Free quake software for pda

Find key cards and switches. Navigate through a 3D, first-person, real-time gaming environment. Dont forget about the enemies that you have to destroy along the way!
You can choose from a variety of weapons including:
Shotgun
Nail gun
Rocket launcher
Grenade launcher
Axes
Note: This game contains graphic violence and blood. It is not recommended for players under 18 years of age
System requirements:
- MIPS processor

Free Quake 4 theme for Pocket PC. The SMC logo plastered on a door - what more can you ask for?
System requirements:
- Pocket PC

Quake I port for Nokia N90 High Quality Renderer beta version. Need Nokia N90 and 8.5 Mb of free memory.
Version restrictions:
- none
Enhancements:
- Second version of Quake I port for Nokia N90
System requirements:
- Nokia N90 with 8.5 Mb of free RAM

Quake I port for Nokia Series 60 devices is based on ID Sofrware open source code of Quake I.
Quake I port for Nokia S60 devices is Open Source GPL project.
Enhancements:
- Speed up game
System requirements:
- 16 Mb RAM, 64K Colors Display

This is Dan Easts port of Wolfenstein 3D to the Pocket PC. Wolf3D was one of the first-person-shooters, and is the predecessor to Doom and Quake. Sorry! SH3 devices not supported at this time.
System requirements:
- StrongARM or MIPS Pocket PC / Pocket PC 2002

JBenchmark 1.0 is a graphical performance measuring tool for the ever spreading Java enabled, color-screen mobile phones and pdas. JBenchmark helps performance hungry customers choosing the right mobile device. (The Java programming language was developed by Sun Microsystems to be portable, which means users can run the same program on different hardware platforms. In recent years a new standard, "Java 2 Platform, Micro Edition (J2ME)" was developed for mobile devices, which in most cases have quite limited hardware capabilities.)
JBenchmark is a small (28 KByte) Java program (midlet) which can be downloaded freely from the webpage. It contains 5 short (10 seconds each) graphical tests, each trying different aspects of the underlying graphical hardware. During the benchmarking phase the software counts how many frames were drawn on the screen - the final JBenchmark score simply the sum to these.
The first test measures the devices text drawing speed (using random colors). Of course text drawing is not very exciting, but surely the business and networking applications (mail, chat, browsing) use this feature the most.
The second test draws random 2 dimensional shapes on the screen. The J2ME version (MIDP 1.0) recently used in mobile phones is very limited, it is even not able to draw triangles. JBenchmark has its own functions to draw triangles and arbitrary quads (not just rectangles), which is almost essential in any graphical application.
Although small JAVA devices doesnt have the processing power to run Quake 3 in its true 3 dimensional form (and unfortunatelly MIDP 1.0 doesnt know floating point numbers and trigonometrical functions which are essential to do 3D transformations) the third test tries the impossible by drawing a dancing 3D cube in realtime.
The fourth test is rather boring one: without direct framebuffer drawing, the software tries to fill the screen with small random colored squares. Usually this is the slowest part of the test, which shows the lack of direct pixel addressing in the current standard (if it used single pixels and not squares, most of the devices werent able to draw 2 frames per 10 seconds).
The last test runs well on most of the machines: shows a simple animated Globe. The frames are cut from a PNG image, so the pixel size of the Globe is the same on every device.
After all the 5 test was accomplished JBenchmark shows the Score and also the details of each test-run (higher number means more drawn frames). The software shows other interesting properties too, like Java version, hardware platform, number of colors, memory, etc.
After the successful run JBenchmark users can also upload their results to www.jbenchmark.com. The uploaded results will be analysed by JBenchmark developers and put into the official, public result database (which already has a couple of interesting numbers).
System requirements:
- Java (J2ME) MIDP 1.0 enabled phone