Services

Serix Solution specialize in low-level electronic design, from hardware schematics and PCB layout to HDL development and FPGA debugging. Whether you're prototyping, scaling up, or solving critical design issues, we bring the experience and tools to move your project forward with precision and confidence.

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Electronic Hardware Design

We offer complete hardware design services, tailored specifically for FPGA-based systems — from concept to fully-routed PCB.
We work with Altium Designer, OrCAD, and KiCad, so you can stay in your existing design suite and avoid the risks of format conversion errors, broken netlists, or awkward ECAD transitions.

Schematic

Clean, clear schematics with sensible net names, voltage domains, decoupling, and all critical annotations — no spaghetti diagrams.

FPGA-specific considerations like I/O bank planning, power-up sequencing, proper clock sourcing, and constraint-aware design.

BOM

Component selection from trusted vendors like AMD/Xilinx, Intel, and Lattice, based on your project’s priorities: cost, performance, availability, or platform compatibility.
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BOM generation optimized for sourcing, production, and design constraints.

Layout

PCB layout optimized for signal integrity, EMI/EMC control, and cross-talk mitigation using the best layout techniques.

We have worked with stack-ups ranging from 2 to 16 layers, allowing us to optimize for signal integrity, power distribution, controlled impedance, , and high-speed interfaces and routing density.

HDL Development

We develop high-quality, synthesis-ready HDL in both VHDL and Verilog, ensuring seamless integration with your existing IP.

Our focus is not just getting the logic working — it's on performance, clarity, and robustness. Whether it’s a simple state machine or a pipelined high-throughput datapath, we apply the same engineering discipline to every block.

Proper timing closure, both post-synthesis and post-place-and-route

Minimal and predictable latency

Clear, modular, and well-documented HDL for long-term maintainability

Integration-ready output with testbenches, constraints, and interface specs

Familiarity with AXI4, SPI, I2C, RMII, UART, custom buses, and more

Seamless integration of custom logic with existing vendor IP and SoC platforms

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Troubleshooting & Debugging

We specialize in systematic troubleshooting, targeting the kinds of issues that slow down hardware development and burn engineering time. Whether it’s a logic-level fault, misconfigured constraint, or a subtle layout problem, we work methodically to isolate and resolve the root cause.

FPGA & HDL debugging

Constraint issues, timing violations, unclean resets, metastability, or unreliable behavior post-synthesis.

Signal-level problems

Clock jitter, crosstalk, power noise, stack-up or EMI-related bugs.

Functional bugs

Unexpected state machine transitions, bus conflicts, or misaligned logic during integration.

Simulation mismatches

Discrepancies between simulation and on-silicon behavior.

Clock domain crossing

Clock domain crossing issues that can cause metastability and unreliable signal behavior.

Constraint Misconfigurations

Incorrect timing, voltage, or I/O constraints causing violations, unstable behavior, or failed synthesis/place & route.