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Signal processing ADC module (SPAM) board. The VCO output is also divided by two to produce 50 MHz reference signals for the A4, A15, and A17 13.5 GHz synthesizer boards. 5-12 Keysight N5224A/25A Service Guide... Page 137: A23 Test Set Motherboard Connector settings can be changed using SCPI and COM commands. The settings are not accessible from the front panel. PWR I/O A DB-9 female connector. Pin assignments are listed in Table 5-6 on page 5-16. Keysight N5224A/25A Service Guide 5-13... Page 138 TTL out, test set select bit 3, tied to 0 V 19–21 AD7–5 TTL I/O, address and latched data 22–23 AD0–1 TTL I/O, address and latched data TTL out, active low data strobe (1 μs min) TTL out, high = read, low = write 5-14 Keysight N5224A/25A Service Guide... Page 139 TTL out, latched, indicates pass fail (programmable polarity) +5 V +5 Vdc, 100 mA max. Sweep End TTL out, active low (10 μs min) indicates sweep done Pass/Fail Write TTL out, active low pass/fail write strobe (1 μs min) Strobe Keysight N5224A/25A Service Guide 5-15... Page 140 Analog input: ±10 V @ 1.22 mV typical resolution Rin > 1 M-ohm BW ≈ 1 MHz ADC conversion time Page 141: Signal Separation Group Operation — the A31 port 4 receiver coupler and the A35 test port 4 coupler — the A32 port 2 receiver coupler and the A36 test port 2 coupler — the A33 test port 1 coupler and the A27 mixer brick receiver A Keysight N5224A/25A Service Guide 5-17... Page 142: A29-A32 Receiver Couplers A, B, C, and D for 4-port models or inputs A and B for 2-port models. The coupling coefficient of the directional couplers is nominally 15 dB for all frequencies above 500 MHz. The coupling coefficient increases for frequencies below 500 MHz. 5-18 Keysight N5224A/25A Service Guide... Page 143: A38-A41 60-Db Source Step Attenuators And A42-A45 Bias Tees 5-dB steps. They adjust the power level to the DUT without changing the level of the incident power in the reference path. These attenuators are controlled by the A21 CPU board. The bias tees are to provide DC biasing for the DUT. Keysight N5224A/25A Service Guide 5-19... Page 144 Theory of Operation Signal Separation Group Operation Figure 5-4 4-Port Signal Separation Group 5-20 Keysight N5224A/25A Service Guide... Page 145 Theory of Operation Signal Separation Group Operation Figure 5-5 2-Port Signal Separation Group Keysight N5224A/25A Service Guide 5-21... Page 146: Receiver Group Operation For frequencies at or above 53 MHz, the test signals (receivers A, B, C, and D for 4-port models and A and B for 2-port models) and the reference signals (receivers R1, R2, R3, and R4 for 4-port models and R1
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Keysight N5224A/25A Service Guide 3-29... Page 56 Tests and Adjustments System Verification Figure 3-13 Example of Printed Graphical Verification Results 3-30 Keysight N5224A/25A Service Guide... Page 57: Performance Tests 3. A power sensor is connected to the test port, using any necessary adapters. 4. The analyzer frequency is set to the desired value. 5. The power meter correction table is set to the same frequency. Keysight N5224A/25A Service Guide 3-31... Page 58: Source Maximum Power Output Test 7. The power level at this point is measured and compared to the maximum output power specification. 8. This process is repeated at hundreds of frequencies across the analyzer’s full range in every specified path configuration. If the Analyzer Fails this Test: 3-32 Keysight N5224A/25A Service Guide... Page 59: Source Power Linearity Test “Source Adjustment” on page 3-42 and repeat this test. — If the analyzer still fails this test, troubleshoot the source section of the analyzer and then repeat this test. Refer to “Checking the Source Group” on page 4-34. Keysight N5224A/25A Service Guide 3-33... Page 60: Frequency Accuracy Test Function of the Test: To measure the stability of a signal in the internal source and receiver system of your analyzer. Specification Tested: Test Port Input–Trace Noise Magnitude and Trace Noise Phase Equipment Used: A test cable. 3-34 Keysight N5224A/25A Service Guide... Page 61: Receiver Compression Test Function of the Test: To measure the compression at the analyzer’s specified maximum power level for the receivers. Specification Tested: Test Port Input–Maximum Test Port Input Level Equipment Used: — U3070AK01 or Z5623A Option K01 Compression Test Set — Power meter — Power sensors Keysight N5224A/25A Service Guide 3-35... Page 62 13.The magnitude and phase measurements using the receiver under test are read: (Pd). 14.The compression for each point is calculated as (Pa–Pb) – (Pd–Pc). If the Analyzer Fails this Test: — Run the Receiver Characterization adjustment, and repeat this test. 3-36 Keysight N5224A/25A Service Guide... Page 63: Noise Floor Test 8. The test cable is removed and loads are connected to both ports. 9. A CW linear measurement sweep is measured for each test point. The receiver test power level, Ptest, in dBm is calculated for each point from the mean of each sweep. Keysight N5224A/25A Service Guide 3-37... Page 64: Calibration Coefficients Test 6. This process is repeated for Ports 3 and 4 on 4-port analyzers. If the Analyzer Fails this Test: — Failure of the directivity error term is often due to a faulty test port coupler. Replace the coupler and repeat this test. 3-38 Keysight N5224A/25A Service Guide... Page 65: Dynamic Accuracy Test 5. The analyzer’s receiver measurement is retrieved and compared with a perfect sine wave. Any deviation is dueOpenLink Lite ODBC Drivers for MySQL 5 (64-bit) for Windows
Part numbers 6-66 illustrated 6-37 connector repeatability bottom assembly, Option 410 part numbers 6-36 failure 3-20 replaceable parts Keysight N5224A/25A Service Guide... Page 352 , 3-12, functional failure of 3-20 3-14 digital control of test port cables operator’s 3-19 3-12 group constants accessories used digital processing correction 8-17 3-12 group contacting Keysight description of 3-12 power supply group Keysight N5224A/25A Service Guide... Page 353 10 MHz rebuilt assemblies 3-41 earth ground frequency reference board program EE default EXT 10 MHz REF IN connector See A14 adjustment 3-46 front frame rear panel 5-13 electrostatic discharge illustrated 6-11 See ESD Keysight N5224A/25A Service Guide... Page 354 6-76, 6-85 8-14 GPIB part number instrument , 6-22, 6-28, board specifications 6-34, 6-47, 6-54, interconnects See A22 6-61, 6-68, 6-75, cables front panel 5-29 6-84 part numbers HANDLER I/O 6-107 Keysight N5224A/25A Service Guide... Page 355 7-20 lithium battery parts list 6-12 miscellaneous replaceable disposal removal and replacement 1-10 parts removal and replacement illustrated 7-11 part numbers 6-106 illustrated procedure 7-58 7-10 mixer brick procedure test 7-57 4-17 See A27 and A28 Keysight N5224A/25A Service Guide... Page 356 5-27 Option 201 digital processor accuracy 5-27 3-34 Option 210, bottom assembly display assembly noise floor 5-29 3-37 See bottom assembly, frequency reference receiver Option 210 board 5-12 Option 219, bottom assembly compression front panel 5-29 Keysight N5224A/25A Service Guide... Page 357 3-39 GPIB 5-31 functional description of illustrated 7-11 HANDLER I/O 5-13 functional group procedure 7-11 5-31 group power supply TEST SET I/O 5-13 block diagram , 5-25, See A20 5-31 power switch 5-26 5-31 operation 5-22 Keysight N5224A/25A Service Guide... Page 358 3-42 6-106 functional group part numbers 6-105 See cables, flex- group in rear panel assembly ible defined 4-31 illustrated 6-95 operation part numbers 6-94 See cables, RF troubleshooting 4-34 ribbon serial number match Keysight N5224A/25A Service Guide... Page 359 5-27 3-19 results 3-27 front panel performing 5-27 3-14 performing 3-23 subnet mask, LAN 4-23 return loss 3-14 procedure 3-25 substitution return loss failure 3-15 what it verifies 3-21 cable 3-24 coupler Keysight N5224A/25A Service Guide... Page 360 A17 13.5 GHz source 2 checks check the basics synthesizer board 4-37 insertion loss 3-15 fans A20 power supply 4-13 insertion loss front panel assembly 4-16 failure 3-17 front panel keypad A21 CPU board 4-16 4-21 Keysight N5224A/25A Service Guide... Page 361 Z540-1-1994 Port 1 3-11 4-41 of operating environment Port 2 4-41 of operating Port 3 4-41 specifications Port 4 4-41 system , 3-1, 3-8, 3-21 using controllers to system dialog box 3-25 troubleshoot 4-22 Keysight N5224A/25A Service Guide... Page 362 This information is subject to change without notice. © Keysight Technologies 2011-2017 Edition 1, December 2017 N5225-90001 www.keysight.com... This manual is also suitable for:gSyncit 5 64-bit download - X 64-bit Download
And R2 for 2-port 5-22 Keysight N5224A/25A Service Guide... Page 147: A16 Spam Board (Analog Description) The analog IF signals (A, B, C, D, and R for 4-port models and A, B, R1, and R2 for 2-port models) are sent to the A16 SPAM board where they are converted to digital information. Keysight N5224A/25A Service Guide 5-23... Page 148 Digital ground Pulse1Out Programmable pulse train output #1 (TTL) Pulse2Out Programmable pulse train output #2 (TTL) Pulse3Out Programmable pulse train output #3 (TTL) Pulse4Out Programmable pulse train output #4 (TTL) No connect DCOM Digital ground 5-24 Keysight N5224A/25A Service Guide... Page 149 Theory of Operation Receiver Group Operation Figure 5-6 4-Port Receiver Group Keysight N5224A/25A Service Guide 5-25... Page 150 Theory of Operation Receiver Group Operation Figure 5-7 2-Port Receiver Group 5-26 Keysight N5224A/25A Service Guide... Page 151: Digital Processing And Digital Control Group Operation A2 USB Board — A3 Display Assembly — Keypad Assembly — A18 System Motherboard — Data Acquisition and Processing Subgroup — A16 SPAM Board (Digital Description) — A21 CPU Board — A55 Solid State Drive (SSD) Keysight N5224A/25A Service Guide 5-27... Page 152 Theory of Operation Digital Processing and Digital Control Group Operation Figure 5-8 Digital Processing and Digital Control Group 5-28 Keysight N5224A/25A Service Guide... Page 153: Front Panel Subgroup The video data received from the A21 CPU board includes the following: • digital TTL horizontal sync • digital TTL red video • blanking • digital TTL vertical sync • digital TTL green video • data clock • digital TTL blue video Keysight N5224A/25A Service Guide 5-29... Page 154: Data Acquisition And Processing Subgroup In addition, when the analyzer is in the system controller mode, the CPU controls peripheral devices through the peripheral port interfaces. Front panel settings are stored in SRAM, with a battery providing at least five years of backup storage when external power is off. 5-30 Keysight N5224A/25A Service Guide... Page 155 The SSD is a Serial Advanced Technology Attachment (SATA) data storage device which is connected directly to, and physically mounted within the enclosure of, the A21 CPU board. The full operating system and firmware for the network analyzer is stored on the A55 SSD. Keysight N5224A/25A Service Guide 5-31... Page 156: Power Supply Group Operation The +15 V standby supply remains on continuously whenever the power supply is plugged in. This supply is used to provide power to front panel LEDs and CPU components when the analyzer is turned off. 5-32 Keysight N5224A/25A Service Guide... Page 157: Replaceable Parts Rebuilt-Exchange Assemblies The definition of a rebuilt-exchange assembly. page 6-4 The procedure for replacing and returning a defective assembly to Keysight Technologies. Replaceable Parts Listings Tables that list the assemblies by. MySQL (32-bit) Date released: (5 years ago) Download. MySQL (64-bit) Date released: (5 years ago) Download. MySQL (32-bit) Date MySQL 5.7.9 (64-bit) Date released: (8 years ago) Download. MySQL (64-bit) Date released: (5 years ago) Download. MySQL (64-bit)
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MySQL Connector/ODBC 5.1.4 is available! Posted by: Jim Winstead Date: April 16, 2008 11:38AM Dear MySQL users,MySQL Connector/ODBC 5.1.4, a new version of the ODBC driver for theMySQL database management system, has been released. This release isthe first generally available (production) release of the 5.1 series andis suitable for use with any MySQL server version since MySQL 4.1,including MySQL 5.0, 5.1, and 6.0. (It will not work with 4.0 orearlier releases.)The release is now available in source and binary form for a number ofplatforms from our download pages at mirror sites. Note that not all mirror sites may be up to date at thispoint in time, so if you can't find this version on some mirror, please tryagain later or choose another download site.We welcome and appreciate your feedback, bug reports, bug fixes, patches,etc.: notes:* The installers for Microsoft Windows require that you uninstall any previous version of Connector/ODBC 5.1 (not 3.51) before installing.* The installer for 64-bit Windows installs both the 32-bit and 64-bit drivers. Microsoft has made available a 64-bit OLE DB provider for ODBC for Windows 2003 available at There is no binary package for Mac OS X on 64-bit PowerPC because Apple does not currently provide a 64-bit PowerPC version of iODBC.* The HP-UX 11.23 IA64 binary package does not include the GUI bits because of problems building Qt on that platform.Changes since the last 5.1 release: Bugs fixed: * SQLGetDiagRec() sometimes returned SQL_SUCCESS but no error message. (Bug #33910) * Driver installer (myodbc-installer.exe) fails to create a new DSN (Bug #35776) * Get wrong result with decimal(8,2) field type (Bug #35920) Includes changes from Connector/ODBC 3.51.25. Built using MySQL 5.0.56sp1.Enjoy!Jim WinsteadMySQL/Sun Subject Views Written By Posted MySQL Connector/ODBC 5.1.4 is available! 26076 April 16, 2008 11:38AM Sorry, you can't reply to this topic. It has been closed. Content reproduced on this site is the property of the respective copyright holders. It is not reviewed in advance by Oracle and does not necessarily represent the opinion of Oracle or any other party.. MySQL (32-bit) Date released: (5 years ago) Download. MySQL (64-bit) Date released: (5 years ago) Download. MySQL (32-bit) Date MySQL 5.7.9 (64-bit) Date released: (8 years ago) Download. MySQL (64-bit) Date released: (5 years ago) Download. MySQL (64-bit)x64 Nero Express 5 5 64 bit download - x64 - X 64-bit Download
126: Network Analyzer System Operation These IF signals are downconverted and then sampled and digitally processed. Figure 5-1 is a simplified block diagram of the 4-port network analyzer system Figure 5-2 is a simplified block diagram of the 2-port network analyzer system. Figure 5-1 4-Port System Simplified Block Diagram Keysight N5224A/25A Service Guide... Page 127: Functional Groups Of The Network Analyzer The major functional groups are: — Synthesized Source Group — Signal Separation Group — Receiver Group — Digital Processor and Digital Control Group — Power Supply Group Keysight N5224A/25A Service Guide... Page 128 Refer to “Signal Separation Group Operation” on page 5-17. 1. For frequency ranges and maximum output power levels, refer to the section “Test Port Output” in the Data Sheet and Technical Specifications documents (see hyperlinks above). Keysight N5224A/25A Service Guide... Page 129 “Digital Processing and Digital Control Group Operation” on page 5-27. Power Supply Group The power supply functional group provides power for the other assemblies in the instrument. Refer to “Power Supply Group Operation” on page 5-32. Keysight N5224A/25A Service Guide... Page 130: Synthesized Source Group Operation 53 MHz when the IF is 0.826 MHz. This IF signal is sent to the A16 SPAM board for digital processing. 1. For frequency ranges and maximum output power levels, refer to the section “Test Port Output” in the Data Sheet and Technical Specifications documents (see hyperlinks above). Keysight N5224A/25A Service Guide... Page 131 7.438 MHz higher than the test signal. Since the A4, A15, and A17 13.5 GHz synthesizer boards each receive their 50 MHz input reference signal from the exact same source, frequency drift error is eliminated. Keysight N5224A/25A Service Guide... Page 132 Theory of Operation Synthesized Source Group Operation Figure 5-3 Source Group Keysight N5224A/25A Service Guide... Page 133 9.500 to 10.000 19.000 to 20.000 10.0037 to 10.6677 20.0074 to 21.3354 10.000 to 10.000 to 20.000 to 10.664 10.664 21.328 10.6677 to 12.0037 21.3354 to 24.0074 4.000 to 5.332 4.000 to 5.332 21.328 to 24.000 Keysight N5224A/25A Service Guide... Page 134: A4, A15, And A17 13.5 Ghz Synthesizer Boards In band 6, the output of the swept VCO is passed through a divide-by-4 circuit and then sent to a Direct Digital Synthesizer to produce the output frequencies for bands 2-4 as listed in Table 5-3. 5-10 Keysight N5224A/25A Service Guide... Page 135: A5 And A10 26.5 Ghz Source Boards A5 and A10 source module P4 outputs. These signals are amplified by the A7 and A12 doubler boards and output via the highband output ports to the highband input ports on the A8 and A13 doubler boards. Keysight N5224A/25A Service Guide 5-11... Page 136: A25 Multiplier/Amplifier 26.5 Board (Hma26.5) 10 MHz reference signal for the A16Comments
Signal processing ADC module (SPAM) board. The VCO output is also divided by two to produce 50 MHz reference signals for the A4, A15, and A17 13.5 GHz synthesizer boards. 5-12 Keysight N5224A/25A Service Guide... Page 137: A23 Test Set Motherboard Connector settings can be changed using SCPI and COM commands. The settings are not accessible from the front panel. PWR I/O A DB-9 female connector. Pin assignments are listed in Table 5-6 on page 5-16. Keysight N5224A/25A Service Guide 5-13... Page 138 TTL out, test set select bit 3, tied to 0 V 19–21 AD7–5 TTL I/O, address and latched data 22–23 AD0–1 TTL I/O, address and latched data TTL out, active low data strobe (1 μs min) TTL out, high = read, low = write 5-14 Keysight N5224A/25A Service Guide... Page 139 TTL out, latched, indicates pass fail (programmable polarity) +5 V +5 Vdc, 100 mA max. Sweep End TTL out, active low (10 μs min) indicates sweep done Pass/Fail Write TTL out, active low pass/fail write strobe (1 μs min) Strobe Keysight N5224A/25A Service Guide 5-15... Page 140 Analog input: ±10 V @ 1.22 mV typical resolution Rin > 1 M-ohm BW ≈ 1 MHz ADC conversion time Page 141: Signal Separation Group Operation — the A31 port 4 receiver coupler and the A35 test port 4 coupler — the A32 port 2 receiver coupler and the A36 test port 2 coupler — the A33 test port 1 coupler and the A27 mixer brick receiver A Keysight N5224A/25A Service Guide 5-17... Page 142: A29-A32 Receiver Couplers A, B, C, and D for 4-port models or inputs A and B for 2-port models. The coupling coefficient of the directional couplers is nominally 15 dB for all frequencies above 500 MHz. The coupling coefficient increases for frequencies below 500 MHz. 5-18 Keysight N5224A/25A Service Guide... Page 143: A38-A41 60-Db Source Step Attenuators And A42-A45 Bias Tees 5-dB steps. They adjust the power level to the DUT without changing the level of the incident power in the reference path. These attenuators are controlled by the A21 CPU board. The bias tees are to provide DC biasing for the DUT. Keysight N5224A/25A Service Guide 5-19... Page 144 Theory of Operation Signal Separation Group Operation Figure 5-4 4-Port Signal Separation Group 5-20 Keysight N5224A/25A Service Guide... Page 145 Theory of Operation Signal Separation Group Operation Figure 5-5 2-Port Signal Separation Group Keysight N5224A/25A Service Guide 5-21... Page 146: Receiver Group Operation For frequencies at or above 53 MHz, the test signals (receivers A, B, C, and D for 4-port models and A and B for 2-port models) and the reference signals (receivers R1, R2, R3, and R4 for 4-port models and R1
2025-03-26".$myvar{'version'}."\n"; } else { goodprint "Currently running supported MySQL version ".$myvar{'version'}."\n"; } } # Checks if MySQL version is greater than equal to (major, minor) sub mysql_version_ge { my ($maj, $min) = @_; return $mysqlvermajor > $maj || ($mysqlvermajor == $maj && $mysqlverminor >= ($min || 0)); } # Checks for 32-bit boxes with more than 2GB of RAM my ($arch); sub check_architecture { if ($doremote eq 1) { return; } if (`uname` =~ /SunOS/ && `isainfo -b` =~ /64/) { $arch = 64; goodprint "Operating on 64-bit architecture\n"; } elsif (`uname` !~ /SunOS/ && `uname -m` =~ /64/) { $arch = 64; goodprint "Operating on 64-bit architecture\n"; } elsif (`uname` =~ /AIX/ && `bootinfo -K` =~ /64/) { $arch = 64; goodprint "Operating on 64-bit architecture\n"; } else { $arch = 32; if ($physical_memory > 2147483648) { badprint "Switch to 64-bit OS - MySQL cannot currently use all of your RAM\n"; } else { goodprint "Operating on 32-bit architecture with less than 2GB RAM\n"; } } } # Start up a ton of storage engine counts/statistics my (%enginestats,%enginecount,$fragtables); sub check_storage_engines { if ($opt{skipsize} eq 1) { print "\n-------- Storage Engine Statistics -------------------------------------------\n"; infoprint "Skipped due to --skipsize option\n"; return; } print "\n-------- Storage Engine Statistics -------------------------------------------\n"; infoprint "Status: "; my $engines; $engines .= (defined $myvar{'have_archive'} && $myvar{'have_archive'} eq "YES")? greenwrap "+Archive " : redwrap "-Archive " ; $engines .= (defined $myvar{'have_bdb'} && $myvar{'have_bdb'} eq "YES")? greenwrap "+BDB " : redwrap "-BDB " ; $engines .= (defined $myvar{'have_federated_engine'} && $myvar{'have_federated_engine'} eq "YES")? greenwrap "+Federated " : redwrap "-Federated " ; $engines .= (defined $myvar{'have_innodb'} && $myvar{'have_innodb'} eq "YES")? greenwrap "+InnoDB " : redwrap "-InnoDB " ; $engines .= (defined $myvar{'have_isam'} && $myvar{'have_isam'} eq "YES")? greenwrap "+ISAM " : redwrap "-ISAM " ; $engines .= (defined $myvar{'have_ndbcluster'} && $myvar{'have_ndbcluster'} eq "YES")? greenwrap "+NDBCluster " : redwrap "-NDBCluster " ; print "$engines\n"; if (mysql_version_ge(5)) { # MySQL 5 servers can have table sizes calculated quickly from information schema my @templist = `mysql $mysqllogin -Bse "SELECT ENGINE,SUM(DATA_LENGTH),COUNT(ENGINE) FROM information_schema.TABLES WHERE TABLE_SCHEMA NOT IN ('information_schema','mysql') AND ENGINE IS NOT NULL GROUP BY ENGINE ORDER BY ENGINE ASC;"`; foreach my $line (@templist) { my ($engine,$size,$count); ($engine,$size,$count) = $line =~ /([a-zA-Z_]*)\s+(\d+)\s+(\d+)/; if (!defined($size)) { next; } $enginestats{$engine} = $size; $enginecount{$engine} = $count; } $fragtables = `mysql $mysqllogin -Bse "SELECT COUNT(TABLE_NAME) FROM information_schema.TABLES WHERE TABLE_SCHEMA NOT IN ('information_schema','mysql') AND Data_free > 0 AND NOT ENGINE='MEMORY';"`; chomp($fragtables); } else { # MySQL my @tblist; # Now we build a database list, and loop through it to get storage engine stats for tables my @dblist = `mysql $mysqllogin -Bse "SHOW DATABASES"`; foreach my $db (@dblist) { chomp($db); if ($db eq "information_schema") { next; } my @ixs = (1, 6,
2025-03-27SQLines tools can help you transfer data, convert database schema (DDL), views, stored procedures and functions, triggers, SQL queries and SQL scripts from MySQL to Microsoft SQL Server (MS SQL, MSSQL), Azure SQL and Azure Synapse.SQLines Data - Data Transfer, Schema Migration and Validation toolDatabases MySQL 8.x and 5.x Microsoft SQL Server 2022, 2019, 2017, 2016, 2014, 2012, 2008 and 2005Migration ReferenceSQL Language ElementsConverting language elements and constructs: MySQL SQL Server 1 b'100' Binary string 0x04 Hex string only IdentifiersConverting identifiers: MySQL SQL Server Quoted Identifiers ` (backtick) and " (double quotes) [ ] and " (double quotes) Data TypesConverting character data types: MySQL SQL Server 1 CHAR(n), CHARACTER(n) Fixed-length string, 1 ⇐ n ⇐ 255 CHAR(n), CHARACTER(n) 2 CHARACTER VARYING(n) Variable-length string, 1 ⇐ n ⇐ 65535 CHARACTER VARYING(n) 3 LONGTEXT Character large object, ⇐ 4G VARCHAR(max) 4 LONG, LONG VARCHAR Character large object, ⇐ 16M VARCHAR(max) 5 MEDIUMTEXT Character large object, ⇐ 16M VARCHAR(max) 6 NCHAR(n) Fixed-length UTF-8 string, 1 ⇐ n ⇐ 255 NCHAR(n) 7 NVARCHAR(n) Varying-length UTF-8 string, 1 ⇐ n ⇐ 65535 NVARCHAR(n) 8 TEXT Character large object, ⇐ 64K VARCHAR(max) 9 TINYTEXT Character data, ⇐ 255 bytes VARCHAR(255) 10 VARCHAR(n) Variable-length string, 1 ⇐ n ⇐ 65535 VARCHAR(n) Converting numeric data types: MySQL SQL Server 1 BIGINT 64-bit integer BIGINT 2 DECIMAL(p,s) Fixed-point number, p ⇐ 65, default 10 DECIMAL(p,s) p ⇐ 38, default 18 3 DEC(p,s) Synonym for DECIMAL DEC(p,s) 4 DOUBLE [PRECISION] Double-precision floating-point number FLOAT 5 FIXED(p,s) Synonym for DECIMAL DECIMAL(p,s) 6 FLOAT(p) Floating-point number FLOAT 7 FLOAT4(p) Floating-point number FLOAT 8 FLOAT8 Double-precision floating-point number BINARY_DOUBLE 9 INT, INTEGER 32-bit integer INT, INTEGER 10 INT1 8-bit integer SMALLINT 11 INT2 16-bit integer SMALLINT 12 INT3 24-bit integer INT 13 INT4 32-bit integer INT 14 INT8 64-bit integer BIGINT 15 MEDIUMINT 24-bit integer INT 16 MIDDLEINT 24-bit integer INT 17 NUMERIC(p,s) Synonym for DECIMAL NUMERIC(p,s) 18 REAL Double-precision floating-point number DOUBLE PRECISION 19 SERIAL 64-bit autoincrementing integer NUMERIC(20) 20 SMALLINT 16-bit integer SMALLINT 21 TINYINT 8-bit integer SMALLINT Converting date and time data types: MySQL SQL Server 1 DATE Date (year, month and day) DATE Since SQL Server 2008 2 DATETIME(p) Date and time data with fraction DATETIME2(p) 3 TIME(p) Time (Hour, minute, second and fraction) TIME(p) 4 TIMESTAMP(p) Auto-updated datetime DATETIME2(p) 5 YEAR[(2 | 4)] Year in 2-digit or 4-digit format NUMERIC(4) Converting other data types: MySQL SQL Server 1 BINARY(n) Fixed-length byte string, 1 ⇐ n ⇐ 255 BINARY(n) 2 BIT(n) Fixed-length bit string, 1 n BINARY(n/8) 3 BLOB(n) Binary large object, ⇐ 64K VARBINARY(max) 4 BOOLEAN, BOOL 0 or 1 value; NULL is not allowed BIT 5 LONGBLOB Binary large object, ⇐ 4G VARBINARY(max) 6 LONG VARBINARY Binary
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