diff --git a/docs/tests/plugins/dac/dac_tests.rst b/docs/tests/plugins/dac/dac_tests.rst
new file mode 100644
index 0000000000..3b14e8b311
--- /dev/null
+++ b/docs/tests/plugins/dac/dac_tests.rst
@@ -0,0 +1,380 @@
+.. _dac_tests:
+
+DAC Plugin - Test suite
+=======================
+
+.. note::
+
+ User guide: :ref:`DAC Plugin user Guide<dac>`
+
+The DAC plugin tests are a set of tests that are run to verify the DAC plugin in Scopy.
+
+The following apply for all the test cases in this suite.
+If the test case has special requirements, they will be listed in the test case section.
+
+Setup environment:
+-------------------
+
+.. _adalm_pluto_emu_setup:
+
+**AdalmPluto.Emu:**
+ - Open Scopy.
+ - Start the IIO-EMU process.
+ - Connect to the ADALM-Pluto device using the EMU dropdown.
+
+.. _adalm_pluto_device_setup:
+
+**AdalmPluto.Device:**
+ - Open Scopy.
+ - Connect the ADALM-Pluto device to the system.
+ - Connect to the ADALM-Pluto device in Scopy using USB/network backend.
+
+**Depends on::**
+ - Test TST.PREFS.RESET
+
+Prerequisites:
+ - Scopy v2.0.0 or later with DAC plugin installed on the system.
+ - Tests listed as dependencies are successfully completed.
+ - Reset .ini files to default using the Preferences "Reset" button.
+
+Test 1 - Compatibility with device
+----------------------------------------------------
+
+.. _TST.DAC.COMPAT:
+
+**UID:** TST.DAC.COMPAT
+
+**Description:** This test verifies that the DAC plugin is compatible with the selected device
+and that the plugin is able to correctly parse it.
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Emu<adalm_pluto_emu_setup>`
+ - OS: ALL (Windows, Linux-x86_64, Linux-arm64, Linux-arm32, macOS)
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "Buffer" and check the "Channels" list:
+ - **Expected result:** The channels list contains the following: **cf-ad9361-dds-core-lpc:voltage0**
+ and **cf-ad9361-dds-core-lpc:voltage1**.
+ 3. Switch the "Mode" to "DDS" and check the TX section:
+ - **Expected result:** The TX section contains one entry with "TX1".
+
+**Result:** PASS/FAIL
+
+Test 2 - Buffer mode file loading
+----------------------------------------------------
+
+.. _TST.DAC.BUFFER_LOAD:
+
+**UID:** TST.DAC.BUFFER_LOAD
+
+**Description:** This test verifies that the DAC plugin is able to load a file in buffer mode.
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Emu<adalm_pluto_emu_setup>`
+ - OS: ALL (Windows, Linux-x86_64, Linux-arm64, Linux-arm32, macOS)
+
+**Resources:**
+ - `<https://github.com/analogdevicesinc/scopy/blob/main/plugins/dac/res/csv/sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv>`__
+ - `<https://github.com/analogdevicesinc/scopy/blob/main/plugins/dac/res/tutorial_chapters.json>`__
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "Buffer".
+ 3. Select the *sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv* file using the
+ "Browse" button.
+ 4. Press the "Load" button.
+ - **Expected result:**
+ - The file should be loaded successfully.
+ - The "File Size" field is populated with ** 40 ksamples**.
+ - The Run button is enabled.
+ - A new section called "DATA CONFIGURATION" should appear.
+ - The bottom log section contains the following entry structure: *[timestamp]
+ Successfully loaded: [file name]*.
+ 5. Select the *tutorial_chapters.json* file from the resources provided above
+ using the "Browse" button.
+ 6. Press the "Load" button.
+ - **Expected result:**
+ - The file should NOT be loaded.
+ - The Run button is disabled.
+ - The bottom log section contains the following entry structure: *[timestamp]
+ Failed to load: [file name]*.
+
+**Result:** PASS/FAIL
+
+Test 3 - Buffer mode channel selection
+----------------------------------------------------
+
+.. _TST.DAC.BUFFER_CHANNEL_SELECT:
+
+**UID:** TST.DAC.BUFFER_CHANNEL_SELECT
+
+**Description:** This test verifies that the DAC plugin is able to validate channel selection in buffer mode.
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Device<adalm_pluto_device_setup>`
+ - OS: ANY
+
+**Resources:**
+ - `<https://github.com/analogdevicesinc/scopy/blob/main/plugins/dac/res/csv/sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv>`__
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "Buffer".
+ 3. Select the *sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv* file using the
+ "Browse" button.
+ 4. Press the "Load" button.
+ 5. Check the channels list for enabled channels:
+ - **Expected result:** Both channels are enabled.
+ 6. Press "Run".
+ - **Expected result:**
+ - The "Run" button changes to "Stop".
+ - The bottom log section contains the following entry structure:
+ *[timestamp] Pushed 40000 samples, 160000 bytes (1/1 buffers).*
+ 7. While the plugin is running, disable one of the channels.
+ - **Expected result:**
+ - The plugin keeps running.
+ - The bottom log section contains the following entry structure:
+ *[timestamp] Pushed 40000 samples, 80000 bytes (1/1 buffers).*
+ 8. While the plugin is still running, disable the other channel.
+ - **Expected result:**
+ - The plugin stops running and the button change back to "Run".
+ - The bottom log section contains the following entry structure:
+ *[timestamp] Unable to create buffer, no channel enabled.*
+
+**Result:** PASS/FAIL
+
+Test 4 - Buffer mode file size validation
+---------------------------------------------------------
+
+.. _TST.DAC.BUFFER_FILE_SIZE:
+
+**UID:** TST.DAC.BUFFER_FILE_SIZE
+
+**Description:** This test verifies that the DAC plugin is able to validate the file
+size in buffer mode.
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Device<adalm_pluto_device_setup>`
+ - OS: ANY
+
+**Resources:**
+ - `<https://github.com/analogdevicesinc/scopy/blob/main/plugins/dac/res/csv/sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv>`__
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "Buffer".
+ 3. Select the *sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv* file using the
+ "Browse" button.
+ 4. Press the "Load" button.
+ 5. Check the "File Size" field.
+ - **Expected result:** The "File Size" field is populated with **40 ksamples**.
+ 6. Change the "File Size" field to a value higher than the actual file size (write 50 and press Enter).
+ - **Expected result:** The field value remains 40 ksamples since that's
+ the maximum number of samples in the file.
+ 7. Change the "File Size" field to a value lower than the actual file size (write 30 and press Enter).
+ - **Expected result:** The field value changes to 30 ksamples.
+ 8. Change the "File Size" using the "+" button.
+ - **Expected result:** The field value changes to the 31.
+ 9. Change the "File Size" using the "-" button.
+ - **Expected result:** The field value changes to the 30.
+
+**Result:** PASS/FAIL
+
+Test 5 - Cyclic buffer mode
+---------------------------------------------
+
+.. _TST.DAC.BUFFER_CYCLIC:
+
+**UID:** TST.DAC.BUFFER_CYCLIC
+
+**Description:** This test verifies the DAC plugin buffer generation in cyclic mode.
+
+**Depends on::**
+ - Test TST.ADC.*
+ - Test TST.Debugger.*
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Device<adalm_pluto_device_setup>`
+ - ADALM-Pluto with loopback cable between RX and TX.
+ - OS: ALL (Windows, Linux-x86_64, Linux-arm64, Linux-arm32, macOS)
+
+**Resources:**
+ - `<https://github.com/analogdevicesinc/scopy/blob/main/plugins/dac/res/csv/sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv>`__
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "Buffer".
+ 3. Select the *sine_complex_1_15360_sr_15360000_samps_40000_ampl_32767.csv* file using the
+ "Browse" button.
+ 4. Press the "Load" button.
+ 5. Press "Run".
+ 6. Open the Debugger plugin.
+ 7. In the **ad9361-phy** device, set the **frequency** attribute for the **altvoltage1 TX_LO**
+ and **altvoltage0 RX_LO** channels to 2450000000.
+ 8. Open the ADC plugin.
+ 9. Change the Buffer Size to 4096.
+ 10. Press "Run".
+ 11. Check the ADC plugin for the generated signal.
+ - **Expected result:** A sinewave is seen on the ADC plot.
+ 12. Stop the DAC plugin while monitoring the ADC plot.
+ - **Expected result:** The sinewave no longer appears.
+
+**Result:** PASS/FAIL
+
+Test 6 - DDS modes
+----------------------------------
+
+.. _TST.DAC.DDS_MODES:
+
+**UID:** TST.DAC.DDS_MODES
+
+**Description:** This test verifies the DAC plugin DDS modes.
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Emu<adalm_pluto_emu_setup>`
+ - OS: ANY
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "DDS".
+ 3. Change the "DDS Mode" to **One CW Tone**.
+ - **Expected result:**
+ - One configuration panel appears.
+ - The configuration panel contains the following fields:
+ - **frequency**: 9.279985 MHz
+ - **scale**: -Inf db
+ - **phase**: 90
+ - the channel name: "Tone 1 - TX1_I_F1"
+ 4. Change the "DDS Mode" to **Two CW Tones**.
+ - **Expected result:**
+ - Two configuration panels appear having the same fields as in the previous step.
+ - The second channel name: "Tone 2 - TX1_I_F2"
+ 5. Change the "DDS Mode" to **Independent I/Q Control**.
+ - **Expected result:**
+ - Four configuration panels appear having the same fields as in the previous step.
+ - The third channel name: "Tone 1 - TX1_Q_F1"
+ - The fourth channel name: "Tone 2 - TX1_Q_F2"
+
+**Result**: PASS/FAIL
+
+Test 7 - DDS mode sinewave generation
+------------------------------------------------------
+
+.. _TST.DAC.DDS_SINEWAVE:
+
+**UID:**
+ TST.DAC.DDS_SINEWAVE
+
+**Description:**
+ This test verifies the DAC plugin DDS mode sinewave generation.
+
+**Depends on::**
+ - Test TST.DEBUGGER.*
+ - Test TST.ADC.*
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Device<adalm_pluto_device_setup>`
+ - ADALM-Pluto with loopback cable between RX and TX.
+ - OS: ALL (Windows, Linux-x86_64, Linux-arm64, Linux-arm32, macOS)
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "DDS".
+ 3. Change the "DDS Mode" to **One CW Tone**.
+ 4. Change the "frequency" to 1 MHz.
+ 5. Change the "scale" to 0 db.
+ 6. Open the Debugger plugin.
+ 7. In the **ad9361-phy** device, set the **frequency** attribute for the **altvoltage1 TX_LO** and
+ **altvoltage0 RX_LO** channels to 2450000000.
+ 8. Open the ADC plugin.
+ 9. Enable all the Measurements.
+ 10. Press "Run".
+ 11. Check the plot for the generated sinewave.
+ - **Expected result:**
+ - A sinewave should be seen on the ADC plot.
+ - The measurements show a frequency of 1 MHz.
+ 12. In the DAC plugin change the "DDS Mode" to **Disabled**.
+ - **Expected result:** The sinewave no longer appears on the ADC plot.
+
+**Result:** PASS/FAIL
+
+Test 8 - DDS mode attributes refresh
+-----------------------------------------------------
+
+.. _TST.DAC.DDS_ATTRS:
+
+**UID:** TST.DAC.DDS_ATTRS
+
+**Description:** This test verifies the DAC plugin DDS mode attributes refresh.
+
+**Depends on::**
+ - Test TST.DEBUGGER.*
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Emu<adalm_pluto_emu_setup>`
+ - OS: ANY
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "DDS".
+ 3. Change the "DDS Mode" to **One CW Tone**.
+ 4. Change the "frequency" to 1 MHz.
+ 5. Open the Debugger plugin.
+ 6. In the **cf-ad9361-dds-core-lpc** device, set the **frequency** attribute
+ for the **altvoltage0 TX1_I_F1** to 2000000.
+ 7. Go to the DAC Plugin and click the refresh attributes button.
+ - **Expected result:** The frequency field is updated to 2 MHz.
+
+**Result:** PASS/FAIL
+
+
+Test 9 - Plugin tutorial
+---------------------------------
+
+.. _TST.DAC.TUTORIAL:
+
+**UID:** TST.DAC.TUTORIAL
+
+**Description:** This test verifies the DAC plugin tutorial.
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Emu<adalm_pluto_emu_setup>`
+ - OS: ANY
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Click the "Info" button.
+ - **Expected result:** A pop-up window with 2 buttons (Tutorial and Documentation)
+ should appear.
+ 3. Click the "Documentation" button.
+ - **Expected result:** The documentation page opens in the default browser.
+ 4. Click the "Tutorial" button.
+ - **Expected result:**
+ - The tutorial opens as a walkthrough in the plugin.
+
+**Result:** PASS/FAIL
+
+Test 10 - Channel attributes
+--------------------------------------------
+
+.. _TST.DAC.CHANNEL_ATTRS:
+
+**UID:** TST.DAC.CHANNEL_ATTRS
+
+**Description:** This test verifies the DAC plugin channel attributes.
+
+**Preconditions:**
+ - :ref:`AdalmPluto.Emu<adalm_pluto_emu_setup>`
+ - OS: ANY
+
+**Steps:**
+ 1. Open the DAC plugin.
+ 2. Switch the "Mode" to "Buffer".
+ 3. In the "Channels" panel click on the first channel "cf-ad9361-dds-core-lpc:voltage0".
+ - **Expected result:** The channel attributes are displayed in the right side menu.
+ 4. Change the **sampling_frequency** attribute to 38400000.
+ - **Expected result:** The attribute is updated successfully.
+
+**Result:** PASS/FAIL
+
diff --git a/docs/tests/plugins/index.rst b/docs/tests/plugins/index.rst
index 729dd834a4..1a9c005358 100644
--- a/docs/tests/plugins/index.rst
+++ b/docs/tests/plugins/index.rst
@@ -14,6 +14,7 @@ Contents
pqm/pqm_tests
datalogger/datalogger_test
+ dac/dac_tests
..
add the path to each plugin test case here