Download Mysql 64 Bit Windows 10

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Nov 29, 2021 Our software library provides a free download of MySQL Server 8.0.27. The file size of the latest downloadable setup file is 209.4 MB. This PC software can be installed on 32-bit and 64-bit versions of Windows XP/Vista/7/8/10. The most popular versions of the MySQL Server are 8.0, 6.0 and 5.7. Go to Applications MySQL Workbench 6.3 and choose workbench. Click on Documentation and select MySQL Documentation. Expand Documentation, if not already expanded, and choose Sample and Examples 5.7.10. There should be 4 items ready for installation – server, workbench, documentation and samples. Dec 04, 2020 App Name: MySQL (64-bit) License: Open Source. OS: Windows XP64 / Vista64 / Windows 7 64 / Windows 8 64 / Windows 10 64. Latest Update: 2020-12-04. Developer: Oracle. User Rating: 4.2. Category: Developer Tools.

When you are running a business, it’s essential to have a proper database. A database helps you to monitor many business-related activities such as information about sales, products, defects, and many more. Maintaining a good database can help you in many ways to boost your business. You can analyse the data stored in the database, which can help you make correct decisions for your business to increase your profit. Therefore the database software that you use should be easy to use and maintain. One such effective and easy to use database application is MySQL database.

MySQL database is a product of Oracle, which is the most widely used database in business organisations. This database is an open-source Relational Database Management System which works on Structured Query Language. MySQL database stores data in a table format which keeps your data organised, and with the help of the queries like insert, update, delete, and many others, you can modify these database tables. This software was initially released on 23trd May 1995, but today this database provides many new company functions such as ACID transactions for the development of efficient and stable business-critical applications. Maintenance of this data is effortless you can delete the data from the database table, or you can delete an entire table with simple MySQL commands.

Features of MySQL

  1. High Performance- This database provides a unique architecture for storage engines enables experienced database administrators to configure the database server specifically for native applications, with a beautiful result.
  2. Robust support for transactions- MySQL provides one of the most effective database transactional engines. The capabilities include maximum support forACID (atomic, consistent, isolated, durable) transaction, infinite locking at the row level, and much more.
  3. Robust Data Protection- This database provides many features that ensures complete protection of the data stored in the database.
  4. Quick Setup- The software provides outstanding quick-start capability with less than fifteen minutes on average from software download to installation.
  5. Open Source- This database base is open-source software, which means it is free to use.

How to download MySQL Database on Windows?

  • 1- Just click on the download button and select a location where you want to download the file.
  • 2- After the download finishes, open the MySQL folder and extract the content from it.
  • 3- Now open the MySQL folder and double click on the MySQL setup file, and select a setup type.
  • 4- Now create an account and set up your password and click on next, now an installation window appears, now agree to License Agreement and select a location for installation.
  • 5- It will take a few minutes to install MySQL database, Click on Finish button after installation.


  • Easy to download, install and use.
  • Easily create and maintain your database.
  • Lightweight and powerful database with few security features.


  • MySQL database is not run by a community it’s Oracle-owned.

App Name: MySQL (64-bit)


License: Open Source

OS: Windows XP64 / Vista64 / Windows 7 64 / Windows 8 64 / Windows 10 64

Latest Update: 2020-12-04

Developer: Oracle

User Rating: 4.2

Category: Developer Tools

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282 MB

MySQL offers several key advantages:

Reliability and Performance. MySQL AB provides early versions of all its database server software to the community to allow for several months of 'battle testing' by the open source community before it deems them ready for production use.

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Ease of Use and Deployment. MySQL's architecture makes it extremely fast and easy to customize. Its unique multi-storage engine architecture gives corporate customers the flexibility they need with a database management system unmatched in speed, compactness, stability, and ease of deployment.

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Freedom from Platform Lock-in. By providing ready access to source code, MySQL's approach ensures freedom, thereby preventing lock-in to a single company or platform.

Cross-Platform Support. MySQL is available on more than twenty different platforms including major Linux distributions, Mac OS X, UNIX and Microsoft Windows.

Millions of Trained and Certified Developers. MySQL is the world's most popular open source database, so it's easy to find high-quality, skilled staff.

What's New:

Functionality Added or Changed

  • The SHOW AUTHORS and SHOW CONTRIBUTORS statements are now deprecated in MySQL 5.5 and have been removed in MySQL 5.6.

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Bugs Fixed

  • Performance: InnoDB: The timing values for low-level InnoDB read operations were adjusted for better performance with fast storage devices, such as SSD. This enhancement primarily affects read operations for BLOB columns in compressed tables. (Bug #13702112, Bug #64258)
  • Important Change: InnoDB: A DML statement using the index merge access method could lock many rows from the table, even when those rows were not part of the final result set. This fix reduces the excessive locking by releasing the locks of unmatched rows. This optimization affects only transactions with isolation level equal to or less strict than READ COMMITTED; it does not apply to transactions using REPEATABLE READ or SERIALIZABLE isolation level. (Bug #14226171)
  • InnoDB: An online DDL operation for an InnoDB table incorrectly reported an empty value (') instead of the correct key value when it reported a duplicate key error for a unique index using an index prefix. (Bug #14729221)
  • InnoDB: If a CREATE TABLE statement failed due to a disk full error, some memory allocated during the operation was not freed properly. (Bug #14708715)
  • InnoDB: With the innodbfileper_table setting enabled, a DROP TABLE operation could cause a crash, due to a race condition that depended on the timing of pending I/O requests. (Bug #14594600, Bug #66718)
  • InnoDB: If the server crashed at the specific point when a change buffer entry was being merged into a buffer pool page, the transaction log and the change buffer were left in an inconsistent state. After a restart, MySQL could crash after reading the corresponding secondary index page. The problem was more likely to occur in MySQL 5.5 or later, where the original insert buffering mechanism was generalized to cover other operations. (Bug #14636528, Bug #66819, Bug #58571, Bug #61104, Bug #65443)
  • InnoDB: Inserting data of varying record lengths into an InnoDB table that used compression could cause the server to halt with an error. (Bug #14554000, Bug #13523839, Bug #63815, Bug #12845774, Bug #61456, Bug #12595091, Bug #61208)
  • InnoDB: If a table was defined with an index key length very close to the upper length limit of 3072, a query against that table could cause a serious error. (Bug #14500557, Bug #66413)
  • InnoDB: When an auto-increment column used a FLOAT or DOUBLE data type, if the auto-increment value became very large (larger than the maximum unsigned long long value), subsequent inserts could fail or cause the server to halt. (Bug #14145950, Bug #55071)
  • InnoDB: If a transaction was started with a consistent snapshot, then new indexes were added to the table while the transaction was in progress, a subsequent UPDATE statement could incorrectly encounter the error:
  • HAERRTABLEDEFCHANGED: insufficient history for index This issue could cause an assertion error in debug builds. (Bug #14036214)
  • InnoDB: The error message was improved for the case where an UPDATE failed because the row included several BLOB values greater than 768 bytes each, causing the size of a row to exceed half the page size. The old message, was misleading; it suggested using BLOBs, when the 768-byte prefix for each BLOB column was the cause of the limit error: Error Code 1118: Row size too large. The maximum row size for the used table type, not counting BLOBs, is 8126. You have to change some columns to TEXT or BLOBs A workaround for the problem was to create the table with the ROWFORMAT=DYNAMIC or ROWFORMAT=COMPRESSED clause, which is now suggested in the message. (Bug #13453036, Bug #63507)
  • InnoDB: In rare circumstances, MySQL could apply InnoDB undo records out of order during a ROLLBACK of an operation that modified a BLOB column. This issue could cause an assertion error in debug builds: !bpage->filepagewas_freed (Bug #13249921)
  • Replication: Updates writing user variables whose values were never set on a slave while using --replicate-ignore-table could cause the slave to fail. (Bug #14597605) References: This bug was introduced by Bug #14275000.
  • Replication: Backtick (`) characters were not always handled correctly in internally generated SQL statements, which could sometimes lead to errors on the slave. (Bug #14548159)
  • Replication: Following an insert into a nontransactional table that failed due to insufficient disk space, the server did not properly clean up all pending events, leading to an assert or possibly to other errors. (Bug #11750014)
  • Very long database names in queries could cause the server to exit. (Bug #15912213)
  • Within a stored procedure, executing a multiple-table DELETE statement that used a very long table alias could cause the server to exit. (Bug #15954896)
  • Very long table aliases in queries could cause the server to exit. (Bug #15948123)
  • Attempting to create an auto-increment column in an InnoDB table with a NULL type attribute could cause a serious error. (Bug #14758479)
  • A DELETE statement for an InnoDB table could write incorrect transaction metadata into a record, causing the server to halt with an error. To work around this issue, reduce the specified length of the primary key to less than 1K bytes. (Bug #14731482)
  • Repeated execution of a query containing a subquery that used MAX() could result in increasing memory consumption. (Bug #14683676)
  • USE dbname could fail with Unknown database when dbname contained multiple backtick (`) characters. (Bug #14645196)
  • The script that converts GNU configure options to CMake equivalents generated erroneous output for the --with-client-ldflags and --with-mysqld-ldflags options. It now ignores those options. (Bug #14593123)
  • SHOW PROFILE could be used to cause excessive server memory consumption. (Bug #14629232)
  • The thread cache implementation worked in LIFO rather than FIFO fashion and could result in a thread being denied service (although this was a remote possibility). (Bug #14621627)
  • Within a stored program, memory allocated to hold condition information was not released until program exit, leading to excessive memory use. (Bug #14640599)
  • Improper memory cleanup could cause the server to exit. (Bug #14536113)
  • Granting or revoking the PROXY privilege caused the server to exit if the server was started with --skip-name-resolve. (Bug #14211140)
  • CREATE USER and DROP USER could fail to flush the privileges, requiring FLUSH PRIVILEGES to be used explicitly. (Bug #13864642)
  • Access to INFORMATION_SCHEMA tables through a view could leak memory. (Bug #13734987)
  • A memory leak could occur for queries containing a subquery that used GROUP BY on an outer column. (Bug #13724099)
  • On Microsoft Windows with CMake 2.6, the build process would not stop if the createinitialdb step failed. (Bug #13713525)
  • The test in mysqldsafe for the presence of the --plugindir option and assignment of a default value to it were performed before the actual argument parsing took place. (Bug #13548161)
  • CHECK TABLE and REPAIR TABLE could crash if a MyISAM table had a corrupt key (.MYI) file. Now the server produces an error. (Bug #13556441)
  • Improper memory cleanup could cause the server to exit. (Bug #13340270)
  • A memory leak occurred due to failure to clean up after QUICKINDEXMERGE_SELECT/Unique. (Bug #12694872, Bug #14542543)
  • The number of connection errors from a given host as counted by the server was periodically reset, with the result that maxconnecterrors was never reached and invalid hosts were never blocked from trying to connect. (Bug #11753779)
  • References: See also Bug #38247, Bug #43006, Bug #45584, Bug #45606.
  • During optimization, ZEROFILL values may be converted to string constants. However, CASE expressions did not handle switching data types after the planning stage, leading to CASE finding a null pointer instead of its argument. (Bug #57135, Bug #11764313)
  • In debug builds, an InnoDB assertion was overly aggressive about prohibiting an open range. (Bug #66513, Bug #14547952)
  • On Windows, the Perl version of mysqlinstalldb created system tables in the mysql database that were not populated properly. (Bug #65584, Bug #14181049)
  • mysqldsafe ignored the value of the UMASK environment variable, leading to behavior different from mysqld with respect to the access mode of created files. Now mysqldsafe (and mysqld_multi) attempt to approximate the same behavior as mysqld. (Bug #57406, Bug #11764559)
  • LASTINSERTID(expr) did not work for expr values greater than the largest signed BIGINT value. (Bug #20964, Bug #11745891)

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