**Excel 365** provides us with a powerful function for automatically filtering our datasets, named the **FILTER** function. It makes our task easier by using this function in Excel formulas. This article will share the complete idea of how the **FILTER** function works in Excel independently and then with other Excel functions. If you are also curious about it, download our practice workbook and follow us.

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## Introduction to FILTER Function in Excel

**Function Objective:**

Filter some particular cells or values according to our requirements.

**Syntax:**

`=FILTER (array, include, [if_empty])`

**Arguments Explanation:**

Argument |
Required or Optional |
Value |
---|---|---|

array |
Required | An array, an array formula, or a reference to a range of cells for which we require the number of rows. |

include |
Required | This works like a Boolean array; it carries the condition or criteria for filtering. |

[if_empty] | Optional | Pass the value to return when no results are returned. |

**Return Parameter:**

The function returns a dynamic result. When values in the source data change, or the source data array is resized, the results from **FILTER** will update automatically.

## 10 Suitable Examples of Using FILTER Function in Excel

To demonstrate the examples, we consider a dataset of **10** students of an institution. Their ID, name, department, enrolled semester, and the amount of CGPA are in the range of cells **B5:F14**.

**📚 Note:**

All the operations of this article are accomplished by using **Microsoft Office 365** application.

### 1. Performing AND Operation with FILTER Function for Multiple Criteria

In the first example, we will perform the **AND** operation by the **FILTER** function. Our desired conditions are in the range of cells **C5:C6**.

The steps to complete this example are given below:

**📌 Steps:**

- First of all, select cell
**B10**. - Now, write down the following formula in the cell.

`=FILTER(Dataset!B5:F14,(Dataset!D5:D14=C5)*(Dataset!F5:F14>=C6),"no results")`

- Then, press
**Enter**.

- You will get the filtered result in the range of cells
**B10:F11**.

Thus, we can say that we are able to apply the **FILTER** function for **AND** operation.

### 2. Application of OR Operation with FILTER Function for Multiple Criteria

In the second example, we are going to use the **FILTER** function for the **OR** operation. Here, we mentioned the conditions in the range of cells **C5:C6**.

The steps to finish this example are given as follows:

**📌 Steps:**

- First, select cell
**B10**. - After that, write down the following formula in the cell.

`=FILTER(Dataset!B5:F14,(Dataset!D5:D14=OR!C5)+(Dataset!F5:F14>=OR!C6),"no results")`

- Press
**Enter**.

- You will figure out the filtered result in the desired cells.

Hence, we are able to use the **FILTER** function perfectly for the **OR** operation.

### 3. Combination of AND and OR Logic with FILTER Function

Now, we will use the **FILTER** function for a combined **AND** and **OR** operation. The conditions are in the range of cells **C5:C7**.

The steps to accomplish this example are given below:

**📌 Steps:**

- At first, select cell
**B11**. - Afterward, write down the following formula in the cell.

`=FILTER(Dataset!B5:F14,(Dataset!F5:F14>=Combine!C7)*((Dataset!D5:D14=Combine!C5)+(Dataset!D5:D14=Combine!C6)),"No results")`

- Press the
**Enter**.

- You will notice the filtered result will be available in the cells.

Therefore, our formula works effectively and we are able to perform the **AND** and **OR** operations simultaneously by the **FILTER** function.

### 4. Filtering Duplicates Using FILTER Function

In this example, we are going to filter out the duplicate entities from our dataset. Our dataset contains **2** duplicate entities.

The steps of this example is given below:

**📌 Steps:**

- In the beginning, select cell
**H5**. - Next, write down the following formula in the cell.

`=FILTER(B5:F16,COUNTIFS(B5:B16,B5:B16,C5:C16,C5:C16,D5:D16,D5:D16,E5:E16,E5:E16,F5:F16,F5:F16)>1,"No result")`

- Thus, press the
**Enter**.

- You will see that all the duplicate value are listed separately.

At last, we can say that our formula works precisely and we are able to figure out the duplicates by the **FILTER** function in Excel.

**🔎 Explanation of the Formula**

👉 **COUNTIFS(B5:B16,B5:B16,C5:C16,C5:C16,D5:D16,D5:D16,E5:E16,E5:E16,F5:F16,F5:F16)**: The **COUNTIFS** function checks the presence of the duplicate values.

👉 **FILTER(B5:F16,COUNTIFS(B5:B16,B5:B16,C5:C16,C5:C16,D5:D16,D5:D16,E5:E16,E5:E16,F5:F16, F5:F16)>1,”No result”)**: Finally, the **FILTER** function filter the duplicate values and listed them separately.

### 5. Find Out Blank Cells by FILTER Function

We have a dataset with some blank cells. Now, we are going to filter out the cells which don’t contain any blank function with the help of the **FILTER** function.

The procedure to filter out the complete rows is given below::

**📌 Steps:**

- Firstly, select cell
**H5**. - Next, write down the following formula in the cell.

`=FILTER(B5:F14,(B5:B14<>"")*(C5:C14<>"")*(D5:D14<>"")*(E5:E14<>"")*(F5:F14<>""),"No results")`

- After that, press
**Enter**.

- You will get those entities that don’t have any blank cells.

So, we can say that our formula works fruitfully and we are able to get the value with no blank cells by the Excel **FILTER** function.

**Similar Readings**

**How to Use Excel HYPERLINK Function (8 Examples)****VLOOKUP and HLOOKUP combined Excel formula (with example)****Using Excel to Lookup Partial Text Match [2 Easy Ways]****How to Find Duplicate Values in Excel using VLOOKUP**

### 6. Filter Cells That Contain Specific Text

Using the **FILTER** function, we can easily search for any particular value and filter out the corresponding entities from our original dataset. Besides the **FILTER** function, the **ISNUMBER** and **SEARCH** functions also help us to complete the formula. Our desired text **‘Ellie’** is displayed in cell **J4**.

The approach of filtering out the data for a specific text is described below::

**📌 Steps:**

- At the start, select cell
**H7**. - Then, write down the following formula in the cell.

`=FILTER(B5:F14,ISNUMBER(SEARCH(J4,C5:C14)),"No results")`

- Next, press the
**Enter**key.

- You will get the result with that particular text.

Thus, we are able to apply the formula successfully and get the value for our specific text value.

**🔎 Explanation of the Formula**

`👉`

**SEARCH(J4,C5:C14)**: The **SEARCH** function will return the cells which will be matched with the input value.

`👉`

**ISNUMBER(SEARCH(J4,C5:C14))**: The **ISNUMBER** function will return true if the search value is a number other than false.

`👉`

**FILTER(B5:F14,ISNUMBER(SEARCH(J4,C5:C14)),”No results”)**: Finally, the **FILTER** function extracts the matched rows and shows them.

### 7. Calculation of Summation, Maximum, Minimum, and Average

Now, we are going to perform some mathematical calculations with the help of the **FILTER** function. The data for which we will filter will be in cell **J5**. Here, we are going to determine all the values for the **CSE** department.

Besides the **FILTER** function, the **SUM**, **AVERAGE**, **MIN**, and **MAX** functions will be used for completing the evaluation process. The estimated value will be in the range of cells **J7:J10**. The calculation procedure is explained below step-by-step:

**📌 Steps:**

- First of all, select cell
**J7**. - Now, write down the following formula in the cell for the summation.

`=SUM(FILTER(F5:F14,D5:D14=J5,0))`

**🔎 Explanation of the Formula**

`👉`

**FILTER(F5:F14,D5:D14=J5,0)**: The **FILTER** function filter the **CGPA** value of our desired department.

`👉`

**SUM(FILTER(F5:F14,D5:D14=J5,0))**: Finally, the **SUM** function add all of them.

- Press
**Enter**.

- After that, select cell
**J8**, and write down the following formula for the**average**value.

`=AVERAGE(FILTER(F5:F14,D5:D14=J5,0))`

**🔎 Explanation of the Formula**

`👉`

**FILTER(F5:F14,D5:D14=J5,0)**: The **FILTER** function filter the CGPA value of our desired department.

`👉`

**AVERAGE(FILTER(F5:F14,D5:D14=J5,0))**: The **AVERAGE** function will calculate the **average** value of those values.

- Again, press
**Enter**.

- Then, select cell
**J9**, and write down the following formula inside the cell for getting the**minimum**value.

`=MIN(FILTER(F5:F14,D5:D14=J5,0))`

**🔎 Explanation of the Formula**

`👉`

**FILTER(F5:F14,D5:D14=J5,0)**: The **FILTER** function filter the CGPA value of our desired department.

`👉`

**MIN(FILTER(F5:F14,D5:D14=J5,0))**: The **MIN** function will figure out the **minimum** value among the **4** values.

- Similarly, press the
**Enter**.

- Finally, select cell
**J10**, and write down the following formula inside the cell for the**maximum**value.

`=MAX(FILTER(F5:F14,D5:D14=J5,0))`

**🔎 Explanation of the Formula**

`👉`

**FILTER(F5:F14,D5:D14=J5,0)**: The **FILTER** function filter the CGPA value of our desired department.

`👉`

**MAX(FILTER(F5:F14,D5:D14=J5,0))**: The **MAX** function will find out the **maximum** value among the **4** CGPA values.

- Press
**Enter**for the last time.

- You will notice all the values for the
**CSE**department will be available.

Hence, we can say that all of our formulas work perfectly, and we are able to get all the desired values by the Excel **FILTER** function.

### 8. Filter Data and Return Only Particular Columns

Here, we are going to use the **FILTER** function twice in a nested condition to get the particular columns based on our desired value. Our desired entity is in cell **J5**. We will only show the **ID** and the **Name** column.

The steps of this process are given below:

**📌 Steps:**

- First, select cell
**H8**. - Then, write down the following formula in the cell.

`=FILTER(FILTER(B5:F14,D5:D14=J5),{1,1,0,0,0})`

- After that, press
**Enter**.

- You will get only the
**ID**and**Name**column of our desired department.

Therefore, we can say that our formula works properly, and we are able to get some specific columns by the Excel **FILTER** function.

**🔎 Explanation of the Formula**

`👉`

**FILTER(B5:F14,D5:D14=J5)**: The **FILTER** function will return the matched rows from the given dataset with all the columns.

`👉`

**FILTER(FILTER(B5:F14,D5:D14=J5),{1,1,0,0,0})**: The outer **FILTER** function will select only the first **two** columns of the selected data. We can either use **0**,**1** or **TRUE**, **FALSE**.

### 9. Apply Limitation on Returned Number of Rows

In this case, we will add some limitations on the **FILTER** function for getting the limited number of rows. Our desired department is in cell **J5**. For applying the limitation, we have to use the **IFERROR** and **INDEX** function also.

The steps of this mathod are described as follows:

**📌 Steps:**

- At first, select cell
**H8**. - Next, write down the following formula in the cell.

`=IFERROR(INDEX(FILTER(B5:F14,D5:D14=J5),{1;2},{1,2,3,4,5}),"No result")`

- Then, press
**Enter**.

- You will get the result.

So, we can say that we are able to successfully apply the Excel **FILTER**, **INDEX**, and **IFERROR** functions successfully.

**🔎 Explanation of the Formula**

`👉`

**FILTER(B5:F14,D5:D14=J5)**: The **FILTER** function will return the filtered data by matching it with the input value.

`👉`

**INDEX(FILTER(B5:F14,D5:D14=J5),{1;2},{1,2,3,4,5})**: This formula will return the first two rows of the matched data. **{1;2}** this is for the first two rows. And **{1,2,3,4,5}** this is for selecting the five columns.

`👉`

**IFERROR(INDEX(FILTER(B5:F14,D5:D14=J5),{1;2},{1,2,3,4,5}),”No result”)**: Lastly, the **IFERROR** function is used to avoid the error if there is a problem with other function return values.

### 10. Use of Wildcard with FILTER Function

In the last example, we are going to apply the filter wildcard for filtering the data. We will apply the formula with the help of **ISNUMBER**, **SEARCH**, and **FILTER** function. Our desired value is in cell **J5**.

The process is explained below step-by-step:

**📌 Steps:**

- Firstly, select cell
**H8**, and write down the following formula in the cell.

`=FILTER($B$5:$F$14,ISNUMBER(SEARCH(J5,D5:D14)),"No Results!")`

- Now, press
**Enter**.

- You will get all the results with the cell value
**C**.

Finally, we can say that our formula works precisely, and we are able to create a wildcard by the Excel **FILTER** function.

**🔎 Explanation of the Formula**

`👉`

**SEARCH(J5,D5:D14)**: The **SEARCH** function will search the data by matching it with the input value.

`👉`

**ISNUMBER(SEARCH(J5,D5:D14))**: This formula will check which result of the **SEARCH** function is ture,

`👉`

**FILTER($B$5:$F$14,ISNUMBER(SEARCH(J5,D5:D14)),”No Results!”)**: Lastly, the **FILTER** function will show them in our desired cell.

## Alternatives of Excel FILTER Function

From our previous application, you may notice that Excel **FILTER** function is a petty handy function for getting our desired values within a short period of time. There is not specific alternative of this function. However, the combination of some general Excel function may return us the results of the **FILTER** function. Among them, the **IFERROR**, **INDEX**, **AGGREGATE**, **ROW**, **ISNA**, **MATCH** functions are mentionable. But, we recommand you that if you have the **FILTER** function, go for it. The combination of those functions will make the formula more complex to understand to other. Besides that, it may slow down your Excel application.

## Possible Reasons If FILTER Function Does Not Work

Sometimes, the **FILTER** function of Excel doesn’t work properly. Most of the time, it occurs due to the presence of error. Mainly, the **#SPILL!**, **#CALC!**, **#VALUE! **errors usually don’t allow the **FILTER** function to work, and return the desired data. For eliminating this error, go back to your original dataset and fix them, and you will find that the **FILTER** function will work smoothly.

The frequently seen errors of Excel are explained below briefly:

Common Errors |
When they show |
---|---|

#VALUE | It will appear when the array and include argument have incompatible dimensions. |

#CALC! | It will appear if the optional if_empty argument is omitted and no results meeting the criteria are found. |

#NAME | It will appear when trying to use FILTER in an older version of Excel. |

#SPILL | This error will happen if one or more cells in the spill range are not entirely blank. |

#REF! | This error will happen if a FILTER formula is used between different workbooks and closed the source workbook. |

#N/A or #VALUE | This type of error may occur if some value in the included argument is an error or cannot be transformed to a Boolean value (0,1 or TRUE, FALSE). |

## Conclusion

That’s the end of this article. I hope that this article will be helpful for you and you will be able to apply the **FILTER** function in Excel. Please share any further queries or recommendations with us in the comments section below if you have any further questions or recommendations.

Don’t forget to check our website, **ExcelDemy**, for several Excel-related problems and solutions. Keep learning new methods and keep growing!