Edward Vance
Love that it runs in the browser and exports to KiCad. The free tier with no account needed is perfect for quick prototyping.
What reviewers say about Electrace
Customers generally praise its browser-based operation, free access without an account, KiCad export, and transparent findings that identify the affected part and show the underlying arithmetic. Some also appreciate the fast checks and ability to inspect real schematics, while a few note that more detailed algorithm documentation and clarity about KiCad metadata would be useful.
What does Electrace do?
Electrace is a browser-based hardware-design linter that performs deterministic electrical checks on schematic edits, identifying issues such as over-voltage, thermal problems, power-budget overruns, signal-integrity concerns, and incorrect component polarity. It shows the calculations behind each finding, requires no account or payment card, and supports export to KiCad.
What are the most common complaints about Electrace?
The most common complaints are limited documentation of the signal-integrity algorithms and concern that declared block values may miss subtle parasitic effects. One reviewer also said it is unclear whether exported KiCad files retain all component metadata or only schematic connections.
AI-generated from reviews on this page. Verify anything important with the company directly.
Diana Rossini
Compared to traditional SPICE simulators, Electrace feels different because it focuses on linting rather than complex simulation setups. The fact that it runs checks in milliseconds and highlights issues like over-voltage or thermal limits immediately is quite useful. However, I would prefer to see more detailed documentation on the specific algorithms used for the signal integrity checks. Currently, the tool seems to rely heavily on the declared values in the blocks, which is transparent but might miss subtle parasitic effects that a full simulator would catch. It is a solid middle ground between quick validation and deep analysis.
Carl Jenson
The deterministic nature of the checks is refreshing. Since every finding names the exact part and shows the arithmetic, there is no ambiguity about why a design failed validation. It is much better than tools that just guess.
Beatrice Holloway
What stands out most is how Electrace completely removes the guesswork from schematic validation. Unlike standard simulators that operate as black boxes, Electrace runs deterministic checks on every edit and explicitly names the exact part responsible for an issue. I was particularly impressed by Sparky, the AI assistant, which does not invent plausible figures but rather relies on real, spec'd blocks with a genuine BOM. The ability to double-click into any block to see the real schematic, including discrete components or ICs with labeled parts, is fantastic. Seeing the arithmetic behind every finding, such as thermal dissipation calculations or signal integrity rise times, provides a level of confidence that is hard to find elsewhere. It feels like having a knowledgeable tutor rather than an oracle, ensuring that every claim is checkable and every wire is resolved. This transparency makes understanding complex circuits significantly easier and less error-prone.
Arthur Pendelton
The free tier sounds great, but the information available does not clearly specify if exported KiCad files retain all component metadata or just schematic connections.
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Electrace is a web-based linter for hardware design that performs deterministic electrical checks on schematics. It identifies issues such as over-voltage conditions, thermal problems, power budget overruns, signal integrity concerns, and incorrect component polarity, with each finding naming the specific part and showing the underlying calculations. The tool is offered free of charge, requires no account or payment card, and allows designs to be exported to KiCad. It is designed to run in the browser and performs checks on every edit rather than relying on simulation or SPICE.
- Website
- electrace.net