diff --git a/template/partials/hardware/bno055.tmpl.partial b/template/partials/hardware/bno055.tmpl.partial
index 989ba89..a534eee 100644
--- a/template/partials/hardware/bno055.tmpl.partial
+++ b/template/partials/hardware/bno055.tmpl.partial
@@ -31,7 +31,7 @@
   Quaternion values are passed to <code>AutoCommutator</code> which automatically commutates the
   headstage's tether if there is a proper commutator connection. This operator comes from the
   OpenEphys.Commutator Bonsai package. Make sure it's <a class="xref"
-  href="~/getting-started/install-configure-bonsai.html">installed and updated</a>. You can
+  href="~/articles/getting-started/install-configure-bonsai.html">installed and updated</a>. You can
   enable/disable the commutator using the Enable property, enable/disable the LED on the commutator
   using the LedEnable property, and set the COM port using the PortName property. The correct COM
   port value varies from system to system. You must find and set the correct COM port to which your
diff --git a/template/partials/hardware/configuration.tmpl.partial b/template/partials/hardware/configuration.tmpl.partial
index b110345..5a19000 100644
--- a/template/partials/hardware/configuration.tmpl.partial
+++ b/template/partials/hardware/configuration.tmpl.partial
@@ -56,7 +56,7 @@
   After starting a workflow, the <a class="xref"
   href="~/api/OpenEphys.Onix1.StartAcquisition.html">StartAcquisition</a>
   operator begins data acquisition with the hardware that has been configured. In the {{{hardware}}}
-  example workflow, data is collected from the {{{hardware}}} only, so the rate of data being
+  example workflow, most collected data is from the {{{hardware}}}. The rate of data being
   produced by the hardware will be ~{{{dataRate}}} MB/s. The ReadSize property is set to
   {{{blockReadSize}}} bytes, meaning data collection will wait until {{{blockReadSize}}} bytes of
   data have been produced by the hardware. At {{{dataRate}}} MB/s the hardware will produce