Have you started using RAD Studio's FireMonkey library yet? It has tremendous advantages as you can build one app that runs on all your devices: your iPhones and iPads, your Android phones and tablets, and your MacBooks and Windows computers. But will you be as productive with FireMonkey as you have been with the VCL? Will the performance of your applications measure up to the VCL when moving to FireMonkey? Can you develop without having to compromise on the look and feel of your application? You may have thought the answer was a resounding "No". But with FirePower and RAD Studio, the complexity of having one app is greatly simplified. You'll be amazed how quickly you can develop without compromising on performance and capabilities. Not only will your user interface be intuitive and fast for each platform, it will be so much more effortless and enjoyable to develop. Here's what some of our customers are saying.

Total Conversion is a main feature of Mida Studio, allows you to convert single or groups of components. With the prior versions was possible to use Mida to convert projects from VCL to FireMonkey adding exceptions (custom conversion) but the structure VCL to FMX was an obligation.

Delphi and C++ Builder barcode component for FireMonkey.

Features

Uses Zint Barcode Generator
Supports over 50 symbologies including Code 128, Data Matrix,
USPS OneCode, EAN-128, UPC/EAN, ITF, QR Code, Code 16k,
PDF417, MicroPDF417, LOGMARS, Maxicode, GS1 DataBar, Aztec,
Composite Symbols and more
Supports Windows 32, Windows 64, macOS, iOS and Android
Available for Delphi/C++ Builder XE2 - 10.3
Source code included in registered version
Royalty free distribution in applications

Delphi and C++ Builder components for playing and recording waveform audio.
uses standard Windows Waveform Audio API
supports raw PCM audio data and PCM wav files
supports Delphi/C++ Builder XE7 - 10.3 FireMonkey applications
supports Windows 32/64-bits
source code included in registered version
royalty free distribution in applications

Have you started using RAD Studio's FireMonkey library yet? It has tremendous advantages as you can build one app that runs on all your devices: your iPhones and iPads, your Android phones and tablets, and your MacBooks and Windows computers. But will you be as productive with FireMonkey as you have been with the VCL? Will the performance of your applications measure up to the VCL when moving to FireMonkey? Can you develop without having to compromise on the look and feel of your application? You may have thought the answer was a resounding "No". But with FirePower and RAD Studio, the complexity of having one app is greatly simplified. You'll be amazed how quickly you can develop without compromising on performance and capabilities. Not only will your user interface be intuitive and fast for each platform, it will be so much more effortless and enjoyable to develop. Here's what some of our customers are saying.

Powerful, extensive & flexible component suite for native Excel report & file generation & manipulation for VCL & FireMonkey.

Components for preparing and burning images to CD, DVD, and Blu-ray optical storage media.

uses standard Windows Image Mastering API 2
supports Delphi/C++ Builder XE7 - 10.3 FireMonkey applications
supports Windows 32/64-bits
source code included in registered version
royalty free distribution

Delphi and C++ Builder FireMonkey serial communication component for Windows.

Features:

communication with devices connected to serial port
easy of use and very powerful
uses multithreading and overlapping for maximum performance
supports Delphi/C++ Builder XE2 - 10.2 FireMonkey applications
supports Windows 32/64bit
source code included in registered version
royalty free distribution in applications

Delphi 10.3 Rio FireMonkey apps are cross platform with a single codebase and single UI that target the Android, IOS, Macos, Windows, and Linux platforms (FMXLinux was recently added to Delphi 10.3 Rio Enterprise and Architect). You can also deploy Delphi FireMonkey apps to the web using websockets and HTML5. The method for doing this is basically the FireMonkey app runs on a Windows or Linux server and it’s canvas draws are sent to the web browser via a websocket. Each user connection runs one copy of the app on the server (so one user one app). The server is running the app so it needs enough hardware for however many concurrent apps you want to run.