Linux Microcontroller for Embedded Development
Budget: ₹12,500 – ₹37,500 INR
We are currently looking for a production-ready Linux-based Industrial Controller Board that can be customized according to our requirements.
We are not looking for a new hardware design from scratch.
Our preference is to acquire an existing, proven, and production-tested design along with complete design files and source code. This approach will significantly reduce the development timeline, minimize technical risks, and accelerate product commercialization.
Our Requirement
If you already have a Linux-based Industrial Controller Board, we would like to evaluate it for our application.
The existing design should be customizable to meet our functional and hardware requirements while allowing us to retain complete ownership of the final customized design.
Preferred Processor Platforms
The controller may be based on any industrial Linux-capable processor, including but not limited to:
Raspberry Pi Compute Module 5 (CM5)
NXP i.MX Series
TI Sitara Series
STM32MP1 Series
Rockchip RK3568 / RK3588
Any other industrial ARM-based Linux processor
Minimum Hardware Requirements
The controller should preferably support the following interfaces:
Processing
Industrial ARM Processor
Quad-Core CPU or higher
Minimum 2 GB RAM
eMMC Storage
Micro SD Card Support
Communication
Dual Gigabit Ethernet
LTE/4G Module Interface
USB 2.0 / USB 3.0
RS232
RS485
CAN Bus
Multimedia
HDMI Output (Preferred)
Audio Input
Audio Output
I/O
GPIO
Digital Inputs
Digital Outputs
Relay Outputs
Expansion
M.2 or Mini PCIe Slot
RTC
Hardware Watchdog
Secure Boot (Preferred)
Required Software Deliverables
The complete software package should include:
Linux BSP (Board Support Package)
Bootloader Source Code
Linux Kernel Source Code
Device Tree Source (DTS)
Driver Source Code
Firmware Source Code
Build Environment
Compilation Instructions
Technical Documentation
Required Hardware Deliverables
The complete hardware package should include:
Circuit Schematics
PCB Layout Files
Gerber Files
Bill of Materials (BOM)
Pick & Place Files
Assembly Drawings
PCB 3D Files (STEP)
Manufacturing Files
We are not looking for a new hardware design from scratch.
Our preference is to acquire an existing, proven, and production-tested design along with complete design files and source code. This approach will significantly reduce the development timeline, minimize technical risks, and accelerate product commercialization.
Our Requirement
If you already have a Linux-based Industrial Controller Board, we would like to evaluate it for our application.
The existing design should be customizable to meet our functional and hardware requirements while allowing us to retain complete ownership of the final customized design.
Preferred Processor Platforms
The controller may be based on any industrial Linux-capable processor, including but not limited to:
Raspberry Pi Compute Module 5 (CM5)
NXP i.MX Series
TI Sitara Series
STM32MP1 Series
Rockchip RK3568 / RK3588
Any other industrial ARM-based Linux processor
Minimum Hardware Requirements
The controller should preferably support the following interfaces:
Processing
Industrial ARM Processor
Quad-Core CPU or higher
Minimum 2 GB RAM
eMMC Storage
Micro SD Card Support
Communication
Dual Gigabit Ethernet
LTE/4G Module Interface
USB 2.0 / USB 3.0
RS232
RS485
CAN Bus
Multimedia
HDMI Output (Preferred)
Audio Input
Audio Output
I/O
GPIO
Digital Inputs
Digital Outputs
Relay Outputs
Expansion
M.2 or Mini PCIe Slot
RTC
Hardware Watchdog
Secure Boot (Preferred)
Required Software Deliverables
The complete software package should include:
Linux BSP (Board Support Package)
Bootloader Source Code
Linux Kernel Source Code
Device Tree Source (DTS)
Driver Source Code
Firmware Source Code
Build Environment
Compilation Instructions
Technical Documentation
Required Hardware Deliverables
The complete hardware package should include:
Circuit Schematics
PCB Layout Files
Gerber Files
Bill of Materials (BOM)
Pick & Place Files
Assembly Drawings
PCB 3D Files (STEP)
Manufacturing Files