Free cpu cooler software for pda

Its an MP3/Ogg player which is optimized for the needs on a Pocket PC.
Thats (among others) big screen buttons, simple playlist update from the contents of certain directories, and support of hardware buttons.
MortPlayer is freeware, i.e., you can use it without paying. The source code is available under the conditions of the GPL. Id be grateful for a small (or big ;)) donation as "thank you" and/or "steepening incentive", though. Some other players cost up to $20 - so why not pay $3-???
The target was originally to create a simple player, which "simply plays the music" and doesnt nag me every time I add or remove some songs (playlist management).
But since back then, the player growed a lot, and by now does almost everything youd wish from an music player...
Included features:
All basic functions (Play, pause, skip track, spooling, ...)
Supports:
-MP2, MP3, Ogg Vorbis, and WAV (thanks to MAD, libovd, and Green Software...)
-GSPlayer plug-ins (e.g. for MIDI files)
-Playback of files on the net, e.g. http://foo.bar/mytrack.mp3 or serversharepath rack.mp3
-Shoutcast and IceCast streams
-PodCasts and online playlists, e.g. http://foo.bar/playlist.m3u
-WinAmp and MediaPlayer playlists (M3U, PLS, ASX, WMP, read only)
-Native playlists (MPL, read and write)
Equalizer (only MP3), sound effects
Bookmarks (memorize positions in songs or audio books)
Auto continue from position and/or start playback after restart
Big screen buttons, easy to tap with your finger (at least in most Skins)
Assignable hardware buttons (all buttons, almost every function)
Screen saver (switch off display after some time or on button press) with optional button lock
Fall asleep timer
Alarm clock
-different wake times for each day of the week and a one time alert
-the player doesnt need to be running
-play a special file and/or continue current playlist
Optional volume change on start, exit, and alarm clock
Automatically pauses when doing a call (Phone Edition)
Display of ID3 (V1.0-V2.3) and Ogg tag informations (track name, artist, album, year, track no., cover), as well as external cover images per track or path
Add your favorite folders and playlist to Favorites. This enables you to choose them easily from a list in Open dialog or skip between them with the press of a button. You can even automatically include all subfolders. I.e., skip easily between all folders of StorageMy music or wherever you put your audio files.
Changer Mode: Automatically skip to the the next path or directory of your favorites when one is finished. Or shuffle between all directories.
Simple file selection when adding new files
Skins and Screens
-Full Skin support, you can decide for all elements if, where and how you want to show them! (sorry, own format only...)
-Multiple Screens (Easily switchable displays contained in one Skin)
-Extended screen switching support: Switch easily between a selection of Screens from multiple Skins
-Fullscreen support for Skins (no title and/or menu bar, e.g. for a car screen)
-"Always on top" option for small windows, thus allowing a small track display or similar on top of your navigation program
-You can turn off images to save memory and CPU
-User defined Playlist Font (or Skin default)
File associations (start with double click on e.g. an MP3 file)
User defined startup action (Changer Mode, recent playlist, update playlist, continue last track, ...), repeat and shuffle mode
Write informations about the currently played track in a file or append it to a logfile
And many more settings
System requirements:
- Pocket PC 2002

Rocket Golf Lite 1.0 is an attractive game which gives golfing a new twist with its 2D game play and clean 3D graphics. Challenge yourself to 36 unique holes over two courses. Rocket Golf provides accurate game physics while maintaining an arcade feel. Up to four players can enjoy all of Rocket Golf's features for countless hours, including online and local best rounds, water hazards, sand traps, variable wind.

Requirements:

• Mac OS 10.5 or greater
• 32MB of VRAM
• And recommends a 1GHZ or greater CPU
  

JBenchmark ARM CPU Estimator gauges the generation of processor and clock frequency of mobile phones with unique Java-based software.
JBenchmark ACE software is free to download and once started, reveals the type of processor, clock speed and profiles the Java Virtual Machine (VM) used in that mobile device. Besides supporting Mobile Information Device Profile (MIDP) Java environments, the JBenchmark ACE also supports the DoJa platform developed by DoCoMo and used by millions of phones in Asia and Europe.
Estimation Methodology
The JBenchmark ACE can identify all major ARM processor generations, including the ARM7, ARM9 and latest ARM11 processor families. Each ARM processor class has different performance profiles and differing range of clock rates which are all reported back by the JBenchmark ACE. Using the JBenchmark ACE, it is possible to see that the ARM11 processor family is being used in the newest most powerful mobile devices, including the Nokia N93, which was voted the European Media Phone of the Year 2006-2007 by the European Imaging and Sound Association (EISA), Europes largest multimedia press organization. Similarly, it is evident that the ARM7 processor family is still favored for voice-centric phones.
As there are no native Java methods to obtain information regarding an embedded processor, the JBenchmark ACE uses innovative measurements, statistical methods and a database of benchmarked devices to get a precise estimation of the underlying processor class and clock frequency. Each result is classified and compared to all results held in the database to make sure the estimation is realistic. In addition, the ACE adaptive estimator engine improves automatically upon conducting each measurement, which increases the precision of the future results.
Accuracy and Transparency
The JBenchmark ACE also creates a very detailed profile on the Java VM, based on distinct groups of Java acceleration strategies such as: just in time compilers (JIT), ahead of time compilers (AOT), interpreted VMs and hardware accelerated VMs such as ARM Jazelle technology. Knowing the Java VM used by the mobile device greatly enhances the estimation precision and also provides users with the context for the performance results.
The JBenchmark ACE targets 90 percent accuracy, meaning that more than 90 percent of the processor clock frequencies are estimated correctly to within 10 percent margin of error.
JBenchmark ACE estimations are based on two components:
- The JBenchmark ACE client application runs on the mobile device, collects raw measurement data and sends it back to the server for calculating the final results, which are reported back to the user.
- The JBenchmark ACE server-side engine estimates the final results based on the raw data received from clients. The engine updates itself automatically with every new result received to increase precision.
The JBenchmark ACE database already contains more than 250 tested devices and new results are automatically added into the database. Virtually any Java-enabled mobile device can be tested and added to the database through the freely available JBenchmark ACE client application from: www.jbenchmark.com/ace.
Usage
After successful installation, you can start doing measurements by opening "JBenchmark ACE" application and pushing the "Start" menu button.
After that JBenchmark ACE will start collecting raw data about your CPU and VM. This will take usually 1 to 5 minutes, while you have to wait patiently. (Pushing the buttons during this stage will distort final results.)
To get the CPU and VM estimations, JBenchmark ACE needs to send the raw data it has collected to JBenchmark.com servers which will calculate the final results using sophisticated statistical methods.
Warning: To be able to send (and receive) data from our servers youll need to have an active network connection on your device as well as your login and password of your JBenchmark Community Membership account.
Brief explanations of the estimated properties
CPU class and clock rate
Most mobile devices use derivatives of ARM CPUs, which can be grouped in three main classes: ARM7, ARM9 and ARM11.
As the class names indicate, ARM11s (250 MHz+) are usually faster than ARM9s (100 MHz+) and ARM7s (40-80 MHz). The big exceptions are XScale CPUs from Intel, which are relatives of ARM9 running at high (200-600 MHz) clock rates.
JBenchmark ACE has been successfully tested with 40 to 400 MHz CPUs.
Compiler VMs
Java Virtual Machines (VM) are used to run Java programs in mobile phones.
Some VMs compile big chunks of Java bytecodes into native CPU instructions before running them. These are the so-called compiler VMs.
These VMs use more memory and usually reach higher peek performance compared to non-compiler VMs.
(Non compiling VMs interpret Java bytecodes sequentially as they are running the applications. These interpreter VMs need very small memory footprint and are typically used in older and/or more limited devices.)
Jazelle acceleration
Jazelle is a hardware acceleration technology for Java execution on select ARM CPUs. These microprocessors run most of the Java bytecodes natively, ie. without the need to compile/interpret the Java bytecodes into ARM specific intstructions.
Jazelle enabled VMs can achieve similar performance to compiler VMs using small memory footprint.
About ARM
According to the latest figures, virtually all mobile phones use at least one ARM-designed processor. JBenchmark ACE targets and identifies all major ARM core families: ARM7, ARM9 and the latest ARM11 line of CPUs.
Each ARM processor class has different performance profile and differing range of clock rates which are reported back by JBenchmark ACE.
Main features:
- Estimates CPU clock speed in MHz
- Classifies CPU core generations (ARM7, ARM9, ARM11)
- Groups Java Virtual Machines (VM) by acceleration technology (AOT, Jazelle, JIT)
- Based on statistic analysis of thousands of peformance results
- Supports MIDP and DoJa (Japan) phones
System requirements:
- Java enabled phone

Portable PC Wizard 2008 1.871 brings a program for analyzing hardware components and system benchmarking. It is built for for the detection of hardware and displaying the information to the user. It can also be used for analyzing the performance of CPU, Cache, hard disk, RAM, CD/DVD-ROM, Removable/FLASH Media, MP3 compression and Video card as well as for benchmarking the system.