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1.1 System Requirements
The IDV should run on any platform that fully supports Java 2 and Java 3D and has been tested on Windows, Linux, Solaris/SPARC, Mac OS-X. AIX and IRIX support the requirements in certain configurations.

For reasonable performance, it is recommended that an Intel system running IDV have at least a 1.2 GHz processor and 1 GB memory (RAM). Performance will be even better with faster processors and more memory. Detailed requirements are listed below.

1.1.0  Operating Systems and Java Versions
1.1.1  Disk Space
1.1.2  System Memory and Processor Speed
1.1.3  Graphics Cards
1.1.4  Internet Connection for Downloading the IDV, and for Data Sources
1.1.0 Operating Systems and Java Versions
The IDV runs on any platform that supports:

The IDV is known to run on the following operating systems:

OSVersion
Windows2000, XP, Vista(1)
Linux Fedora Core 4, 5, 6 (2)
Mac OS-X 10.3.1 or later(3)
Solaris/SPARCSolaris 9+(4)
Solaris/x86Solaris 10 (Intel)(5)

If other platforms fully support Java 2 (version 1.5+) and Java 3D (version 1.3.1 or higher) (e.g. AIX, IRIX) , they should also work.

Your graphics system must support 3D; make sure you have the latest video driver for your graphics card. This is included in the Windows operating system. On Linux the driver must support GLX, an X windows system extension to OpenGL programs.

NOTES:

(1)You must have Direct-X version 8.0 or higher installed on your Windows system if you use the Direct-X version of Java 3D.
(2)The version of the Mesa library that comes with RedHat Linux may be incompatible with Java 3D packaged with the IDV. If you experience X server crashes when exiting the IDV, you will need to build and install Mesa from source available at http://www.mesa3d.org.
(3)Java 3D must be installed for Mac OS-X. For version 10.4 and higher, it comes with the system. For previous versions, you can download it here.
(4)OpenGL must be installed for Java 3D to run on Solaris/SPARC.
(5)For Solaris/x86 you must have Java 1.5 and Java 3D 1.4.0 (or later) installed (comes with the IDV installer, or you can install yourself) and a compatible video card. For more information, see:

https://java3d.dev.java.net/binary-builds.html

1.1.1 Disk Space
Using Web Start, you will need about 35 megabytes of disk space for the IDV-related JAR files downloaded. Additional space will be needed for the installation of Java, Java 3D, and Web Start, which must be installed on your system to run the IDV with Web Start.

Using installer files, you will need about 50 MB disk space for the installer file, which will uncompress into about twice that size. These include Java and Java3D.

1.1.2 System Memory and Processor Speed
The IDV can be demanding of hardware speed and memory depending on the size of the datasets you wish to work with. It is recommended that the system have a minimum of 512 MB of RAM free for IDV use. Performance is significantly better with 1 GB RAM or more.

Recommended processor speed will vary by platform, but an Intel Pentium CPU with 1.2 GHz is about the minimum you would need for reasonable performance. You can run on a system as slow as 500 MHZ or even less, but response will be correspondingly reduced. In general, the faster the processor, and the more memory your system has, the better IDV performance will be.

1.1.3 Graphics Cards
The IDV works on systems with graphics cards that support OpenGL (all systems) and Direct-X (version 8.0+, Windows only). In most cases, you should make sure you have the latest video driver for your system. Even if the system is brand new, the video driver may be old.

The IDV also works on systems with stereo video cards. See the FAQ on video card for more information.

1.1.4 Internet Connection for Downloading the IDV, and for Data Sources
You will have to download some 35 MB of IDV software initially if you use the Web Start installation, or some 55 MB if you use installer files which provide Java and Java3D.

The IDV is designed to access data on remote servers on the Internet, as well as from local files. Downloading data from remote servers benefits from a fast connection to the Internet, since many data fields are large.

 


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