Microsoft Device Emulator 2.0 is the second publicly released version of the Device Emulator for ARM-based Devices. This emulator is also being released with the Windows Mobile 6 SDK and the Adaptation Kit (AK) releases of Windows Mobile 6 and Windows Embedded CE 6.0.

Device Emulator 2.0 release contains the same executables and DLLs as the 1.0 release that came with Visual Studio 2005. This version of the Emulator has upgraded performance and some new features. This install will replace the emulator installed with Visual Studio 2005.

Whats new in this release:

· Greatly improved performance at executing ARM instruction - reduces cold-boot time and improves application execution speed
· High-resolution input:
· On TabletPC machines - Tablet Ink is passed into the guest OS at high resolution (1024x1024)
· When Zoom 2x is enabled, the input resolution is doubled
· Ability to change more emulator options on-the-fly:
· The NE2000 emulators binding to a host network adapter
· The /funckey value
· Open and close the serial port 0 console window
· Additional peripheral device and driver support in Windows Embedded CE 6.0
· Battery Emulation
· Headset and Speakerphone Emulation
· Carkit

Requirements:

· Windows Server 2003 Service Pack 1; Windows XP Service Pack 2
· Windows XP (with SP2)
· Windows Server 2003 (with SP1)

IBM MIDP 2.0 Java Micro Environment is a Java emulator for Pocket PC. It allows you to run programs written in Java for mobile phones on your Pocket PC. Some examples of applications you could run include Opera Mini, Google Maps, Mobile GMaps, and the list doesnt stop here.

vPCB Arcade Emulator for PalmOS allows you to play Ataris Centipede on your handheld.

A variety of Atari Vector games and a vastly improved Millipede were added.

Currently supports:

- Centipede
- Millipede
- Asteroids
- Asteroids Deluxe
- Lunar Lander
- BattleZone
- Red Baron (has a few glitches, like you cant fire your guns and the controls are wacky)
- Space Duel
- Gravitar (playable, but has scaling issues)

Requirements:

· Palm OS v5.0
· ARM-equipped PalmOS handheld
· 320x320 Color Screen
· 4 hardware buttons (datebook, contacts, todo, memopad, up/down)
· VFS-compatible memory such as SD/MMC card, MemorySt!ck, etc

Palm Keyboard Emulator is a simple program for a Windows PC to interface with the Palm via the cradle.

While the program has focus, all keystrokes are sent to the Palm as if the Palm Keyboard was connected.

Steps to use the program:
1. You must download and install the Palm Keyboard Driver on your Palm.
2. Make sure your Hot Sync software is not running.
3. Launch the App, select Com port, and press the Connect button.
4. Press Hot Sync button on the cradle.

Requirements:

· Palm III

* Works in Terminal Services session * You can scan barcode by pressing button on Scanner or any application button on your PDA * Napless or damaged barcodes may be entered manually with large digital screen keypad * You may add specific prefixes and suffixes to escaping barcodes. * Two different modes (Prefix, Barcode, Suffix OR Prefix, Barcode, Suffix, Amount, Enter) * No additional windows or scanner module loss after device was turned off. Utility detects hardware each time PDA turned on

Requirements:

· CF or SD/IO slot, Pretec Barcode Scanner

Device Abstraction Layer is a C framework for development on the Palm OS, PocketPC and Win32 platforms - one single codebase for three operating systems!

Today Radio Device Toggler is a plugin which provides single-click interface to toggle your Bluetooth/WiFi/phone on and off directly from the Today screen.

Snake3D is a remake of classic snake game

Here are some key features of "Snake 3D for UIQ Device":

· original 3D snake game
· real, fast and full 3D graphics with detailed textures
· free rotating changeable view
· fast action depending on difficulty settings
· wide screen playing support (free display rotation)
· 4 really original and different missions, divided to levels with increasing difficulty
· random maps

Requirements:

· UIQ Device

Gain absolute control over your phone using Unreal Device Manager. View and manage running tasks and processes as well as kernel objects (servers, libraries, chunks, semaphores and mutexes). Start and close any app at selected time. CPU usage Graph as well and global CPU usage indicator. Change priorities to tasks and processes reducing any unnecessary lag. Deal with memory hungry apps and games by periodically compressing your phones memory. Keep your phone clean by deleting files that do not correspond to any app. Backlight on control. Restart device at selected time. Check your phones drives and MMC for error and fix damaged disks. Detailed info about tasks (full name and UID, memory used, all attributes, open doc, heap and stack size, path, CPU usage, more...), processes, info about currently loaded kernel objects , device info and many more... Basic views include: Tasks list, Processes list, Chunks list, Mutexes list, Semaphores list, Servers list and Libraries list. You can easily switch between views using the phones joystick and navigate thought list pages faster using 3 and 9 keys. Kill a task or process faster using the c key.

Limitations:

· Trial limits usage to 30 days and most timers to 5 minutes.

Requirements:

· Symbian OS7
· 128kb RAM

P41CX is a complete emulation of Hewlett Packards venerable HP-41CX RPN calculator and it runs on your Palm OS device.

With P41CX you get the full power of the HP-41CX scientific calculator used by professionals for many, many years.

P41CX benchmarks as fast as or faster (depending on the Palm device) than the original calculator. It also comes with persistent memory - no "MEMORY LOST" each time you run it.

Also with P41CX you get support for the Advantage module which gives you binary math abilities and more.

For some retro fun, P41CX also comes with the Games Module.

It supports grayscale and color Palm devices.

In a nutshell, the HP-41CX had 319 memory registers, which provided space for up to 2000 programming lines, hundreds of built-in functions for math, statistics, programming, and data manipulation. It came with a fully configurable keypad for assignment of built-in functions and user programs. The HP-41CX supported alphanumeric entry and display for user interactivity and had very powerful efficient and easy to use programming language.

P41CX gives you all of that on your Palm device. It gives you this in an executable that is only 50k in size.

Registered users will get the ability to use Graffiti for data entry and manipulation. Also registered users will be able to cut and paste data to and from other Palm applications.

Electronic Devices Reference V2.0 is the combination of:
Electronic Devices Reference
Linear Integrated Circuits

Electronic Devices Reference is an invaluable reference covering a wide range of topics relating to Electronic Devices.

The formulae, circuits, descriptions, applications, characteristic curves (wherever applicable) are included for the devices such as:
Diodes
Transistors
Amplifiers
Regulators
Thyristors
Oscillators

Diodes - This topic includes PN Diode, Zener Diode, Tunnel Diode, PIN Diode, Variable Voltage Capacitor Diode (Varactor Diode and Varicap Diode), LED/LCD, Photo Diode, Schottky Barrier Diode (Passivated Diode, Hybrid Diode and Mesh Diode).

Transistors - This includes BJT, FET (JFET, MOSFET) and UJT

Amplifiers - CB Amplifier, CC Amplifier, CE Amplifier, Differential amplifier, RC Coupled Amplifier, Darlington Amplifer, Transformer Coupled Amplifier along with introduction part are covered in this chapter of Amplifiers.

Regulators - Introduction about Regulators along with detailed explanation about Switching Regulator, Series Voltage Regulator, Shunt Voltage Regulator, IC Voltage Regulator are included in this topic.

Thyristors - Various types of Thyristors viz., SCR, TRIAC, DIAC are explained in a easy manner.

Oscillators - Various types of Oscillators including Hartley Oscillator, Colpitts Oscillator, Clapp Oscillator, LC Oscillators, RC Oscillators are covered in this Chapter.

The different types of LC Oscillators such as Tuned Collector, Tuned Base and the types of RC Oscillators such as Phase shift, Wein Bridge are included under the relevant topics.

Linear Integrated Circuits covers the following topics related to Linear Integrated Circuits apart from Introduction to ICs part.

Take a quick look at the following :
Basics of Operational Amplifiers
Characteristics of Operational Amplifiers
Application of Operational Amplifiers
Comparators and Waveform Generators
Digital to Analog Converters
Analog to Digital Converters

Introduction - This part covers the definition, advantages of IC and Classifications of ICs.

Basics of Operational Amplifiers - This topic includes definition, Circuit symbol, packages (metal can, dual in line, flat package), Ideal Operational Amplifiers, Open Loop Operation of Operational Amplifier, Feed back of in Ideal operational Amplifier and Operational Amplifier block diagram.

Characteristics of Operational Amplifiers - This topic consist of DC charateristics (Input Bias current, Input Offset current, Input Offset Voltage and Thermal Drift) and AC Characteristics (Frequency Response and Slew rate).

Application of Operational Amplifiers - Scale Change Inverter, Inverting and Non inverting summing Amplifier, Subtractor, Adder-Subtractor, AC amplifier (Inverting and Non Inverting). Voltage to Current Converter, Current to Voltage Converter, Operational Amplifier circuits using diodes (Half wave rectifier, Full wave Rectifier, Peak value detector, clipper, clamper), Sample and Hold circuits, Log and Anti log Amplifier, Multiplier and Divider, Differentiator and Integrator are included in this topic.

Comparators and Waveform Generators - This includes basic definition, Applications of Comparator (Zero crossing detector, Window detector, Time Marker Generator, Phase meter), Regenerative Comparator (Schmitt trigger), Square wave generator (astable multivibrator), Monostable multivibrator, Triangular Wave Generator and Sine Wave Generator.

Digital to Analog Converter - Take a quick glance at basic DAC techniques, Weighted resistor DAC, R-2R Ladder and Inverted R-2R Ladder in this topic.

Analog to Digital Converter - Functional Diagram of ADC, Flash Type Converter, Counter type Converter, Tracking or Servo Converter and Successive approximation type Converter.

We are sure that you would find Electronic Devices Reference V2.0 to be an extremely useful ready reference without having to carry books around.

Electronic Devices Reference V2.0 is the combination of:
Electronic Devices Reference
Linear Integrated Circuits

Electronic Devices Reference is an invaluable reference covering a wide range of topics relating to Electronic Devices.

The formulae, circuits, descriptions, applications, characteristic curves (wherever applicable) are included for the devices such as:
Diodes
Transistors
Amplifiers
Regulators
Thyristors
Oscillators

Diodes - This topic includes PN Diode, Zener Diode, Tunnel Diode, PIN Diode, Variable Voltage Capacitor Diode (Varactor Diode and Varicap Diode), LED/LCD, Photo Diode, Schottky Barrier Diode (Passivated Diode, Hybrid Diode and Mesh Diode).

Transistors - This includes BJT, FET (JFET, MOSFET) and UJT

Amplifiers - CB Amplifier, CC Amplifier, CE Amplifier, Differential amplifier, RC Coupled Amplifier, Darlington Amplifer, Transformer Coupled Amplifier along with introduction part are covered in this chapter of Amplifiers.

Regulators - Introduction about Regulators along with detailed explanation about Switching Regulator, Series Voltage Regulator, Shunt Voltage Regulator, IC Voltage Regulator are included in this topic.

Thyristors - Various types of Thyristors viz., SCR, TRIAC, DIAC are explained in a easy manner.

Oscillators - Various types of Oscillators including Hartley Oscillator, Colpitts Oscillator, Clapp Oscillator, LC Oscillators, RC Oscillators are covered in this Chapter.

The different types of LC Oscillators such as Tuned Collector, Tuned Base and the types of RC Oscillators such as Phase shift, Wein Bridge are included under the relevant topics.

Linear Integrated Circuits covers the following topics related to Linear Integrated Circuits apart from Introduction to ICs part.

Take a quick look at the following :
Basics of Operational Amplifiers
Characteristics of Operational Amplifiers
Application of Operational Amplifiers
Comparators and Waveform Generators
Digital to Analog Converters
Analog to Digital Converters

Introduction - This part covers the definition, advantages of IC and Classifications of ICs.

Basics of Operational Amplifiers - This topic includes definition, Circuit symbol, packages (metal can, dual in line, flat package), Ideal Operational Amplifiers, Open Loop Operation of Operational Amplifier, Feed back of in Ideal operational Amplifier and Operational Amplifier block diagram.

Characteristics of Operational Amplifiers - This topic consist of DC charateristics (Input Bias current, Input Offset current, Input Offset Voltage and Thermal Drift) and AC Characteristics (Frequency Response and Slew rate).

Application of Operational Amplifiers - Scale Change Inverter, Inverting and Non inverting summing Amplifier, Subtractor, Adder-Subtractor, AC amplifier (Inverting and Non Inverting). Voltage to Current Converter, Current to Voltage Converter, Operational Amplifier circuits using diodes (Half wave rectifier, Full wave Rectifier, Peak value detector, clipper, clamper), Sample and Hold circuits, Log and Anti log Amplifier, Multiplier and Divider, Differentiator and Integrator are included in this topic.

Comparators and Waveform Generators - This includes basic definition, Applications of Comparator (Zero crossing detector, Window detector, Time Marker Generator, Phase meter), Regenerative Comparator (Schmitt trigger), Square wave generator (astable multivibrator), Monostable multivibrator, Triangular Wave Generator and Sine Wave Generator.

Digital to Analog Converter - Take a quick glance at basic DAC techniques, Weighted resistor DAC, R-2R Ladder and Inverted R-2R Ladder in this topic.

Analog to Digital Converter - Functional Diagram of ADC, Flash Type Converter, Counter type Converter, Tracking or Servo Converter and Successive approximation type Converter.

We are sure that you would find Electronic Devices Reference V2.0 to be an extremely useful ready reference without having to carry books around.

Resco FieldForms is an advanced solution for building of mobile forms that can be viewed or filled in on the run, on a wide range of mobile devices.

This solution supports Microsoft Access databases, so the FieldForms gives you an easy access to your important business or personal data whenever and wherever you are.

Moreover, the FieldForms ActiveSync provider provides for standard synchronization of your data, the same as in other common applications as the Calendar, or the Contacts.

FieldForms Manager:

The main part of the solution is the Resco FieldForms Manager. It allows you to create and maintain your projects containing various mobile forms connected to an MS Access dat abase. Its easy to use user interface gives you an ability to manage Access tables as well as forms intended for use on the run.

FieldForms Designer:

Your mobile forms can be easily designed using the powerful FieldForms Designer. The designer has an intuitive environment, which allows you to drag and drop various item types, map them to the data fields and adjust their appearance and behavior.

FieldForms Client:

The forms you have created, along with the Access data, can be executed on your mobile device as a standalone application even if your device is currently disconnected. This is possible thanks to the FieldForms Client application which allows you to display your forms for viewing or modifying the existing data, or collecting new ones.

FieldForms ActiveSync provider:

The forms you create are automatically synchronized with your Windows Mobile Pocket PC device through the FieldForms ActiveSync provider, whenever you connect it to your desktop. Moreover, the ActiveSync provider also takes care that the new data you enter in the field are always back-synchronized with the MS Access database.

Installation Notes
Before the installation insert your mobile device into a cradle and connect it to your desktop to allow the installation of the FieldForms Client to your device.

Requirements:

· Microsoft Windows 2000/XP/2003 or higher.
· Microsoft Access 2000/XP/2003 or higher.
· Microsoft ActiveSync 3.7 or higher.
· Microsoft .NET Framework 1.1 or higher.

Plural is a desktop IDE written in Java for the Palm Plua language.

It is feature rich and includes syntax coloring and completion, compilation to Plua and Doc formats and code testing on a Palm Emulator/Simulator.

See www.sophonix.com/downloads/plural.asp for more details.

Features:

User defined Syntax Colouring for system keywords, Plua and Lua keywords, strings and comments.
Code Completion with Syntax Popup List.
Plua and Lua Syntax Explorer for quick reference.
User Defined Function Explorer.
Bracket Matching.
Automatic tab indentation on newlines.
Comment out / Uncomment out selected lines of code.
Find/Replace.
Multiple Undo/Redo.
Compile and run on Palm Emulator or Device Simulator with one click (if installed on desktop computer).
Compile to a Plua prc file using the Plua desktop compiler (Pluac).
Get compilation error messages from Pluac.
Export code to Palm Doc format.

pDOSBox is a PocketPC port of the infamous DOSBox DOS-emulator. pDOSBox 0.63-p1 is based on the latest DOSBox 0.63 (as of April 2005).
pDOSBox has been developed on a PocketPC 2003 SE, and it should also run just as well on PocketPC 2002.

Like DOSBox, pDOSBox emulates CPU:286/386 realmode/protected mode, DOS-like directory filesystem/XMS/EMS, mouse/joystick and EGA/VGA/VESA graphics system. The DOS o/s being emulated is rather rudimentary, but good enough to launch your favorite DOS applications, and even batch-file-driven DOS applications. You may choose to install other o/s like MSDOS, FreeBSD, Linux, etc on top of the CPU emulator.

Unlike DOSBox, sound system emulation (SoundBlaster/Gravis Ultra Sound card) is not available in pDOSBox. This may change in future ports depending on popular demand.

pDOSBox is statically linked to SDL library. And pDOSBox can be run off your Storage Card. This means you need not install some user dll or executable into the precious storage memory of your device.

Stylus (mouse) alignment
For games that use mouse interrupt, the cursor will appear to be constantly (rather than linearly) offset against the tap position of your stylus. With such a game, you will need to do a simple alignment task in order to get an "accurate" stylus/cursor corelation.

If the cursor always appears on the top-left area of the stylus tap, simply tap on the top-left corner of the screen. Likewise, if the cursor always appear on the top-right area of the stylus tap, simply tap on the top-right corner of the screen. Easy.

Reminder
- Delete all Beta 1.0 files before installing Beta 2.0.
- Please read the text documentation in the config file.
- Please install pDOSBox manually via "Start Menu" (see readme.txt in the zip file)
- Do not install pocket console.
- Do not run pDOSBox with a virtual display driver or SE_VGA activated.
- Do not rename the install files.
- Do not delete the files in the "data" directory

Whats new in this release:

· GUS sound card working properly.
· Sound stuttering reduced.
· Support for newer games that use mouse interrupt (instead of mouse polling). However, need to do mouse alignment (see below).
· Graceful exit on errors, with a popup window to display error message instead of just crash silently. Dont need pocket console to catch error message.
· Soft Keypad button-blink lockups eliminated.
· PPC navigation buttons can be used to display different toolbars (left/righ buttons), and to popup/popdown the scrolling keypad (up/down buttons). Dont need to scroll when popped up.
· A simple frontend to detect screen size, CPU type and clock speed, and screen orientation.
· DOS memory allocation (memsize) can be set to auto which will attempt to allocation as much as possible (up to 8MB) without crashing.
· Simplified config file now truly works out-of-the-box with the auto-detection done by the frontend.
· Emulated CPU cycles automatically increased accordingly when sound is disable. (only when cycles = auto)
· Sound is automatically disabled if a low end PPC (ARM