect_compressor.cpp
@@ -93,8 +93,8 @@ void AudioEffectCompressor2::begin(void)  {
 
    // Find the smoothed envelope, target gain and compressed output
    vPeak = vPeakSave;
-   for (int k=0; k<block->length; k++) {
-       vAbs = (block->data[k] >= 0.0f) ? block->data[k] : -block->data[k];
+   for (int k=0; k<AUDIO_BLOCK_SAMPLES; k++) {
+       vAbs = (block_f32[k] >= 0.0f) ? block_f32[k] : -block_f32[k];
        if (vAbs >= vPeak) {     // Attack (rising level)
            vPeak = alpha * vPeak + (oneMinusAlpha) * vAbs;
        } else {                 // Release (decay for falling level)
@@ -116,31 +116,21 @@ void AudioEffectCompressor2::begin(void)  {
        targetGain = pow10f(0.05f*(vOutDB - vInDB));
        // And apply target gain to signal stream from the delayed data. The
        // delay buffer is circular because of delayBufferMask and length 2^m m<=8.
-       out_block->data[k] = targetGain * delayData[(k + in_index) & delayBufferMask];
-
-       if(printIO) {
-          Serial.print(block->data[k],6);
-          Serial.print("," );
-          Serial.print(delayData[(k + in_index) & delayBufferMask],6);
-          Serial.print("," );
-          Serial.println(targetGain);
-          }
+       out_block->data[k] = targetGain * delayData[(k + in_index) & delayBufferMask] * INT16_MAX;
 
        // Put the new data into the delay line, delaySize positions ahead.
        // If delaySize==256, this will be the same location as we just got data from.
-       delayData[(k + in_index + delaySize) & delayBufferMask] = block->data[k];
+       delayData[(k + in_index + delaySize) & delayBufferMask] = block->data[k] / INT16_MAX;
      }
    vPeakSave = vPeak;            // save last vPeak for next time
    sampleInputDB = vInDB;        // Last values for get...() functions
    sampleGainDB = vOutDB - vInDB;
    // transmit the block and release memory
-   arm_float_to_q15(block_f32, block->data, AUDIO_BLOCK_SAMPLES);
-
    AudioStream::release(block);
    AudioStream::transmit(out_block); // send the FIR output
    AudioStream::release(out_block);
    // Update pointer in_index to delay line for next 128 update
-   in_index = (in_index + block->length) & delayBufferMask;
+   in_index = (in_index + AUDIO_BLOCK_SAMPLES) & delayBufferMask;
    }     // End update()
 
  // Sets a new compression curve by transferring structure
diff --git a/third-party/effect_compressor/src/effect_compressor.h b/third-party/effect_compressor/src/effect_compressor.h
index 85e2866..61b2cee 100644
--- a/third-party/effect_compressor/src/effect_compressor.h
+++ b/third-party/effect_compressor/src/effect_compressor.h
@@ -83,6 +83,7 @@
 
 #include <Arduino.h>
 #include <AudioStream.h>
+#include "arm_math.h"
 
 // The following 3 defines are simplified implementations for common uses.
 // They replace the begin() function that is otherwise required.
@@ -133,11 +134,6 @@ class AudioEffectCompressor2 : public AudioStream
        setAttackReleaseSec(0.005f, 0.100f);
        }
 
-    AudioEffectCompressor2(const AudioSettings &settings): AudioStream(1, inputQueueArray) {
-       //setSampleRate_Hz(settings.sample_rate_Hz);
-       setAttackReleaseSec(0.005f, 0.100f);
-       }
-
     virtual void update(void);
     void begin(void);
     void setCompressionCurve(struct compressionCurve*);