Expertise
System architecture for complex electronics products
Architecture and technical risk come first. Hardware, FPGA, layout and manufacturing are planned around an agreed system definition.
Problems we address
- Interfaces, bandwidth and power are not closed before schematic or FPGA work starts.
- Device choices are driven by habit rather than availability, lifecycle and electrical fit.
- Display, video and power domains are specified separately and collide at bring-up.
Inputs required
- Application, performance targets and schedule
- Known interfaces, mechanics and thermal limits
- AVL preferences and forbidden vendors if any
- NDA needs and source-code / IP expectations
Technical scope
- Requirement capture and interface definition
- Bandwidth, clocking and memory budget
- Power-tree direction and rail count
- Device shortlist with availability and lifecycle notes
- Technical risk register and development plan
Engineering deliverables
- Architecture pack and block diagrams
- Interface and power-tree notes
- Risk list and recommended first development step
- Budget and schedule framing for the agreed scope
Development process
- 01 Requirement workshop and written summary
- 02 Block diagram and bandwidth / power sketch
- 03 Device direction review
- 04 Architecture sign-off before schematic or RTL expands
Related solutions
Bring Us Your Engineering Challenge
Share your application, key interfaces, performance targets and development schedule. We will review the technical scope and propose a practical starting point.