diff --git a/README.md b/README.md
index f368d76a..0fdcb24f 100644
--- a/README.md
+++ b/README.md
@@ -146,9 +146,12 @@ apl
 
 * tplgtool2.py
 <br> Dumps info from tplg binary file.
+     SOF CI uses this to generate a topology graph.
 
 * tplgtool.py
-<br> Dumps info from tplg binary file. (deprecated)
+<br> Dumps info from tplg binary file. sof-tplgreader.py still use this but new features
+     will go to tplgtool2.py. When all functions are migrated to tplgtool2.py
+     it will be deprecated.
 
 
 ## System configuration tips
diff --git a/tools/sof-tplgreader.py b/tools/sof-tplgreader.py
index cb45cd73..26fd06a2 100755
--- a/tools/sof-tplgreader.py
+++ b/tools/sof-tplgreader.py
@@ -63,11 +63,13 @@ def loadFile(self, filename, sofcard=0):
                 # supported formats of playback pipeline in formats[0]
                 # supported formats of capture pipeline in formats[1]
                 formats = TplgFormatter.get_pcm_fmt(pcm)
+                rates = TplgFormatter.get_pcm_rate_list(pcm)
                 # if capture is present, pcm['capture'] = 1, otherwise, pcm['capture'] = 0,
                 # same thing for pcm['playback']
                 pipeline_dict['fmts'] = " ".join(formats[pcm['capture']])
                 # use the first supported format for test
                 pipeline_dict['fmt'] = pipeline_dict['fmts'].split(' ')[0]
+                pipeline_dict['rates'] = " ".join(rates[pcm['capture']])
                 pipeline_dict['rate_min'], pipeline_dict['rate_max'] = self._key2str(cap, 'rate')
                 pipeline_dict['ch_min'], pipeline_dict['ch_max'] = self._key2str(cap, 'channels')
                 # for pcm with both playback and capture capabilities, we can extract two pipelines.
@@ -95,7 +97,17 @@ def loadFile(self, filename, sofcard=0):
         # format pipeline, this change for script direct access 'rate' 'channel' 'dev' 'snd'
         for pipeline in self._pipeline_lst:
             #pipeline['fmt']=pipeline['fmt'].upper().replace('LE', '_LE')
-            pipeline['rate'] = pipeline['rate_min'] if int(pipeline['rate_min']) != 0 else pipeline['rate_max']
+            # If rates is available get first sampling rate from the list.
+            # If rates list doesn't have any, then get it from rate_min or rate_max.
+            # If none of them is available, then set rate to 0
+            if pipeline['rates']:
+                pipeline['rate'] = pipeline['rates'].split(' ')[0]
+            elif int(pipeline['rate_min']) != 0:
+                pipeline['rate'] = pipeline['rate_min']
+            elif int(pipeline['rate_max']) != 0:
+                pipeline['rate'] = pipeline['rate_max']
+            else:
+                pipeline['rate'] = 0
             pipeline['channel'] = pipeline['ch_min']
             pipeline['dev'] = "hw:" + str(sofcard) + ',' + pipeline['id']
             # the character devices for PCM under /dev/snd take the form of
diff --git a/tools/tplgtool.py b/tools/tplgtool.py
index 2e7873ef..3ae6150a 100755
--- a/tools/tplgtool.py
+++ b/tools/tplgtool.py
@@ -607,6 +607,17 @@ def _to_fmt_string(fmt):
             fmts.append("FLOAT")
         return fmts
 
+
+    # transform number denoted pipeline sampling rates to string
+    @staticmethod
+    def _to_rate_string(rate):
+        # Note: intentionally put 48000 first to make first in the list
+        bit_rates_dict = {7 : 48000,
+            1 : 8000, 3 : 16000, 4 : 22050, 5 : 32000, 6 : 44100,
+            8 : 64000, 9 : 96000}
+        return [ str(bit_rates_dict[bit]) for bit in bit_rates_dict
+                   if rate & (1 << bit) != 0 ]
+
     # always return a list, playback stream fmt in fmt_list[0]
     # capture stream fmt in fmt_list[1], the format of absense
     # stream is UNKNOWN
@@ -618,6 +629,12 @@ def get_pcm_fmt(pcm):
             fmt_list.append(TplgFormatter._to_fmt_string(cap["formats"]))
         return fmt_list
 
+    # always return a list, pcm rates in the list in ascending order
+    @staticmethod
+    def get_pcm_rate_list(pcm):
+        caps = pcm["caps"]
+        return [ TplgFormatter._to_rate_string(cap["rates"]) for cap in caps ]
+
     @staticmethod
     def get_pcm_type(item):
         if item["playback"] == 1 and item["capture"] == 1: