Registered users of our products can download the present full versions of OptiVec and CMATH from this page. In addition, here our customers who bought through an electronic distribution channel can get the rarely used libraries which are omitted from the electronically distributed versions. In order to reduce the download times, all packages are split into several parts, consisting of 
a) the documentation, 
b) the include-files (C/C++ versions only), and 
c) C++ libraries or Pascal/Delphi units for each combination of memory model and processor supported. As specified below, some rarely needed libraries are not available here, but will be sent by email upon request.

The library and unit ZIP files are password-protected. Our registered users get the passwords by e-mail. If you are a registered user and did not receive the password, please drop us a note at optivec%at%gmx.de (replace %at% by the @ sign)! Consult the documentation of your unzip program about how to uncompress password-protected files. In most cases, you will be automatically asked for the password through a popup dialogue.

You should install the files from this page over any previous version (trial or full) of OptiVec or CMATH; in other words, you should not deinstall your previous version, but simply overwrite it. If you do not have any previous version installed, you have to manually create the directories mentioned in the description below.

If you install the registered version over the Shareware version, be sure to recompile your project(s). (Remember that applications, containing functions of the Shareware version, cease functioning after 90 days and shall not run at all on your client's computers!)

Directly jump to the library selection tables:

New features in v6.0-6.3.0:

• Libraries for Delphi XE and XE2
• 64-bit libraries for Visual C++ (at least Visual Studio 2005) and Delphi (at least XE2)
• Libraries employing a CUDA device (e.g., a graphics card from NVidia) for a tremendous speed-up for large vectors/matrices.
• All libraries except debug libraries treat overflow, singularity, and loss-of-precision errors "silently".
• Thread-safe nonlinear fitting functions (may now run in parallel)
• Bug fixes across the board

Please choose which product you want to download / update:

Update OptiVec for Embarcadero / CodeGear / Borland C/C++

1. Please download and unzip the documentation, OVDOC.ZIP, or the German version, OVDOCD.ZIP, into the OptiVec root directory on your computer. 
2. Optionally, you may also download the demo programs, DEMOS.ZIP, again into the OptiVec root directory. 
3. Now please download and unzip OVINCL.ZIP, which goes into OPTIVEC/INCLUDE. 
4. Download all needed library ZIP files from the table below, store them in OPTIVEC/LIB and unzip them.

Library Type	General Purpose	Debug	Multi-Processor	Large-Vector
P4: 486DX / Pentium / Athlon	VCF4W	VCF4D	VCF4M	----
P6: Pentium III+	VCF6W	----	VCF6M	VCF6L
P7: Pentium 4+ / Athlon x64	VCF7W	----	VCF7M	VCF7L
P8: AMD64xxx, Core2xxx	VCF8W	----	VCF8M	VCF8L

 
The P6, P7, P8 versions need RAD Studio, BDS, BCB 5 or higher, or BC++ 5.x. Windows XP, Vista, or 7 is required, as well.
The Large-Vector Versions are optimized for single-processor systems for vectors and matrices larger than the size of the second-level cache of your mainboard. In these versions, the cache is bypassed during load and store operations on vector/matrix elements. A heavy penalty results from their mis-use for smaller vectors or matrices which would have fit into the cache.
The libraries for multi-processor systems run on workstations with discrete processors as well as on multi-core processors like AMD64x2, Core2 Duo and so on.
The libraries for down-compatibility with 386+387 as well as for all 16-bit models and for 286 fossiles are no longer updated. The old versions are, however, still available upon request. We'll send you by email what you need.
 
5. Additionally, you need to download and link either of the following base libraries:

   Configuration	OptiVec base library
   BC runtime library static	VCFS
   BC runtime library as DLL	VCFD

   
    
6. After uncompressing, you can delete all .ZIP files you downloaded.

Update CMATH for Embarcadero / CodeGear / Borland C/C++

1. Please download and unzip the documentation, CMDOC.ZIP, or the German version, CMDOCD.ZIP into the CMATH root directory on your computer.
2. Now please download and unzip CMINCL.ZIP, which goes into CMATH/INCLUDE.
3. Download all needed library ZIP files from the table below, store them in CMATH/LIB and unzip them.

Platform	486DX / Pentium / Athlon	Pentium III (only BC++ 5.x, BCB 5 or higher!)
Windows 95/98/ME/NT/2000/XP/Vista	CMATHF4W	CMATHF6W

 
  The libraries for down-compatibility with 386+387 are still available. Upon request, we'll send you by email what you need.
4. Additionally, you need to download and link either of the following base libraries:

   Configuration	CMATH base library
   BC runtime library static	CMATHFS
   BC runtime library as DLL	CMATHFD

    
    
5. After uncompressing, you can delete all .ZIP files you downloaded.

Update OptiVec for Microsoft Visual C++

1. Please download and unzip the documentation, OVDOC.ZIP, or the German version, OVDOCD.ZIP, into the OptiVec root directory on your computer.
2. Optionally, you may also download the demo programs, DEMOS.ZIP, again into the OptiVec root directory. 
3. Now please download and unzip OVINCL.ZIP, which goes into OPTIVEC/INCLUDE.
4. Download all needed library ZIP files from the table below, store them in OPTIVEC/LIB and unzip them.

Library Type	General Purpose	Debug	Multi-Proc.	Large-Vector	64-bit General	64-bit Debug	64-bit Multi-Proc.
P4: 486DX / Pentium / Athlon	OVVC4	OVVC4D	OVVC4M	----	----	----	----
P6: Pentium III+	OVVC6	----	OVVC6M	OVVC6L	----	----	----
P7: Pentium 4+ / Athlon x64	OVVC7	----	OVVC7M	OVVC7L	----	----	----
P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVVC8	----	OVVC8M	OVVC8L	OVVC64_8	OVVC64_8D	OVVC64_8M

 
The Large-Vector Versions are optimized for single-processor systems for vectors and matrices larger than the size of the second-level cache of your mainboard. In these versions, the cache is bypassed during load and store operations on vector/matrix elements. A heavy penalty results from their mis-use for smaller vectors or matrices which would have fit into the cache.
The libraries for multi-processor systems run on workstations with discrete processors as well as on multi-core processors like AMD64x2, Intel Core2 Duo, i3, i5, and so on.
5. Additionally, you need to download and link either of the following base libraries:
    

   Visual C++ version	Configuration	OptiVec base library
   Visual C++ 5, 6, 2003	Win32 Single-Thread Debug	OVVCSD
   Visual C++ 5, 6, 2003	Win32 Single-Thread Release	OVVCSR
   Visual C++ 5, 6, 2003, 2005, 2008, 2010	Win32 Multi-Thread Debug	OVVCMTD
   Visual C++ 5, 6, 2003, 2005, 2008, 2010	Win32 Multi-Thread Release	OVVCMTR
   Visual C++ 5, 6, 2003, 2005, 2008, 2010	Win32 Multi-Thread, MFC as DLL, Debug	OVVCMDD
   Visual C++ 5, 6, 2003, 2005, 2008, 2010	Win32 Multi-Thread, MFC as DLL, Release	OVVCMDR
   Visual Studio 2005 only	Win32 Multi-Thread Debug	OVVC8MTD
   Visual Studio 2005 only	Win32 Multi-Thread Release	OVVC8MTR
   Visual Studio 2005 only	Win32 Multi-Thread, MFC as DLL, Debug	OVVC8MDD
   Visual Studio 2005 only	Win32 Multi-Thread, MFC as DLL, Release	OVVC8MDR
   Visual Studio 2008 or higher	Win32 Multi-Thread Debug	OVVC9MTD
   Visual Studio 2008 or higher	Win32 Multi-Thread Release	OVVC9MTR
   Visual Studio 2008 or higher	Win32 Multi-Thread, MFC as DLL, Debug	OVVC9MDD
   Visual Studio 2008 or higher	Win32 Multi-Thread, MFC as DLL, Release	OVVC9MDR
   Visual Studio 2005 or higher	x64 Multi-Thread Debug	OVVCx64MTD
   Visual Studio 2005 or higher	x64 Multi-Thread Release	OVVCx64MTR
   Visual Studio 2005 or higher	x64 Multi-Thread, MFC as DLL, Debug	OVVCx64MDD
   Visual Studio 2005 or higher	x64 Multi-Thread, MFC as DLL, Release	OVVCx64MDR

    
   
6. OptiVec for CUDA pack (size: 52 MB)
7. After uncompressing them, you can delete all .ZIP files you downloaded. 
8. In order to use the 64-bit version of OptiVec for Visual C++, you may also have to install an updated redistributable from Microsoft. Choose vcredist_x64.exe.
   

Update CMATH for Microsoft Visual C++

1. Please download and unzip the documentation, CMDOC.ZIP, or the German version, CMDOCD.ZIP, into the CMATH root directory on your computer.
2. Now please download and unzip CMINCL.ZIP, which goes into CMATH/INCLUDE.
3. Download all needed library ZIP files from the table below, store them in CMATH/LIB and unzip them.

Platform	P4: 486DX/Pentium/Athlon	P6: Pentium III+	P8: AMD64xxx, Core2xxx, Core i3, i5, i7
Windows 95/98/ME/NT/2000/XP/Vista/7 32-bit	CMVC4	CMVC6	(use P6 library)
Windows XP/Vista/7 64-bit	----	----	CMVC64_8

 

4. Additionally, you need to download and link either of the following base libraries:
    

   Visual C++ version	Configuration	CMATH base library
   Visual C++ 5, 6, 2003	Single-Thread Debug	CMVCSD
   Visual C++ 5, 6, 2003	Single-Thread Release	CMVCSR
   Visual C++ 5, 6, 2003, 2005, 2008	Multi-Thread Debug	CMVCMTD
   Visual C++ 5, 6, 2003, 2005, 2008	Multi-Thread Release	CMVCMTR
   Visual C++ 5, 6, 2003, 2005, 2008	Multi-Thread, MFC as DLL, Debug	CMVCMDD
   Visual C++ 5, 6, 2003, 2005, 2008	Multi-Thread, MFC as DLL, Release	CMVCMDR
   Visual Studio 2005 only	Multi-Thread Debug	CMVC8MTD
   Visual Studio 2005 only	Multi-Thread Release	CMVC8MTR
   Visual Studio 2005 only	Multi-Thread, MFC as DLL, Debug	CMVC8MDD
   Visual Studio 2005 only	Multi-Thread, MFC as DLL, Release	CMVC8MDR
   Visual Studio 2008 or higher	Multi-Thread Debug	CMVC9MTD
   Visual Studio 2008 or higher	Multi-Thread Release	CMVC9MTR
   Visual Studio 2008 or higher	Multi-Thread, MFC als DLL, Debug	CMVC9MDD
   Visual Studio 2008 or higher	Multi-Thread, MFC als DLL, Release	CMVC9MDR
   Visual Studio 2005 or higher	x64 Multi-Thread Debug	CMVCx64MTD
   Visual Studio 2005 or higher	x64 Multi-Thread Release	CMVCx64MTR
   Visual Studio 2005 or higher	x64 Multi-Thread, MFC as DLL, Debug	CMVCx64MDD
   Visual Studio 2005 or higher	x64 Multi-Thread, MFC as DLL, Release	CMVCx64MDR

    
   
5. After uncompressing them, you can delete all .ZIP files you downloaded. 

Update OptiVec for Delphi

1. Please download and unzip the documentation, OVDOC.ZIP, or the German version, OVDOCD.ZIP, into the OptiVec for Delphi root directory on your computer.
2. Optionally, you may also download the demo programs, DEMOSD.ZIP, again into the OptiVec root directory. 
3. Download and unzip the needed library ZIP files from the table below. If you previously used the Shareware version, be sure to overwrite the Shareware units with the registered ones downloaded here!
4. Installation note for Delphi 2009:
   Delphi 2009 does not offer the option to specify the unit search path in the IDE. Instead, you have to edit the .dproj file of your project manually. Open your .dproj file with a text editor, search for the entry
       <DCC_UnitSearchPath>
   and insert the correct unit path into that line.
   Luckily, this option "reappeared" from Delphi 2010 on.

Delphi version	Processor compatibility	General Purpose	Debug	Multi-Processor	Large-Vector
Delphi XE 2 (RAD Studio XE 2) Win64	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD16x64LIB8	OVD16x64LIB8D	OVD16x64LIB8M	----
Delphi XE 2 (RAD Studio XE 2) Win32	P4: 486DX / Pentium / Athlon	OVD16LB4	OVD16L4D	OVD16L4M	----
	P6: Pentium III+	OVD16LB6	----	OVD16L6M	OVD16L6L
	P7: Pentium 4+ / Athlon x64	OVD16LB7	----	OVD16L7M	OVD16L7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD16LB8	----	OVD16L8M	OVD16L8L
Delphi XE (RAD Studio XE)	P4: 486DX / Pentium / Athlon	OVD15LB4	OVD15L4D	OVD15L4M	----
	P6: Pentium III+	OVD15LB6	----	OVD15L6M	OVD15L6L
	P7: Pentium 4+ / Athlon x64	OVD15LB7	----	OVD15L7M	OVD15L7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD15LB8	----	OVD15L8M	OVD15L8L
Delphi 2010 (RAD Studio 2010)	P4: 486DX / Pentium / Athlon	OVD14LB4	OVD14L4D	OVD14L4M	----
	P6: Pentium III+	OVD14LB6	----	OVD14L6M	OVD14L6L
	P7: Pentium 4+ / Athlon x64	OVD14LB7	----	OVD14L7M	OVD14L7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD14LB8	----	OVD14L8M	OVD14L8L
Delphi 2009 (RAD Studio 2009)	P4: 486DX / Pentium / Athlon	OVD12LB4	OVD12L4D	OVD12L4M	----
	P6: Pentium III+	OVD12LB6	----	OVD12L6M	OVD12L6L
	P7: Pentium 4+ / Athlon x64	OVD12LB7	----	OVD12L7M	OVD12L7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD12LB8	----	OVD12L8M	OVD12L8L
Delphi 2006 (BDS2006 or Turbo Delphi 2006) and Delphi 2007 (RAD Studio 2007)	P4: 486DX / Pentium / Athlon	OVD10LB4	OVD10L4D	OVD10L4M	----
	P6: Pentium III+	OVD10LB6	----	OVD10L6M	OVD10L6L
	P7: Pentium 4+ / Athlon x64	OVD10LB7	----	OVD10L7M	OVD10L7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD10LB8	----	OVD10L8M	OVD10L8L
Delphi 2005	P4: 486DX / Pentium / Athlon	OVD9LIB4	OVD9LB4D	OVD9LB4M	----
	P6: Pentium III+	OVD9LIB6	----	OVD9LB6M	OVD9LB6L
	P7: Pentium 4+ / Athlon x64	OVD9LIB7	----	OVD9LB7M	OVD9LB7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD9LIB8	----	OVD9LB8M	OVD9LB8L
Delphi 7	P4: 486DX / Pentium / Athlon	OVD7LIB4	OVD7LB4D	OVD7LB4M	----
	P6: Pentium III+	OVD7LIB6	----	OVD7LB6M	OVD7LB6L
	P7: Pentium 4+ / Athlon x64	OVD7LIB7	----	OVD7LB7M	OVD7LB7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD7LIB8	----	OVD7LB8M	OVD7LB8L
Delphi 6	P4: 486DX / Pentium / Athlon	OVD6LIB4	OVD6LB4D	OVD6LB4M	----
	P6: Pentium III+	OVD6LIB6	----	OVD6LB6M	OVD6LB6L
	P7: Pentium 4+ / Athlon x64	OVD6LIB7	----	OVD6LB7M	OVD6LB7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD6LIB8	----	OVD6LB8M	OVD6LB8L
Delphi 5	P4: 486DX / Pentium / Athlon	OVD5LIB4	OVD5LB4D	OVD5LB4M	----
	P6: Pentium III+	OVD5LIB6	----	OVD5LB6M	OVD5LB6L
	P7: Pentium 4+ / Athlon x64	OVD5LIB7	----	OVD5LB7M	OVD5LB7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD5LIB8	----	OVD5LB8M	OVD5LB8L
Delphi 4	P4: 486DX / Pentium / Athlon	OVD4LIB4	OVD4LB4D	OVD4LB4M	----
	P6: Pentium III+	OVD4LIB6	----	OVD4LB6M	OVD4LB6L
	P7: Pentium 4+ / Athlon x64	OVD4LIB7	----	OVD4LB7M	OVD4LB7L
	P8: AMD64xxx, Core2xxx, Core i3, i5, i7	OVD4LIB8	----	OVD4LB8M	OVD4LB8L


The Large-Vector Versions are for vectors and matrices larger than the size of the second-level cache of your mainboard. In these versions, the cache is bypassed during load and store operations on vector/matrix elements. A heavy penalty results from their mis-use for smaller vectors or matrices which would have fit into the cache.
The units back-compatible to 386+387 are still available upon request: We'll send you by email what you need.
5. After uncompressing them, you can delete all .ZIP files you downloaded. 

Update CMATH for Delphi

1. Please download and unzip the documentation, CMDDOC.ZIP, or the German version, CMDOCD.ZIP, into the CMATH for Delphi root directory on your computer.
2. Download and unzip the needed library ZIP files from the table below. Be sure to overwrite the units in CMATH/LIB4 with the units contained in CMDxLIB4.ZIP, and the units in CMATH/LIB6 with the units in CMDxLIB6.ZIP.
3. Installation note for Delphi 2009:
   Delphi 2009 does not offer the option to specify the unit search path in the IDE. Instead, you have to edit the .dproj file of your project manually. Open your .dproj file with a text editor, search for the entry
       <DCC_UnitSearchPath>
   and insert the correct unit path into that line.
   Luckily, this option "reappeared" from Delphi 2010 on.

Delphi version	P4: 486DX / Pentium	P6: Pentium III+	P8: AMD64xxx, Core2xxx, Core i3, i5, i7
Delphi XE 2 (RAD Studio XE 2) Win64	----	----	CMD16x64LIB8
Delphi XE 2 (RAD Studio XE 2)	CMD16LB4	CMD16LB6	use P6 library
Delphi XE (RAD Studio XE)	CMD15LB4	CMD15LB6	use P6 library
Delphi 2010 (RAD Studio 2010)	CMD14LB4	CMD14LB6	use P6 library
Delphi 2009 (RAD Studio 2009)	CMD12LB4	CMD12LB6	use P6 library
Delphi 2006 (BDS2006 or Turbo Delphi 2006) and Delphi 2007 (BDS2007	CMD10LB4	CMD10LB6	use P6 library
Delphi 2005	CMD9LIB4	CMD9LIB6	use P6 library
Delphi 7	CMD7LIB4	CMD7LIB6	use P6 library
Delphi 6	CMD6LIB4	CMD6LIB6	use P6 library
Delphi 5	CMD5LIB4	CMD5LIB6	use P6 library
Delphi 4	CMD4LIB4	CMD4LIB6	use P6 library

4. After uncompressing them, you can delete all .ZIP files you downloaded.