Did you know the XLOOKUP function in Microsoft Excel can scan an entire dataset and retrieve the corresponding value with a single formula? This advanced lookup tool has revolutionized data analysis and reporting, outperforming traditional functions like VLOOKUP and HLOOKUP. Whether you’re an experienced Excel user or just starting, mastering XLOOKUP can significantly enhance your data analysis capabilities.In this article you will learn How to Use XLOOKUP Formula in Excel with Example.
Key Takeaways
- XLOOKUP is a versatile Excel function that can search for and return matching values from a range or array.
- It offers advanced features like approximate matching, multiple search values, and custom error handling.
- XLOOKUP can be used to replace VLOOKUP and HLOOKUP, providing more flexibility and efficiency.
- The XLOOKUP syntax includes lookup_value, lookup_array, return_array, and optional arguments for handling not found cases, match modes, and search modes.
- XLOOKUP is available in Microsoft 365 and Excel 2021, making it a powerful tool for modern data analysis and reporting.
Introduction to XLOOKUP
Excel, a cornerstone in data analysis and business intelligence, has been enhanced with XLOOKUP, a cutting-edge lookup function. This innovation serves as an alternative to VLOOKUP and HLOOKUP, offering superior functionality and adaptability for intricate data searches. XLOOKUP’s introduction marks a significant advancement in Excel’s capabilities, empowering users with a more robust tool for data exploration.
What is XLOOKUP?
XLOOKUP revolutionizes Excel by enabling data searches in any direction – vertically, horizontally, or diagonally. Unlike VLOOKUP, which confines searches to the right of the search term, XLOOKUP’s versatility allows data retrieval regardless of its position relative to the search criteria. This expanded functionality positions XLOOKUP as a more efficient and adaptable tool for data analysis.
Benefits of Using XLOOKUP
- Ability to search in any direction (top to bottom, bottom to top, left to right, right to left)
- Retrieval of results no matter where they are located in the table or range
- Option to return an array with multiple items, enabling the extraction of several data points simultaneously
- Improved readability and understanding through the use of named ranges in formulas
- Availability of comprehensive tutorials and resources for learning and implementing XLOOKUP effectively
Mastering the excel xlookup tutorial and grasping the benefits of xlookup in excel is essential for professionals and students aiming to refine their data analysis skills. This knowledge unlocks the full potential of XLOOKUP, a pivotal function in Excel’s arsenal.
XLOOKUP Syntax Explained
The XLOOKUP function in Excel represents a paradigm shift in data lookup efficiency. Mastery of the XLOOKUP syntax is paramount for optimizing its utility. The formula’s structure is as follows: =XLOOKUP(lookup_value, lookup_array, return_array, [if_not_found], [match_mode], [search_mode]).
Components of the Syntax
The XLOOKUP syntax is comprised of several critical components:
- lookup_value: The value being sought within the lookup_array.
- lookup_array: The range of cells where the lookup_value is to be located.
- return_array: The range of cells containing the desired return values.
- [if_not_found]: An optional parameter that dictates the return value in case of non-finding.
- [match_mode]: An optional parameter that defines the match type (exact, approximate, or wildcard).
- [search_mode]: An optional parameter that specifies the search direction (ascending, descending, or binary).
Required Arguments
The XLOOKUP function necessitates three fundamental arguments: lookup_value, lookup_array, and return_array. These elements are the bedrock of the function, enabling the specification of the search criteria, the search domain, and the desired outcome. The inclusion of optional arguments enhances the function’s adaptability, accommodating scenarios such as non-existent lookup values or the need for approximate or wildcard matches.
Grasping the intricacies of the XLOOKUP syntax empowers users to optimize their data analysis processes. This understanding unlocks the full potential of the XLOOKUP function, facilitating more efficient and insightful Excel projects.
How to Start Using XLOOKUP
To initiate the utilization of the XLOOKUP formula within Excel, commence by organizing your data into a structured format, such as columns or rows. Subsequently, access the XLOOKUP function by selecting an empty cell and initiating the formula with =XLOOKUP(.
Setting Up Your Data
The XLOOKUP formula necessitates the specification of a lookup value, which can be either a cell reference or a direct value. Following this, you must select the lookup array (the range containing the search values) and the return array (the range containing the values to be returned). It is imperative that your data is arranged in a manner conducive to XLOOKUP’s ability to accurately locate and retrieve the desired information.
Accessing the Formula
- In an empty cell, type
=XLOOKUP(to initiate the formula. - Provide the lookup value, which can be a cell reference or a direct value.
- Specify the lookup array, which is the range containing the search values.
- Define the return array, which is the range containing the values you wish to retrieve.
- Close the parentheses
)and press Enter to execute the formula.
It is crucial to note that the XLOOKUP formula’s functionality is contingent upon your Excel version’s compatibility. If you encounter a #NAME error, it may signify that your Excel version lacks the XLOOKUP function.
By adhering to these guidelines, you can commence utilizing the XLOOKUP formula’s versatility and potency to enhance your data analysis and lookup tasks within Excel.
Comparing XLOOKUP to VLOOKUP
The advent of XLOOKUP in 2019 heralded a transformative era in Excel’s data lookup capabilities. In contrast to VLOOKUP, which has served for over three decades, XLOOKUP presents several pivotal advantages. These benefits render it a more effective tool in numerous contexts.
Key Differences
The search direction is a fundamental distinction. VLOOKUP confines its search to values situated to the right of the lookup array. In contrast, XLOOKUP empowers searches in any direction, obviating the need for intricate workarounds. Further, XLOOKUP eschews the requirement for data to be sorted, a condition essential for VLOOKUP’s approximate matching functionality.
Advantages of XLOOKUP over VLOOKUP
- XLOOKUP facilitates the retrieval of multiple columns or rows, a capability VLOOKUP lacks, being restricted to a single value.
- XLOOKUP defaults to exact matches, thus minimizing the errors associated with VLOOKUP’s closest match methodology.
- XLOOKUP incorporates built-in error handling, enabling users to specify the text to display when a match is absent.
- XLOOKUP offers a broader spectrum of matching options, encompassing exact, approximate, and binary searches.
- XLOOKUP surpasses VLOOKUP in efficiency and speed, as it only searches where necessary.
- XLOOKUP is distinguished by its user-friendliness, boasting more intuitive parameters compared to VLOOKUP’s complex syntax.
These enhancements solidify XLOOKUP’s status as a more potent and adaptable function for data lookups within Excel. It offers substantial benefits over its predecessor, VLOOKUP.
Practical: How to Use XLOOKUP Formula in Excel with Example
Excel’s XLOOKUP function is a powerful tool for retrieving data efficiently. It is essential to understand its practical applications. Let’s consider a scenario where we need to access employee information using their unique IDs. This example will illustrate how to set up the necessary data and implement the XLOOKUP formula to retrieve the required details effectively.
Example Scenario Setup
Imagine we have an employee directory with the following information:
- Employee ID
- Employee Name
- Department
- Job Title
Our objective is to look up an employee’s details, such as their name and job title, using their unique ID as the search criteria.
Implementing the Formula
To achieve this, we can utilize the XLOOKUP function with the following syntax:
=XLOOKUP(lookup_value, lookup_array, return_array, [if_not_found], [match_mode], [search_mode])
In our example, let’s say we want to look up the details for an employee with the ID “E012”. The formula would look like this:
=XLOOKUP("E012", A2:A20, B2:D20, "Not Found", 0, 0)
Here’s how it works:
- The
lookup_valueis the employee ID we’re searching for, which is “E012”. - The
lookup_arrayis the range of cells containing the employee IDs, in this case, A2:A20. - The
return_arrayis the range of cells containing the information we want to retrieve, which are the name, department, and job title in columns B, C, and D, respectively. - The
if_not_foundargument specifies the value to return if the lookup value is not found, in this case, “Not Found”. - The
match_modeandsearch_modearguments are both set to 0, which indicates an exact match and a top-to-bottom search, respectively.
By employing the XLOOKUP function, we can efficiently retrieve an employee’s details based on their ID. This makes it a valuable tool for managing and accessing employee information in Excel.
Common Use Cases for XLOOKUP
The xlookup function in excel is a versatile tool, applicable to numerous data lookup and retrieval scenarios. Its ability to search for exact matches makes it ideal for tasks such as finding an employee’s salary based on their ID. It also facilitates the retrieval of entire rows or columns of data in a single formula, simplifying the process.
Searching for Values
XLOOKUP excels in locating exact matches within datasets. For instance, the formula =XLOOKUP(A2, employee_IDs, employee_data) can retrieve all information associated with a specific employee by their ID number. It supports wildcard searches, enabling users to find values that match specific patterns or criteria.
Returning Multiple Values
XLOOKUP’s ability to return multiple values in a single formula is a standout feature. This is beneficial when retrieving entire rows or columns of data. For example, the formula =XLOOKUP(A2, employee_IDs, employee_data) can fetch all relevant information for an employee, such as their name, title, department, and salary, in a single cell.
XLOOKUP also offers advanced functionality, including two-way lookups and the ability to replace complex INDEX-MATCH combinations. By utilizing excel xlookup examples, users can streamline their data analysis and retrieval processes, saving time and enhancing efficiency.
| XLOOKUP Feature | Description |
|---|---|
| Lookup Modes |
|
| Search Modes |
|
| Comparative Analysis |
XLOOKUP uses a lookup array and a return array, while VLOOKUP uses a single table array followed by a column index number. |
| Advanced Functions |
|
Understanding the various use cases and features of the xlookup function in excel empowers users to leverage XLOOKUP’s capabilities. This streamlines data analysis workflows and unlocks new insights from data.
Error Handling with XLOOKUP
XLOOKUP in Excel is renowned for its advanced error handling capabilities, crucial for managing potential issues. Users often encounter error messages such as #N/A (value not found), #VALUE! (incompatible data types), and #REF! (invalid references). These challenges underscore the need for effective error handling within the function.
Understanding Error Messages
When XLOOKUP fails to locate a match, it typically returns the #N/A error. This can occur due to the lookup value’s absence in the lookup array or incompatible data types. Further, if the formula references an invalid cell, it may yield a #REF! error. These scenarios highlight the importance of understanding error messages in XLOOKUP.
Using the If Not Found Argument
XLOOKUP’s [if_not_found] argument enables specifying an alternative value to return when a match is not found. For instance, the formula =XLOOKUP(A2, employee_IDs, employee_data, "Not Found") will display “Not Found” instead of #N/A if no match is found for the value in cell A2. This feature obviates the need for nested IF or IFERROR functions, enhancing spreadsheet usability.
By utilizing XLOOKUP’s error handling capabilities, you can significantly improve the quality and usability of your Excel workbooks. This makes data navigation and interpretation more straightforward, contributing to overall spreadsheet efficiency.
XLOOKUP with Multiple Criteria
The XLOOKUP formula in Excel transcends the realm of single-criteria lookups. It enables the amalgamation of multiple conditions, facilitating complex data retrieval operations. This enhancement empowers users to achieve unparalleled efficiency and precision in their advanced Excel analyses.
Combining Conditions
To integrate multiple criteria into an XLOOKUP formula, the ampersand (&) operator is employed for concatenation. For instance, the formula =XLOOKUP(A2&B2, employee_ID&department, salary) seeks the salary based on a dual criterion of employee ID and department.
Conversely, Boolean logic can be employed to construct a composite lookup. Assigning TRUE or FALSE values to criteria allows for the filtration of data, yielding specific information. This method enhances flexibility and control over search parameters.
Creating a Composite Lookup
In scenarios demanding complexity, the nesting of multiple XLOOKUP functions is employed to create a composite lookup. This methodology enables the layering of diverse criteria, ensuring the retrieval of precise data. The nesting of XLOOKUP functions facilitates sophisticated data retrieval operations, previously attainable only through the amalgamation of other Excel functions.
The capability to manage multiple criteria lookups with XLOOKUP significantly streamlines data analysis workflows. It diminishes the necessity for intricate formulas, enabling users to derive insights more expediently. Whether in retail, supply chain management, or any sector necessitating in-depth data analysis, proficiency in XLOOKUP with multiple criteria is transformative in Excel expertise.
Nested XLOOKUP Functions
Excel’s advanced XLOOKUP formula has revolutionized lookup capabilities, introducing the capability to nest multiple XLOOKUP functions within a single formula. This feature empowers users to execute complex, multi-level lookups effortlessly. It facilitates the combination of criteria and the extraction of data from complex data structures.
How to Nest XLOOKUP
The process of nesting XLOOKUP functions is remarkably straightforward. It involves utilizing an XLOOKUP formula as the return array (third argument) of another XLOOKUP function. For instance, the formula =XLOOKUP(A2, department_names, XLOOKUP(B2, employee_IDs, salaries)) initiates by identifying a department. It then locates an employee within that department. Ultimately, it returns the employee’s salary.
Use Cases for Nested Functions
Nested XLOOKUP functions prove invaluable when managing hierarchical data structures or related datasets. They simplify the process by eliminating the need for intricate INDEX–MATCH–MATCH combinations. This is notably beneficial for two-dimensional lookups. Typical applications include:
- Locating employee information based on department and employee ID
- Obtaining product pricing based on category and product name
- Examining sales data by region, salesperson, and product
By employing nested XLOOKUP functions, users can craft robust, dynamic formulas. These formulas effortlessly traverse related datasets, delivering crucial insights and enhancing data analysis workflows.
Performance Considerations
As you explore the XLOOKUP function in Excel, grasping its performance implications is essential. XLOOKUP surpasses VLOOKUP in efficiency, notably with extensive datasets. This superiority arises from its capacity for bidirectional search and an optimized algorithm, rendering it more adaptable and efficient for various lookup tasks.
Efficiency of XLOOKUP
XLOOKUP’s efficiency is multifaceted. Its support for dynamic arrays and handling of approximate matches and wildcards enhances its performance over traditional lookup functions. Its advanced search algorithm also accelerates processing, significantly for large datasets.
When to Use XLOOKUP vs. Other Functions
- For straightforward, one-dimensional lookups, XLOOKUP is the most efficient option, outperforming VLOOKUP and INDEX-MATCH combinations.
- Yet, for extremely large datasets, the INDEX-MATCH function might edge out XLOOKUP in speed, leveraging Excel’s internal structures more effectively.
- In complex data manipulation tasks, such as filtering or sorting, the FILTER or SORT functions might be preferable over XLOOKUP alone.
- Overall, XLOOKUP stands as a premier choice for most lookup scenarios, balancing performance, flexibility, and user-friendliness.
Understanding XLOOKUP’s performance and its appropriate use compared to other Excel functions is key to optimizing data analysis workflows. By delving into XLOOKUP’s full capabilities and applications, you can significantly boost xlookup performance and excel xlookup efficiency.
Tips for Optimizing XLOOKUP Usage
To maximize the utility of the excel xlookup function, it is crucial to be aware of common pitfalls and adhere to best practices. By optimizing your XLOOKUP application, you can guarantee efficient and dependable lookups, crucial when dealing with extensive datasets.
Common Pitfalls to Avoid
- Failing to lock cell references when copying formulas: It is imperative to utilize absolute cell references ($A$1) to guarantee the XLOOKUP formula’s functionality when replicated across cells.
- Overlooking data types: Verify that the data types in the lookup and return arrays are congruent to avert errors and unforeseen outcomes.
- Relying on inefficient wildcard searches: While XLOOKUP accommodates wildcard searches, they can be resource-intensive on vast ranges. Exercise caution in their application.
- Neglecting the search_mode argument: Harness the binary search mode (search_mode set to 2 or -2) for expedited performance on ordered data.
Best Practices for Efficiency
To optimize xlookup and augment its efficacy, adhere to the following best practices:
- Utilize structured table references: Excel’s structured table references offer the advantage of automatic expansion and contraction with table size alterations.
- Employ dynamic ranges: Utilize techniques such as OFFSET or INDEX-COUNTA to establish dynamic ranges that adapt to data modifications.
- Implement binary search mode: For substantial datasets, activate the binary search mode (search_mode = 2 or -2) to accelerate lookups on ordered data.
- Combine XLOOKUP with other functions: Integrate XLOOKUP with functions like IF, FILTER, and ARRAY_FORMULA to forge more comprehensive and adaptable solutions.
By adhering to these guidelines and best practices, you can fully harness XLOOKUP’s capabilities, ensuring your data analysis processes are optimized for velocity, precision, and adaptability.
Troubleshooting Common XLOOKUP Issues
XLOOKUP, a pivotal lookup function, occasionally presents its own set of challenges. Excel users may encounter various errors, ranging from the notorious #NAME and #N/A errors to data type mismatches and performance concerns. Understanding these common pitfalls enables quick resolution, thus maximizing XLOOKUP’s benefits.
Resolving Common Errors
The #NAME error, indicative of unrecognized functions, often occurs in older Excel versions. To circumvent this, ensure compatibility with Microsoft 365 or a recent Excel version.
The #N/A error typically results from XLOOKUP’s inability to find an exact match. Employing the [if_not_found] argument can provide a custom return value or handle the situation. Also, verify that data lacks extra spaces, which can impede the lookup process.
Data type mismatches frequently result in the #VALUE! error. To mitigate this, ensure compatibility between lookup and return arrays by utilizing functions like TEXT or VALUE.
Ensuring Data Compatibility
Proper data organization is essential for XLOOKUP’s efficacy. Verify that lookup and return arrays are congruent in size and devoid of hidden rows or columns. Also, confirm data is sorted, as XLOOKUP employs binary search methods for efficient lookups.
The #SPILL! error may stem from output exceeding sheet boundaries or incompatibility with certain Excel features, such as tables. Adjusting your formula or data structure can resolve these issues.
By addressing these common XLOOKUP issues, you can harness its full potential. This integration into your Excel workflows will render excel xlookup not working and troubleshooting xlookup challenges obsolete.
Advanced Features of XLOOKUP
Excel’s XLOOKUP function transcends traditional lookup functions, offering advanced capabilities that significantly enhance its utility. It excels in two primary areas: its support for dynamic arrays and its proficiency in handling approximate matches. These features significantly boost its versatility and efficiency.
Dynamic Arrays in XLOOKUP
XLOOKUP’s compatibility with dynamic arrays stands out as a key feature. It enables the function to return multiple results that automatically expand into adjacent cells. This eliminates the need for manual adjustments or intricate array formulas. Such dynamic array support is invaluable for crafting dynamic reports, dashboards, and other data-intensive applications. These environments require outputs that can adapt to evolving input data.
Leveraging Approximate Matches
The [match_mode] argument in XLOOKUP offers a variety of options for managing approximate matches, extending beyond the conventional exact match. By setting [match_mode] to 1, it locates the “next larger” value when an exact match is not found. On the other hand, setting it to -1 identifies the “next smaller” value. For further adaptability, a [match_mode] of 2 enables wildcard matching, facilitating pattern-based searches. These capabilities make XLOOKUP an indispensable tool for scenarios requiring the identification of the nearest value or partial-match lookups.
The advanced functionalities of XLOOKUP, including dynamic arrays and approximate matches, open up new avenues for data analysis and reporting within Excel. By harnessing these capabilities, users can optimize their workflows, improve lookup accuracy, and develop more dynamic and responsive applications. As the advanced excel xlookup function continues to evolve, these features solidify XLOOKUP’s position as a robust and versatile tool for xlookup dynamic arrays and more.
Integrating XLOOKUP with Other Functions
Excel’s XLOOKUP function, when combined with other Excel functions, transforms into a powerful tool for data analysis. This synergy enables the creation of sophisticated tools for data manipulation. For example, pairing XLOOKUP with IF statements allows for conditional lookups, where the lookup process is contingent upon specific criteria. The formula =IF(condition, XLOOKUP(value1, range1, result1), XLOOKUP(value2, range2, result2)) exemplifies this, executing different XLOOKUP operations based on the condition’s evaluation.
Integrating XLOOKUP with the FILTER function further enhances its capabilities. The formula =FILTER(return_array, XLOOKUP(criteria, lookup_range, condition_array)) enables the filtering of results based on the output of XLOOKUP. This combination is invaluable for managing and analyzing large datasets, offering advanced data retrieval capabilities.
Using XLOOKUP with IF
The combination of XLOOKUP and IF functions unlocks a realm of possibilities for conditional lookups. By embedding an IF statement within the XLOOKUP formula, users can perform different lookup operations based on specific criteria. This method is highly beneficial when the desired outcome hinges on certain conditions being fulfilled, facilitating more dynamic and customized data retrieval.
Combining XLOOKUP with FILTER
The synergy between XLOOKUP and FILTER functions enables the creation of dynamic, criteria-based lookups. By defining criteria with XLOOKUP and then applying FILTER to the desired data range, users can extract data that precisely matches their specified conditions. This powerful combination enhances data analysis capabilities, allowing for more refined and targeted data extraction.
By leveraging the synergy between XLOOKUP and other Excel functions, such as IF and FILTER, users can enhance their data analysis capabilities. This integration empowers professionals across various industries to streamline their workflows, uncover deeper insights, and make more informed decisions. Mastering these integrated approaches is crucial for tackling complex data-driven challenges with greater efficiency and precision.
Conclusion: How to Use XLOOKUP Formula in Excel with Example
The XLOOKUP function in Microsoft Excel represents a significant advancement in data retrieval and analysis capabilities. It offers enhanced flexibility, improved error handling, and expanded search options compared to its predecessors. This makes XLOOKUP an indispensable tool for anyone working with data in spreadsheets.
Recap of Key Points
This article has detailed the key features and benefits of XLOOKUP. It can search both vertically and horizontally, boasts an intuitive syntax, and provides a range of match and search modes. We’ve also compared it to VLOOKUP, showcasing its superiority in simplicity, adaptability, and error management.
Final Thoughts on Using XLOOKUP
As Excel continues to evolve, proficiency in XLOOKUP is essential for all data professionals. It facilitates exact matches, approximate lookups, and the retrieval of multiple values, making data analysis more efficient. Introduced in Excel 2019 and available in Excel 365, XLOOKUP is set to become a cornerstone in data manipulation and reporting.
FAQ: How to Use XLOOKUP Formula in Excel with Example
What is XLOOKUP?
XLOOKUP is an advanced Excel function designed to locate and return a value based on the first match found within a specified range or array. It surpasses the capabilities of VLOOKUP and HLOOKUP, offering enhanced flexibility and functionality.
What are the benefits of using XLOOKUP?
XLOOKUP’s advantages over VLOOKUP are numerous. It allows for bidirectional searches, accommodates both exact and approximate matches, and facilitates the retrieval of multiple columns or rows. Its built-in error handling capabilities further enhance its utility.
What is the XLOOKUP syntax?
The syntax for XLOOKUP is =XLOOKUP(lookup_value, lookup_array, return_array, [if_not_found], [match_mode], [search_mode]). The essential components include the lookup value, lookup array, and return array. Optional arguments enable customization of the search process and error handling.
How do I start using XLOOKUP?
Initiating XLOOKUP involves organizing your data into columns or rows. Begin by selecting an empty cell and typing =XLOOKUP(. Specify the lookup value, lookup array, and return array. Close the parentheses and press Enter to execute the formula.
How does XLOOKUP compare to VLOOKUP?
XLOOKUP surpasses VLOOKUP in several areas. It allows for bidirectional searches, eliminates the need for data sorting, and can return multiple columns or rows. It defaults to exact matches, reducing errors, and offers superior error handling and approximate match capabilities.
Can you provide an example of using XLOOKUP?
A practical application of XLOOKUP is in an employee directory. Set up a dataset with employee IDs, names, and other details. To find an employee’s information based on their ID, use =XLOOKUP(lookup_ID, ID_range, return_range).
What are some common use cases for XLOOKUP?
XLOOKUP is ideal for exact matches, such as finding an employee’s salary based on their ID. It can also return multiple values, retrieve entire rows or columns of data, and perform wildcard searches.
How does XLOOKUP handle errors?
XLOOKUP excels in error handling, addressing common issues like #N/A (value not found), #VALUE! (incompatible data types), and #REF! (invalid references). The [if_not_found] argument allows for customized error messages or default values.
Can XLOOKUP handle multiple criteria lookups?
Yes, XLOOKUP is adept at handling multiple criteria lookups. You can combine conditions using the & operator or array formulas. For more intricate scenarios, nested XLOOKUP functions can be employed.
How can I optimize the performance of XLOOKUP?
To enhance XLOOKUP’s performance, avoid common pitfalls such as not locking cell references when copying formulas. Utilize tables to make formulas more dynamic and maintainable. For large datasets, consider using the binary search mode for faster performance on sorted data.
What are some common issues with XLOOKUP?
Common issues with XLOOKUP include #NAME errors (function not recognized in older Excel versions), #N/A errors (no match found), and #VALUE errors (mismatched data types). Ensure compatibility with the latest Excel versions and that lookup and return arrays are congruent in size.
What are some advanced features of XLOOKUP?
XLOOKUP supports dynamic arrays, enabling it to return multiple results that automatically spill into adjacent cells. It also accommodates approximate matches, offering options for finding the next larger or smaller value, or enabling wildcard matching.
How can I integrate XLOOKUP with other Excel functions?
XLOOKUP can be effectively combined with other Excel functions. Pairing XLOOKUP with IF enables conditional lookups, and combining XLOOKUP with FILTER facilitates dynamic, criteria-based lookups.
