Barrow Mods
Barrow Mods Endpoint Domino 2 in 1 accessory 32Bit ARM 650Mhz 512MB DDR3
A single-board computer running full .NET 8 C# on a 32-bit ARM core at 650 MHz with 512 MB DDR3, featuring a solderless FPC display connector, two mikroBUS click headers.
- Full .NET 8 C# development on a single board
- 32-bit ARM processor at 650 MHz with 512 MB DDR3 memory
- Solderless FPC display connector simplifies screen attachment
- Dual mikroBUS Click headers expand sensor and I/O options
- 40-pin expansion header plus USB host for peripherals
ARM SBC for .NET 8 development
The Barrow Mods Endpoint Domino is a single-board computer that runs full .NET 8 C# applications. A 32-bit ARM processor clocked at 650 MHz and 512 MB of DDR3 memory provide the compute base. Code is written and deployed using VS Code or Visual Studio. The board boots from a required 4 GB microSD card that is not included.
Makers using mikroBUS clicks or FPC displays
Developers who want a solderless FPC display connector and two mikroBUS click headers will find the expansion options convenient. The 40-pin header and USB host port add further I/O flexibility. Builders who need wireless connectivity, higher clock speeds or more RAM should consider other platforms.
512 MB DDR3 memory capacity
The fixed 512 MB of DDR3 memory determines the scale of .NET 8 workloads the board can handle. Larger applications or heavier multitasking will exceed this limit. Verify that your project fits within this constraint before purchasing.
Highlights
- Full .NET 8 C# development on a single board
- 32-bit ARM processor at 650 MHz with 512 MB DDR3 memory
- Solderless FPC display connector simplifies screen attachment
- Dual mikroBUS Click headers expand sensor and I/O options
- 40-pin expansion header plus USB host for peripherals
Specifications
No published specifications for this item yet.
Questions about this item
What does the 650 MHz ARM processor mean for running .NET 8 applications?
The 32-bit ARM core at 650 MHz executes compiled .NET 8 C# code directly on the board, so programs written in VS Code or Visual Studio deploy and run without an intermediate translation layer.
How does the mikroBUS interface limit the click boards I can attach?
Two mikroBUS headers expose the standard pin-out for SPI, I2C, UART, PWM and power, so any click board that follows that specification will connect and be addressable from the .NET runtime.
What physical space and connectors are needed to mount the board and add a display?
The solderless FPC connector accepts a compatible flat-flex display cable, the 40-pin expansion header breaks out additional I/O, and a 4 GB microSD card slot provides the required boot media.
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