NTL Benchmark - NTL benchmark allows you to measure the performance and capabilities of your mobile phone for running games and Java applications. See how your phone looks in comparison to other devices. The program performs more than 100 different types of tests, reflecting the behavior of real applications. Test your mobile now!
Like it? Share with your friends!
Supported operating systems:
Java ME, Java Nokia 240x320, Java SE 240x320
Similar Software:
JMUnit JMUnit is a unit test framework for Java ME (J2ME) based on JUnit.
· Works in both the Sun emulator and on actual devices.
· Is small (tests can be run even on old MIDP 1.0 devices).
· Has a comprehensive collection of Assert methods for checking test failures.
· Both TestCases and TestSuites are supported
Hammock Hammock is a J2ME test double framework; in particular it supports mock object test doubles.
· Can be used with any Java ME Unit Test framework like JMUnit, J2MEUnit and MoMEUnit. JMUnit is recommended though because both JMUnit and Hammock can be integrated into an Ant build.
· Has mock objects for many of the MIDP and CLDC classes and interfaces
W3D2008 W3D2008 is the JAVA2 Micro Edition version of the 3Dlib2008 library. It is smaller and faster than the version of 2004. The example file TestObjects.java tests the main data structures and functionalities. You need a phone with 600MHZ CPU for displaying detailed graphics with this simple library
FPC Bench 3Dimension FPC Bench is a great java benchmark to test and compare the performance of your phones with others. You'll find a lot of 3D tests, CPU tests
JBenchmark ACE (ARM CPU Estimator) JBenchmark ACE (ARM CPU Estimator) - 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
TaylorBench TaylorBench - A very simple benchmark, that, that tests the low-level performance of a MIDP-compliant device.
The source is open, without any copyright, so you're free to do what you like with it, as long as you acknowledge me in the 'About' Alert
