Electronic & Electrical Design

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Explore our Electronic & Electrical Design Services

We define how power and signals are distributed throughout your system, ensuring robust, safe, and efficient operation.

Power distribution and load planning for single- and multi-board systems
Harness and cabling architecture (flexible across robots, vehicles, or IoT devices)
Protection circuits, grounding strategies, and safety considerations
Support for both low-voltage and high-voltage applications
Scalable architectures suited for modular designs or multi-zone setups

We define how power and signals are distributed throughout your system, ensuring robust, safe, and efficient operation.

Power distribution and load planning for single- and multi-board systems
Harness and cabling architecture (flexible across robots, vehicles, or IoT devices)
Protection circuits, grounding strategies, and safety considerations
Support for both low-voltage and high-voltage applications
Scalable architectures suited for modular designs or multi-zone setups

Electrical Architecture

We define how power and signals are distributed throughout your system, ensuring robust, safe, and efficient operation.

Power distribution and load planning for single- and multi-board systems
Harness and cabling architecture (flexible across robots, vehicles, or IoT devices)
Protection circuits, grounding strategies, and safety considerations
Support for both low-voltage and high-voltage applications
Scalable architectures suited for modular designs or multi-zone setups

Electrical Architecture

We define how power and signals are distributed throughout your system, ensuring robust, safe, and efficient operation.

Power distribution and load planning for single- and multi-board systems
Harness and cabling architecture (flexible across robots, vehicles, or IoT devices)
Protection circuits, grounding strategies, and safety considerations
Support for both low-voltage and high-voltage applications
Scalable architectures suited for modular designs or multi-zone setups

Electronic Architecture

We map the system’s intelligence - how sensors, processors, actuators, and communication modules work together.

Definition of system functions and logical partitioning across hardware
Design of communication topology using protocols like CAN, I2C, SPI, Ethernet, BLE, etc.
Architecture definition for real-time control, edge computing, or distributed logic
Integration of third-party modules or COTS components with custom subsystems
Flexibility to support both service-oriented (SOA) and signal-based architectures

Electronic Architecture

We map the system’s intelligence - how sensors, processors, actuators, and communication modules work together.

Definition of system functions and logical partitioning across hardware
Design of communication topology using protocols like CAN, I2C, SPI, Ethernet, BLE, etc.
Architecture definition for real-time control, edge computing, or distributed logic
Integration of third-party modules or COTS components with custom subsystems
Flexibility to support both service-oriented (SOA) and signal-based architectures

PCB Design

We design bespoke and production-ready PCBs optimised for performance, reliability, and manufacturability in real-world conditions.

Schematic capture, component selection, and BOM optimisation
High-speed and mixed-signal layout, multi-layer board designs
Design considerations for thermal management, EMI/EMC compliance, and reliability
Design for manufacturability (DFM) and regulatory readiness (CE, FCC, etc.)
Rapid prototyping and ongoing design iteration support

PCB Design

We design bespoke and production-ready PCBs optimised for performance, reliability, and manufacturability in real-world conditions.

Schematic capture, component selection, and BOM optimisation
High-speed and mixed-signal layout, multi-layer board designs
Design considerations for thermal management, EMI/EMC compliance, and reliability
Design for manufacturability (DFM) and regulatory readiness (CE, FCC, etc.)
Rapid prototyping and ongoing design iteration support