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PERCENTILE Formula in Excel

The Percentile is the value for which the percentage of data is forged.

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PERCENTILE Formula in Excel calculates the selected array’s specific percentile value. It returns the Kth value. The percentile formula in Excel can be used to find what percentage of values fall under the Kth percentile value.

How to Use PERCENTILE Formula in Excel?

Using the PERCENTILE Formula in Excel is easy and convenient when calculating n number of percentile for given data. Let’s take some examples to understand the usage of the PERCENTILE Formula in Excel.


Array = Range of data for which we need to calculate percentile,

k = Percentage value at which we need percentile.

PERCENTILE Formula in Excel -Example #1

We have sample data as shown below, which has a quality percentage of some workers. Where the quality ranges from 1% to nearly 90%, now, with the help of percentile, we will calculate how much percentage of data is marked in which percentile category.

As we can see in the above screenshot, we have a range of qualities for which we need to file the percentile value at any point. Now, go to the cell where we need to see the calculated percentile and select Insert Function near the formula bar, as shown below.

Note: As recommended by Microsoft, we can use chúng tôi in place of PERCENTILE function. Which has the same syntax and will give a more accurate result. It is applicable for Excel 2013 and higher versions.

As we can see in the below screenshot, the calculated 40th Percentile is coming as 28.4, which means 28.4% of the selected values are under the 40 Percentile range.

PERCENTILE Formula in Excel -Example #2

There is another method by which we can find the Percentile value at any given percentage range. And in this example, we will see the chúng tôi function, which Microsoft recommends in place of PERCENTILE with the same syntax but with a more accurate result. For this, we will consider the same data set we saw in Example 1.

Now go to the cell where we need to see the output and type the “=” sign (Equal) to edit that cell’s edit mode. This will enable all the inbuilt functions in Excel. From here, we search for chúng tôi or PERCENTILE. As we can see in the below screenshot, with the same name Percentile, we got 5 functions. Now select chúng tôi which is the substitute for the PERCENTILE function.

Even if we put the cursor on PERCENTILE, INC, it will show us the same significance, reflecting the same for the PERCENTILE function once we select the chúng tôi we will see the syntax of it, which is the same as that of the PERCENTILE function, as shown below.

Now for Array, select the complete set of data. Here we are setting the data from cell A2 to A31. And for the K value, let’s consider the 70th percentile; for that, enter 0.7 in a value of K and press enter to see the result.

If we enter a whole value in place of a decimal for the K value, we will get an error message, as shown below.

This is the numerical error, which happens when we consider the incorrect numeric reference. And if we enter a text in place of the decimal value, we will get an error message, as shown below.

This alphabetical text error happens when we select an incorrect argument as text. We need to select the percentage in decimal numerical format for the K value, which we have seen in the above examples.

Also, keep the obtained percentile value in its original format. If we change its format into a percentage, it will add an additional 100 digits along with the percentage sign, and the whole purpose of the percentile will be changed, as demonstrated below.

Things to Remember

K value should always be in decimal so that it will get converted into a percentage in the formula itself.

The obtained percentile value will already be in Percentage. So it is not recommended to change the value into a percentage. You may add more percentages to the obtained percentile value if you do.

Percentage and Percentile are both different. Percentile is the value for which the percentage of data is forged, whereas Percentage is completing anything.

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This has been a guide to PERCENTILE Formula in Excel. Here we discussed How to use PERCENTILE Formula in Excel, practical examples, and a downloadable Excel template. You can also go through our other suggested articles–

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Match In Excel (Formula, Examples)

MATCH in Excel

The MATCH function is a powerful tool in Excel that helps users search for a specific value within a range of cells and return its relative position. It’s a useful function for those who work with large datasets or need to locate specific values quickly.

The utility of the MATCH function extends beyond simple searches within a range. For instance, one can use it in conjunction with other functions like INDEX and OFFSET to perform more complex operations.

Key Highlights

The MATCH function in Excel can perform both exact and approximate matches.

It can perform partial matches using wildcard operators such as * and ?.

The MATCH function returns a #N/A error if it does not find a match in the given array.

By using the MATCH and INDEX functions together, one can avoid using the VLOOKUP function to find a value at a matched position.

The Match type is an optional argument in the MATCH function, and if not specified, it defaults to 1.

Syntax of MATCH Function in Excel

The syntax of the MATCH function is as follows:

1. Lookup_value (required): Indicates the value whose position we want to find in the selected range. A lookup value can be text, number, logical value, or cell reference.

2. Lookup_array (required): The cell range that contains the lookup value. Lookup array can be a row or a column.

c) Match_Type “-1”: If the match type value is set as 0, Excel provides the smallest value that is greater than or equal to the lookup value.

Types of MATCH Function in Excel

You can download this MATCH Function Excel Template here – MATCH Function Excel Template

Here are the different types of MATCH functions in Excel:

#1 Exact MATCH

The MATCH function performs an exact match when the match type is set to zero. In the below-given example, the formula in E3 is:









#2 Approximate MATCH

#3 Wildcard MATCH

Points to Note

A MATCH Function is not case-sensitive.

MATCH returns the #N/A error if there is no match is found.

The argument lookup_array must be in descending order: True, False, Z-A,…9,8,7,6,5,4,3,…, and so on. However, if match_type is set to 1 or omitted, the lookup_array must be sorted in ascending order.

The wildcard characters like an asterisk () and question mark (?) can be used in the lookup_value argument if match_type is set to 0 and lookup_value is in text format, regardless of whether the lookup_value contains these characters. The asterisk () matches any sequence of characters, while the question mark (?) matches any single character.

How to Use the MATCH Function in Excel? Example #1 Finding The Exact Match


Step 1: Select the cell where you want to display the product “Deodorant” position. In this case, let’s assume it is cell B12.

Step 2: Type the MATCH function in the formula bar: =MATCH(B12, B6:B10,0)

The first argument in the formula is the lookup value, which is “Deodorant“, i.e., cell B12.

The second argument of the MATCH function is the lookup array, which is the range B6:B10. This range contains the products listed in the table.

Note: The lookup_array can be a row or a column.

The third argument of the MATCH function is the match type, which is 0. This means we want to find an exact match of the lookup value in the array.

The formula returns the position of “Deodorant” in the table, which is 2. This means that “Deodorant” is the second product listed in the table.

Explanation of the Formula:

When you press the Enter key, Excel searches through the cells in the lookup array “B6:B10” to find an exact match for the lookup value “Deodorant”. After finding the match, it returns the position of the first cell containing the lookup value. In this scenario, the formula returns the value “2“, indicating that the first cell containing “Deodorant” is the second cell in the range B6:B10.

Example #2 Finding Partial MATCH using Wildcard Character

Here’s how we can do it:

Step 2: Enter the formula =MATCH(“New*”, A6:A10,0) in an empty cell.

Explanation of the Formula:


: This is the search criteria. The asterisk () is a wildcard character representing any number of characters. So, “New” will match any city name that starts with “New”.


: This is the range of cells in which we want to search for our city name.


: This is the match_type argument. Here, we’re using an exact match, so we specify 0.

The result is “1,” which is the first city’s position starting with “New”. In this case, “New York” is the first city that starts with “New” in the list.

Note: If multiple cities match the search criteria, the MATCH function will only return the position of the first occurrence.

Example #3 Using INDEX and MATCH Function Together

Step 2: Enter the formula in the cell:













: This is the range of cells containing the student data table.


: This is the value we want to find in the first column of the table, which is the name of the student whose marks we want to find (in this case, “Alex”).


: The range of cells containing the students’ names in the table’s first column.

0: This argument specifies that we want an exact match.


: This is the value we’re looking for in row 5, which is the subject “History”.


: This is the cell range containing the subject names.

The INDEX and MATCH functions of Excel work together to provide the result of 51, which denote History marks of Alex.

Explanation of the Formula:

The first MATCH function in the formula =INDEX(A5:E12, MATCH(B14, A5:A12,0), MATCH(A15, A5:E5,0)) searches for the student name “Alex” in the range A5:A12 and returns the relative position of that name within the range. In this case, “Alex” is in the third row of the range, so the first MATCH function returns the value 3. The third argument of the MATCH function is 0, which specifies that we want an exact match.

The second MATCH function in the formula searches for the subject “History” in the range A5:E5 and returns the relative position of that subject within the range. In this case, “History” is in the third column of the content, so the second MATCH function returns the value 3. Again, the third argument of the MATCH function is 0, which specifies that we want an exact match.

The INDEX function then uses these two values (3 and 3) to return the corresponding value in the table, which is Alex’s marks in History (51).

Example #4 When a Cell contains One of Many Things

Generic formula: {=INDEX(results,MATCH(TRUE,ISNUMBER(SEARCH(things,A1)),0))}

Explanation of the Formula:

This formula uses two named ranges: E5:E8 is named “things”, and F5:F8 is named “results”.

Ensure using the name ranges with the same names (depending on the data). If one doesn’t want to use named ranges, use absolute references instead.

The main part of this formula is the below snippet:


This is based on another formula that checks a cell for a single substring. If the cell has the substring, the formula gives TRUE; if not, the formula gives FALSE.

Example #5 Lookup using the Lowest Value

Generic formula =INDEX(range,MATCH(MIN(vals),vials,0))

In the below example, a formula is used to find the contractor’s name with the lowest bid. The formula in F6 is:















Explanation of the Formula:

Working from the inside out, the MIN function is generally used to find the lowest bid in the range C5:C9:

The result, 99500, is fed into the MATCH function as the lookup value:

MATCH then gives back the position of this value in the range 4, which goes into INDEX as the row number and B5:B9 as the array:

=INDEX(B5:B9, 4)

The INDEX function then gives back the value at that position: Cymbal.

Match Function Errors

Things to Remember

MATCH types: One can use three match types with the MATCH function: 0, 1, and -1. The default match type is 0, which finds an exact match. Match type 1 finds the largest value less than or equal to the lookup_value, while match type -1 finds the smallest value greater than or equal to the lookup_value.

Array size: The lookup_array argument must be a one-dimensional array or a reference to a one-dimensional range of cells. If the lookup_array is not one-dimensional, the MATCH function will return a #N/A error.

Sorted order: If the values in the lookup_array are not sorted in ascending order, the MATCH function in Excel may return an incorrect result. In such cases, use the match_type argument to specify the appropriate match type.

Exact MATCH: If the MATCH function does not find the lookup_value in the lookup_array, it will return a #N/A error. You can use the IFERROR function to handle this error and return a more meaningful result.

Relative or absolute cell reference: The MATCH function is compatible with both relative and absolute cell references. When copying the formula to other cells, the function will adjust the cell references accordingly.

Frequently Asked Questions (FAQs) Q1. What is an example of a MATCH function in Excel?

Q2. What is the benefit of including the MATCH function within an INDEX function?

Suppose you have a list of fruits and their prices in a table. You want to retrieve the price of a specific fruit, say “Apple”, from the table. One way to do this is to search the table for the row containing “Apple manually” and then look for the price in the corresponding column. However, if you have a large dataset with many rows and columns, this can be a time-consuming and error-prone process. Instead, you can use the MATCH function to find the “Apple” row number in the table and then use the INDEX function to retrieve the price from the corresponding column. The formula would look like this:


The MATCH function searches for “Apple” in the table’s first column (A2:A6) and returns the row number where it is found. The INDEX function then retrieves the value from the table’s third column (price column) at the intersection of the row and column numbers that the MATCH function returns.

Q3. Can the MATCH function have multiple criteria?

Answer: It is possible to use the MATCH function with multiple criteria by combining it with other functions such as INDEX, SUMPRODUCT, and COUNTIFS. For instance, consider this formula:

This formula uses MATCH with multiple criteria to find the position of the first employee in the “Sales” department who earns more than $20,000 per year. Then, it adds the count of cells that satisfy only the second condition using the COUNTIFS function.

Q4. What is the difference between MATCH and VLOOKUP in Excel?

For instance, if we want to find the price of oranges in the following table, we will have to use the MATCH function in conjunction with the INDEX function to find the price. Alternatively, the VLOOKUP function can directly provide the price of oranges at $0.75.



Apples $1.00

Oranges $0.75

Bananas $0.50

The formula for using MATCH and INDEX functions together is =INDEX(B: B, MATCH(“Oranges”, A: A, 0)). Using MATCH, this formula finds the position of “Oranges” in column A, which returns the value 2. Then, INDEX retrieves the value in column B’s corresponding row, i.e., $0.75.

The VLOOKUP function formula is =VLOOKUP(“Oranges”, A: B, 2, 0). This formula looks for “Oranges” in the first column of the range A: B and returns the corresponding value from the second column (i.e., the price column), resulting in $0.75.

Recommended Articles

The above article is our guide to using the MATCH function in Excel. Here are some further examples of expanding understanding:

Isna In Excel (Formula, Examples)

ISNA in Excel

The IsNA function is one of those functions used to find whether a cell has any error. And this only detects one type of error, #N/A which usually occurs when we try to look up any value from the lookup range and that value is not there. So, in the end, we get #N/A which summarizes that the value we want is “Not Available”, and the IsNA function detects if the process would get #N/A or not by returning the TRUE and FALSE statements.

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ISNA Formula in Excel:

Below is the ISNA Formula in Excel:

ISNA Formula in Excel has one critical parameter: i.e., value.

Value (compulsory argument) – The value or expression that needs to be teweightis entered manually or defined variables or a cell reference to use instead.

How to Use the ISNA Function in Excel?

You can download this ISNA Function Excel Template here – ISNA Function Excel Template

Example #1 – ISNA Function

In the below-mentioned table. I have the various error values in the ERROR_VALUES column (column D); here, with the ISNA Function’s help in Excel, I need to find out the #N/A error in column D.

Let’s apply the ISNA function in cell “E8”. Select the cell “E8,” where the ISNA function needs to be applied.

A dialog box appears where arguments for ISNA Function need to be filled or entered, i.e., =ISNA(value)

Value: Here, I have to check whether the value in cell D8 contains the #N/A error. I must mention the cell reference “D8”, i.e., =ISNA(D8).

Here, =ISNA(D8) will return TRUE if the value is an #N/A error or return FALSE if it doesn’t contain a #N/A error.

Cell D8 does not contain the #N/A error; it will return FALSE as an output in cell “E8”.

E13 cell returns TRUE value because the D13 cell contains #N/A Error.

Example #2 – ISNA & IF Function with VLOOKUP Function to Avoid #N/A Error

In the below-mentioned table1. I have the list of students in the Student column (Column J) & their scores in the Score column (Column K).

Table 2 contains a list of student names in the student column (column M); our objective here in this table is to find the student’s score based on his name, i.e., student name (refer to table 1), by using the VLOOKUP Function.

Before applying a VLOOKUP formula, You should be aware of it. Vertical lookup or VLOOKUP references vertically aligned tables and quickly finds data in relation to the value the user enters.

A dialog box appears where arguments for the VLOOKUP function need to be filled or entered.

The syntax for the VLOOKUP function is:

VLOOKUP (lookup_value, table_array, col_index_num, [range_lookup])

lookup_value: the value you want to look up, i.e., “M7” or “CINDER”.

table_array: range where the lookup value is located, i.e., select table1 range J6:K17.

col_index_num: column number in a table array from which the matching value should be returned. The student score in Table 1 is in the second column, i.e., 2.

range_lookup: FALSE for an exact match or TRUE for an approximate game. Select 0 or false.

=VLOOKUP(M7, J6:K17,2,0) returns the score of cinder, i.e., 77.

Here, the #N/A error is returned in cells N10 & N12 because the Vlookup function fails to find a match to the supplied lookup_value in the reference table range.

#N/A error looks odd for a better outlook of a final dataset without a N/A error. ISNA function is used with the IF function in the VLOOKUP function to avoid the #N/A error, where the #N/A error value is replaced with a customized text string.

Let’s work on this in Table 3; below mentioned ISNA function with IF is used with the VLOOKUP function to avoid the #N/A error.

=IF(ISNA(VLOOKUP(P7,J6:K17,2,0)),”Not found”,VLOOKUP(P7,J6:K17,2,0))

Three parts of the formula are


The first part of the formula means if the function doesn’t find the value of cell P7 in table range J6:K17, then display the second part.

“Not found.”

Display “Not found” instead of a #N/A.


If the function finds the value, perform the VLOOKUP formula as usual.

Let’s apply this formula in cell “Q7”.

The Result will be :

It will return a customized text string mentioned in the formula, i.e., “Not found” instead of the #N/A error in the cell N10 & N12.

Things to remember about the ISNA Function in Excel

ISNA argument value can be a blank (empty cell), text, number, error, logical, or reference value, or a name referring to any of these you want to test.

IS functions are significant in formulas for testing the outcome of a calculation. If it is combined with IF logical conditions, it will help out to find the error value.

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This has been a guide to ISNA in Excel. Here we discuss the ISNA Formula in Excel and How to use ISNA Function in Excel, along with practical examples and a downloadable Excel template. You can also go through our other suggested articles –

Small Function In Excel (Formula, Examples)

SMALL Function in Excel (Table of Contents)

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SMALL Function in Excel

A small function in Excel is used for getting the smallest number from the selected range of numbers with the help of the Kth position in the range. For example, we have 10 different numbers, and we need to find the smallest number out of that; by using the Small function, we can get the 1st or 2nd or any Kth smallest number out of those 10 selected numbers.

SMALL Formula in Excel:

Below is the SMALL Formula in Excel :

The SMALL function has two arguments, i.e. array, k. Both are required arguments.

Array: This is the range of cells you are selecting it as the source data to find the K value.

K: This is the Kth position of the number. From the list, it gives the bottom value.

In this function, the range should not be empty, and we need to specify both arguments.

How to Use SMALL Function in Excel?

This Function in Excel is very simple and easy to use. Let us now see how to use this SMALL Function in Excel with the help of some examples.

You can download this SMALL Function Excel Template here – SMALL Function Excel Template

Example #1

Below are the scores of the students on a test. From the below-given data, find the smallest and the 3rd smallest scores.

If we find the smallest number, we can simply apply MIN Function. If you look at the below image, both the formulas return the same value as the smallest number in the given list.

However, MIN Function stops there only. It cannot find the 2nd, 3rd, and 4th smallest numbers. In such cases, SMALL can give us the Kth position number.

Find the 3rd Smallest Number.

We need to specify the number in the Kth argument to find the third smallest score or number from the list.

“In the range, B2:B11 find the 3rd largest value.”

So the result will be :

Example #2

Below is the data for a cycle race. From this list, you need to find the winner. Data includes names, start time, and end time.

From this list, we need to find who has taken the least time to complete the race.

Step 1: Find the total time taken.

The time taken to complete the race arrived by deducting the start time by the end time. The image below shows the actual time each one takes to complete the race.

Step 2: Now apply the SMALL Function to get the winner.

So the result will be :

It is a bit of a herculean task if the list is long. But we can just name the winner using the if condition.

So the result will be :

Similarly, it is applied to other cells in that column to get the desired output.

Example #3

We can use the SMALL Function along with other functions. From the below-given list, find the sum of the bottom 3 values for Week 2.

Apply the below SMALL function along with the SUM & VLOOKUP function.

This is an array formula. You need to close the formula by typing Ctrl + Shift + Enter. This would insert the curly brackets before and after the formula.

VLOOKUP returns the value for WEEK 2 specified by the SMALL function for 3 bottom values. Then SUM function will add the bottom values together and return the result as 1988.

Things to Remember

SMALL Function ignores text values and considers only numerical values.

Result is :

A SMALL function returns an error if there are no numerical values in the list.

Result is :

If there are any duplicates, then SMALL considers the first value as the smaller one.

K should be numeric; otherwise, it returns the error as #VALUE!

Supplied range should not be empty.

If we find only the least value, we can use the MIN Function. But it finds only the first smallest value.

Even though SMALL ignores text values, if there are any errors, it will return the result as #DIV/0!

We can use SMALL and many other functions to find the Nth values.

Use practically to get the hint of the SMALL function.

If you use SMALL with other functions, it becomes an array formula.

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This has been a guide to SMALL Function in Excel. Here we discuss the SMALL Formula in Excel and how to use a SMALL Function in Excel, with practical examples and a downloadable Excel template. You can also go through our other suggested articles –

Guide, Formula, Examples Of Debt/Ebitda

Debt/EBITDA Ratio

A leverage ratio that measures a company’s ability to pay off its debt

Written by

CFI Team

Published January 28, 2023

Updated July 7, 2023

What is the Net Debt to EBITDA Ratio?

The net debt to earnings before interest, taxes, depreciation, and amortization (EBITDA) ratio measures financial leverage and a company’s ability to pay off its debt. Essentially, the net debt to EBITDA ratio (debt/EBITDA) gives an indication as to how long a company would need to operate at its current level to pay off all its debt. The ratio is commonly used by credit rating agencies to determine the probability of a company defaulting on its debt.


The Debt to EBITDA ratio formula is as follows:


Net debt is calculated as short-term debt + long-term debt – cash and cash equivalents.

EBITDA stands for earnings before interest, taxes, depreciation, and amortization.

Practical Example of EBITDA Ratio

For example, McDonald’s Corporation reported the following figures for the fiscal year ending December 31, 2023:

The Debt to EBITDA for McDonald’s is calculated as follows:

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Net Debt/EBITDA Ratio Template

First Name






A low net debt to EBITDA ratio is generally preferred by analysts, as it indicates that a company is not excessively indebted and should be able to repay its debt obligations. Conversely, if the net debt to EBITDA ratio is high, it indicates that a company is heavily burdened with debt. That situation would lower the company’s credit rating and investors would, therefore, require higher yields on bonds to compensate for the higher default risk. For McDonald’s Corporation, Standard & Poor’s (S&P) assigned a credit rating of BBB+, Moody’s assigned a credit rating of Baa1, and Fitch assigned a credit rating of BBB:

Source: Information compiled on Capital IQ in 2023.

Generally, a net debt to EBITDA ratio above 4 or 5 is considered high and is seen as a red flag that causes concern for rating agencies, investors, creditors, and analysts. However, the ratio varies significantly between industries, as each industry differs greatly in capital requirements. As a result, it is best used to compare companies in the same industry. In a loan agreement between a company and a lender, the lender often requires the company to remain below a certain net debt to EBITDA ratio.

Key Takeaways

The net debt to EBITDA ratio measures a company’s ability to pay off debt with EBITDA.

The ratio is commonly used by credit rating agencies to assign a credit rating to a company.

A low ratio is preferred and indicates that the company is not excessively indebted.

A high ratio indicates that the company has high debt levels, and may, consequently, result in a lower credit rating (therefore mandating the company offer higher yields on bonds).

An ideal debt to EBITDA ratio depends heavily on the industry, as industries vary greatly in terms of average capital requirements. However, a ratio of greater than 5 is usually a cause for concern.

To ensure that a company is able to repay debt obligations, loan agreements typically specify covenants that dictate the range which a company’s net debt/EBITDA ratio can fall under.

Related Readings

Thank you for reading CFI’s explanation of the net debt to EBITDA ratio. CFI offers the Financial Modeling & Valuation Analyst (FMVA)™ certification program and other training for financial professionals. To learn more and expand your career, explore the additional relevant CFI resources below.

How To Use Offline Maps

How To Use Offline Maps

Save Google Maps Directions For Offline Use

Use Offline Maps On Apple Devices:

Step 1. Open Google Maps App on your iOS smartphone or on tablet.

Step 3. Search for the destination place, like Goa or Maldives to get an idea.

Step 4. Tap the name or address of the place at the bottom of the page on the white bar. If you have searched for a particular place like a restaurant or hotel, tap More.

Useful Tip:

As you can see, there is just 1 GB space left on my phone and I was running low on disk space, I downloaded the best iPhone backup App and it instantly backed up 3 Gigs of data from my iPhone within 5 minutes.

App Highlights:

It Supports All Major Operating Systems And Platforms

Loaded With Best Safety Features

You Can Control Your Audience By Smart Sharing of Files

One Account Can Be Accessed on Multiple Device

Data Encryption For Complete Security

All File Types Are Supported

To Use Offline Maps On Android Devices:

Read here: How To Use Google Maps Offline On Android

Save offline maps on an SD card

By default, offline maps get downloaded on your device’s internal storage, however, you can download them on an external SD card as well. If your device is loaded with Android 6.0 or higher, you only get the option to save an area onto your SD card that is configured for portable storage. Here are steps to configure your SD card.

Step 1. Insert an SD card on your Android phone or tablet.

Step 2. Open the Google Maps App.

Step 4. Tap ‘Settings’ on the top right.

Things To Keep In Mind:

It won’t give you transit, bicycling, or walking directions however You can get driving directions offline.

It won’t help you with traffic info, alternate routes, or lane guidance.

You can use ‘Wi-Fi only’ mode to save roaming data and battery life. Using this mode, if you’re not connected to a Wi-Fi, Google Maps will only use the data from the offline maps which you’ve downloaded earlier.

Downloading offline maps is restricted in some of the locations due to prescribed limitations, address formats, language support, or other reasons.

Also Read: A Guide on How To Use Google Maps App?

Wrapping up

Using Google Map’s offline mode, you can use turn-by-turn driving directions and start using GPS offline navigation process as you normally use. The only difference you’ll notice is live traffic conditions and updates which won’t be available. Currently, Google Map’s offline navigation for walking, biking or transit directions are not supported, but they are working on more offline features. So now use GPS offline navigation without internet on Google Maps and stay on the right path with offline maps on Android or iOS devices.

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