Hardware with purpose.
Schematics, component selection and PCB layout, considered together with power, interfaces, mechanical fit and the practical details of assembly.
INDEPENDENT THINKING. CANADIAN ELECTRONICS.
Electronics.
Thoughtfully
engineered.
From the first circuit to the final assembly.
Good ideas deserve exceptional hardware.
ELECTRONICS DESIGN+FPGA & EMBEDDED SYSTEMS+ASSEMBLY & TESTBASED IN CANADA
01 / THE WAY WE THINK
Every detail.
Working together.
Precision Arrays is a Canadian corporation creating electronics with a close connection between design and production. The circuit, the firmware and the way a board is built all belong in the same conversation.
Intelligence on board.
FPGA systems and microcontroller firmware that connect the hardware to its purpose. Experience spanning programmable logic, memory, storage and real-world I/O.
Designed to be built.
Manufacturing considerations from the start: accessible test points, clear assembly information, sensible component choices and a repeatable path through inspection and test.
02 / SELECTED ENGINEERING WORK
Built on hands-on
experience.
FPGA systems, embedded control and complete board designs. Explore the hardware, architecture and assembly details behind our work.
AmiCube
FPGA / EMBEDDEDSpartan-7 logic, Cortex-M7 control and a physical 68000 interface on an eight-layer motherboard.
SiDi128
SYSTEM DESIGNA Cyclone 10 FPGA system bringing memory, embedded control and a broad set of interfaces together.
Minimig ITX
HARDWARE / INTEGRATIONA physical MC68000 and programmable logic, brought together in a complete Mini-ITX board.
Board designs and implementations by Ranko Rodic. Explore the complete presentations, native 3D models and assembly guides here on Precision Arrays. Shared open-source foundations and contributor credits remain part of each project’s story.
03 / THE ASSEMBLY MINDSET
Precision is a process.
A good assembly starts long before the first component is placed. Our approach connects a considered design with a clear build sequence and meaningful verification.
FOLLOW THE BOARD
From a reviewed design
to a verified assembly.
Select a stage to explore the workflow.
01 Review & prepare +
Check the bill of materials, board revision, component orientation, footprints and assembly data. Plan panelisation, fiducials and access for test before committing to a build.
FOCUS / A CLEAR, BUILDABLE RELEASE02 Print & place +
Control solder-paste application and component setup. Match feeders, part identity and placement information to the released assembly package.
FOCUS / MATERIALS AND PLACEMENT03 Reflow & inspect +
Establish an appropriate thermal process, then inspect solder joints, polarity and component placement. Feed observations back into both process setup and board design.
FOCUS / THE QUALITY OF EACH CONNECTION04 Program & verify +
Bring up the power rails, load the correct firmware and exercise the product’s functions. Define what passes, record the result and keep revisions identifiable.
FOCUS / FUNCTION, REVISION AND REPEATABILITYGOOD PRACTICE,
BY DESIGN.
04 / PRECISION ARRAYS
Engineering and making.
Closer together.
We are a Canadian electronics corporation with a practical belief: understanding how a product is made makes its design better.
Our work connects PCB design, programmable logic and embedded software. Our direction is a closely integrated environment for development, assembly, inspection and test.
Independent thinking. Careful execution.
Attention to the details that make hardware work.
Architectural vision · AI-generated facility concept
LET’S MAKE SOMETHING WORK.
Good hardware starts
with a conversation.
Have a product idea, a board to develop or a technical challenge to explore? Start with the purpose, the constraints and what success looks like.
Contact RankoEmail Ranko directly: office@minimig.ca