- Rank 5 based on 367+ users
- Requirements: Windows 7/8/8.1/10/11 (32/64-bit), Windows Server 2012/2016/2019/2022, Windows on ARM . 6.55MB free space.
- Version 11.0.1068. (14 Nov, 2024). Release notes
The Proteus program is a top-rated simulation application that specializes in simulating electrical circuits, computer-aided design, and modeling of microprocessors, microcontrollers, and other programmable devices.
However, the Proteus simulator requires the assistance of additional software to create the virtual port. This is where Compim in Proteus and VSPD come into play, serving as a critical solution to this limitation.
In this short tutorial, we will illustrate how to use Virtual Serial Port Driver to create Proteus virtual serial ports.
All-in-One Runtimes v246 Repack — Complete Guide & Changelog Note: This post explains a consolidated runtime bundle named “All-in-One Runtimes v246 Repack” — what it includes, why you might use it, installation and troubleshooting steps, security and maintenance notes, and a detailed changelog for v246. What is “All-in-One Runtimes v246 Repack”? “All-in-One Runtimes” is a single-package installer that bundles common runtime libraries and frameworks Windows applications often require (VC++ redistributables, .NET targeting packs, DirectX, Visual C++ runtimes, common frameworks, and optional extras). The “v246 Repack” refers to version 246 of that consolidated repack — a curated update that packages the latest stable runtimes, fixes, and installer improvements in one portable installer for convenient deployment on fresh systems or virtual machines. Who should use it
Users setting up fresh Windows installs who want to quickly install common dependencies. System builders and IT technicians prepping images or virtual machines. Gamers or power users who frequently reinstall Windows and need DirectX, VC++ redistributables, and ancillary runtimes. Developers testing apps on clean environments without individually installing many runtimes.
What’s included (typical contents) (Note: actual included components may vary by repack build; this list reflects common inclusions in modern All-in-One runtime packs.)
Microsoft Visual C++ Redistributables (multiple years and architectures: x86/x64, e.g., 2005–2022) .NET runtime/runtime targeting packs (if included: .NET Framework components or .NET Desktop Runtime depending on repack policy — v246 typically focuses on redistributables rather than full .NET installs) DirectX End-User Runtimes (legacy components) Microsoft Visual J# Redistributable (if still present) Microsoft XML (MSXML) components Windows Imaging Component (WIC) Windows Media Player runtime components / Media Feature Pack pieces (when applicable) Runtime libraries for legacy VB (Visual Basic 6 runtime) OpenAL or other audio libraries (optional) Side-by-side manifests and common C runtime fixes Installer GUI/CLI with options to select which runtimes to install, silent mode, and logging
Why use a repack vs. installing components individually
Convenience: Single installer saves time vs. manually downloading and installing many packages. Consistency: Ensures the same versions of multiple runtimes across machines. Offline installation: Useful when deploys occur without reliable internet access. Automated setups: Integrates into image-building or provisioning scripts.
Risks and considerations
Source trust: Ensure you obtain the repack from a trusted, verified source. Third-party repacks can bundle unwanted software or altered binaries — verify signatures or checksums when provided. Licensing: Some redistributables are subject to Microsoft licensing and redistribution policies — ensure compliance with licensing terms for any deployment. Windows components vs. repack: Some components (notably full .NET Framework versions or Windows Media features) are built into Windows or available from Microsoft — installing alternate versions could create conflicts. Prefer the official vendor installers for contentious components when in doubt. Security: Use antivirus/antimalware scanning on the installer if sourced outside official vendor repositories.
Installation — recommended steps (GUI and silent)
Prepare:
Close unneeded apps. Create a system restore point (Windows) or snapshot if using a VM.
Verify:
There are two methods that can be used to check the functionality of the “host program” <-> “COM port” <-> “device model in the Proteus system”.
Proteus has advantages over other tools like VMLAb and Atmel Studio because it provides faster simulation of external serial ports. You can also work with commercial drivers using Proteus.
There is, however, an issue when we are using a modern laptop or another computer that does not contain a serial port.
Utilizing virtual serial ports in Proteus is essential for effective simulation and testing of serial communication protocols, especially in environments lacking physical COM ports. By leveraging tools like COMPIM and the Virtual Serial Port Driver, you can create a seamless connection between your microcontroller simulations and host applications. This tutorial has outlined the necessary steps to set up virtual serial ports, enabling you to efficiently test and validate your designs in a virtual environment. With these techniques, you can enhance your projects and streamline the development process, making Proteus a powerful ally in your engineering toolkit.
The resolution of this issue involves taking advantage of the power of Virtual Serial Port Driver. This professional-grade software from Electronic Team enables you to easily create connected pairs of virtual serial ports.
Just follow these simple steps:
Using these steps, virtual serial ports can be used with the Proteus simulator even on computers that are not equipped with physical COM ports.
Virtual Serial Port Driver
All-in-One Runtimes v246 Repack — Complete Guide & Changelog Note: This post explains a consolidated runtime bundle named “All-in-One Runtimes v246 Repack” — what it includes, why you might use it, installation and troubleshooting steps, security and maintenance notes, and a detailed changelog for v246. What is “All-in-One Runtimes v246 Repack”? “All-in-One Runtimes” is a single-package installer that bundles common runtime libraries and frameworks Windows applications often require (VC++ redistributables, .NET targeting packs, DirectX, Visual C++ runtimes, common frameworks, and optional extras). The “v246 Repack” refers to version 246 of that consolidated repack — a curated update that packages the latest stable runtimes, fixes, and installer improvements in one portable installer for convenient deployment on fresh systems or virtual machines. Who should use it
Users setting up fresh Windows installs who want to quickly install common dependencies. System builders and IT technicians prepping images or virtual machines. Gamers or power users who frequently reinstall Windows and need DirectX, VC++ redistributables, and ancillary runtimes. Developers testing apps on clean environments without individually installing many runtimes.
What’s included (typical contents) (Note: actual included components may vary by repack build; this list reflects common inclusions in modern All-in-One runtime packs.)
Microsoft Visual C++ Redistributables (multiple years and architectures: x86/x64, e.g., 2005–2022) .NET runtime/runtime targeting packs (if included: .NET Framework components or .NET Desktop Runtime depending on repack policy — v246 typically focuses on redistributables rather than full .NET installs) DirectX End-User Runtimes (legacy components) Microsoft Visual J# Redistributable (if still present) Microsoft XML (MSXML) components Windows Imaging Component (WIC) Windows Media Player runtime components / Media Feature Pack pieces (when applicable) Runtime libraries for legacy VB (Visual Basic 6 runtime) OpenAL or other audio libraries (optional) Side-by-side manifests and common C runtime fixes Installer GUI/CLI with options to select which runtimes to install, silent mode, and logging all+in+one+runtimes+v246+repack
Why use a repack vs. installing components individually
Convenience: Single installer saves time vs. manually downloading and installing many packages. Consistency: Ensures the same versions of multiple runtimes across machines. Offline installation: Useful when deploys occur without reliable internet access. Automated setups: Integrates into image-building or provisioning scripts.
Risks and considerations
Source trust: Ensure you obtain the repack from a trusted, verified source. Third-party repacks can bundle unwanted software or altered binaries — verify signatures or checksums when provided. Licensing: Some redistributables are subject to Microsoft licensing and redistribution policies — ensure compliance with licensing terms for any deployment. Windows components vs. repack: Some components (notably full .NET Framework versions or Windows Media features) are built into Windows or available from Microsoft — installing alternate versions could create conflicts. Prefer the official vendor installers for contentious components when in doubt. Security: Use antivirus/antimalware scanning on the installer if sourced outside official vendor repositories.
Installation — recommended steps (GUI and silent)
Prepare:
Close unneeded apps. Create a system restore point (Windows) or snapshot if using a VM.
Verify: