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| ====== CPi-J070WR - Industrial ARM Embedded Linux Panel PC ====== | ====== jPC - Industrial ARM Embedded Linux Panel PC ====== |
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| {{ :jpc:jpc-home-screen.png?680 }} | {{ :jpc:eng1_cpi-j070wr.png?nolink |}} |
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| | {{ :jpc:jpc-left.png?170 }} | {{ :jpc:jpc-back.png?600 }} | {{ :jpc:jpc-right.png?170 }} | | The CPi-J070WR (jPC) is an ARM industrial panel PC designed to be a practical successor and generational upgrade to the [[:cuwin:index|Windows CE–based CUWIN]], while preserving what made it great: an excellent platform for developing industrial HMI solutions in .NET. |
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| The CPi-J070WR is an ARM industrial panel PC designed to be a practical successor and generational upgrade to the [[:cuwin:index|Windows CE–based CUWIN]], while preserving what made it great: an excellent platform for developing industrial HMI solutions in .NET. | Although the panel PC runs embedded Linux, the panel PC can be programmed using the latest versions of Windows' software development tools, including Visual Studio 2026, C# (v14), .NET (v10), [[winforms:index|WinForms]], and even supports [[comfilepi:dotnet_core_development:remote_debugger:index|remote deployment and debugging from within the IDE]]. |
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| Although the panel PC runs embedded Linux, the panel PC can be programmed using the latest versions of Windows' software development tools, including Visual Studio 2026, C# (v14), .NET (v10), WinForms, and even remote deployment and debugging from within the IDE. | |
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| But it gets even better! Because ARM Linux is an officially supported .NET target platform, developers are no longer limited to a crippled "Compact" framework. Windows development PCs and the panel PC share the same modern .NET SDK, runtime, and libraries, so most applications can be developed and debugged (hot reload too!) on a Windows PC and then deployed to the panel PC with minimal or no code changes. | But it gets even better! Because ARM Linux is an officially supported .NET target platform, developers are no longer limited to a crippled "Compact" framework. Windows development PCs and the panel PC share the same modern .NET SDK, runtime, and libraries, so most applications can be developed and debugged (hot reload too!) on a Windows PC and then deployed to the panel PC with minimal or no code changes. |
| <ul style="list-style: none; padding: 0; margin: 0;"> | <ul style="list-style: none; padding: 0; margin: 0;"> |
| <li style="padding:5px 0px; border-bottom: 1px solid #e5e7eb; background-color: white; font-size: 0.875rem; color: #374151;"> | <li style="padding:5px 0px; border-bottom: 1px solid #e5e7eb; background-color: white; font-size: 0.875rem; color: #374151;"> |
| Embedded Linux v6.12+ (Realtime) | Embedded Linux v6.18+ (Realtime) |
| </li> | </li> |
| <li style="padding:5px 0px; border-bottom: 1px solid #e5e7eb; background-color: #f9fafb; font-size: 0.875rem; color: #374151;"> | <li style="padding:5px 0px; border-bottom: 1px solid #e5e7eb; background-color: #f9fafb; font-size: 0.875rem; color: #374151;"> |
| </html> | </html> |
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| The panel PC's operating system is very efficient, consuming only about 250MB, leaving approximately 90% of the device's memory available for resource-demanding solutions. | The panel PC's operating system is very efficient, consuming only about 250MB, leaving almost 90% of the device's memory available for resource-demanding solutions. |
| ===== Getting Started ===== | ===== Getting Started ===== |
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| * [[cfnet:cfheader:index|CFHEADER - .NET USB Interface to CFNET IO Modules]] | * [[cfnet:cfheader:index|CFHEADER - .NET USB Interface to CFNET IO Modules]] |
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| | [[:index|COMFILE Technology's Documentation Library]] |
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