Describe the product. Board Architect composes it from verified modules, checks it as you draw, and prices every part against real stock — in the browser. What is left after that is the factory's lead time.
No installs, no licence server, no file passed around by e-mail. Schematic, layout, 3D and bill of materials are four views of one live project — and everyone on the team is in it at the same time.
Controllers, radios, power stages and sensing arrive as verified blocks. Drop them in, wire the interfaces, keep your own custom circuitry alongside.
Connectivity, clearance and footprint rules run continuously against the live design. Problems surface where you are working, not in a report at the end.
Every part carries real stock, price ladders and minimum order quantities, scored against the volume you are actually building.
When the design is agreed, it goes to a manufacturing partner with the BOM, the pick-and-place and the CAD files already reconciled.
Schematic, layout, 3D and bill of materials are views of the same live design — not files that drift apart. Select a part in one and it lights up in the others.
Draw intent. Modules arrive as symbols with their interfaces already defined, and a net you select is the same net everywhere else.
Place and route with connectivity, clearance and footprint rules running underneath you rather than in a report afterwards.
Check mechanical fit before the enclosure is cut, with the real component models from the library.
Every part scored on stock, price and lead time at the volume you are building — and committed back to the design.
Six layers, pressed together. Each one is useful on its own; the value is that they are laminated — a change in the editor moves the sourcing, and a sourcing decision moves what the checker allows.
Schematic, layout and 3D in the browser. One shared session; selection and edits appear in every open view as they happen.
Continuous design-rule checking over connectivity, clearance and footprint sanity, reported against the object you are editing.
Revision-controlled, production-verified building blocks with editable CAD underneath. Nothing is a black box.
Live offers from known distributors, converted to one currency and scored on availability, price and lead time at your build quantity.
Comments, review and shared marketplace publishing. Teams work in the project rather than around it.
Automated handoff to manufacturing partners for sourcing, assembly and prototype runs.
It runs in the browser on any machine your team already has. No licence server, no seat to free up, no file passed around by e-mail.
Everyone is in the same design at the same time. Edits, comments and selection appear in every open view as they happen.
Stock, price ladders and minimum order quantities fetched per part and re-scored every time the build quantity moves.
The stored price is not the displayed price. Every figure below is the unit price at the build quantity, from the offer that can supply it.
| Part | Designators | Qty | Stock | Unit price | Status | |
|---|---|---|---|---|---|---|
| CX (Dongguan Chengxing Elec)KM226M450K20RR0VH2FP0Unpolarized capacitor · 22 µF | C1, C2, C4, C6 +36 | — | 429 | — | Pending |
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CX (Dongguan Chengxing Elec)
Assembly partnerMOQ 100429€ 0.006657
Distributor · UKMOQ 5012 400€ 0.0089
| ||||||
| RALECRTA02-4D103JTHResistor · 10k | R1, R6, R7, R13 +36 | — | 11 776 | — | Approved |
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RALEC
Assembly partnerApprovedMOQ 10011 776€ 0.000286
Distributor · UKMOQ 50884 000€ 0.0042
| ||||||
| Diodes IncorporatedAP2112K-3.3TRG1600 mA low-dropout regulator, 3.3 V fixed, SOT-23-5 | U1, U7, U13, U19 | — | 17 260 | — | Pending |
|
|
Diodes Incorporated
Distributor · USMOQ 117 260€ 0.149
Distributor · EUMOQ 106 120€ 0.168
| ||||||
| FH (Guangdong Fenghua)A09-220JPResistor · 22R | R2, R4, R5, R8 +28 | — | 450 184 | — | Pending |
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FH (Guangdong Fenghua)
Assembly partnerMOQ 100450 184€ 0.000357
| ||||||
| LIZ ElecCR0402FF3601GResistor · 3.6k | R3, R11, R24, R26 +12 | — | 341 | — | Approved |
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LIZ Elec
Assembly partnerApprovedMOQ 100341€ 0.000243
Distributor · EUMOQ 5096 000€ 0.0031
| ||||||
| VishayNTCLE203E3103GB0N-MOSFET, source / gate / drain · AON7544 | Q1, Q2, Q3, Q4 +20 | — | 81 947 | — | Pending |
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Vishay
Distributor · EUMOQ 181 947€ 0.633
Distributor · USMOQ 122 400€ 0.689
| ||||||
| STMicroelectronicsSTM32F103VET6Arm Cortex-M4 MCU, 256 KB flash, 64 KB RAM, 80 MHz, LQFP100 | U2, U8, U14, U20 | — | 16 697 | — | Pending |
|
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STMicroelectronics
Distributor · EUMOQ 116 697€ 7.973
Distributor · USApprovedMOQ 13 182€ 8.41
Distributor · UKMOQ 10€ 7.86
| ||||||
| WorldsemiWS2812B-2020RGB LED with integrated controller, 2.0 × 2.0 mm, 12 mA | LD1, LD2, LD3, LD4 | — | 0 | — | No stock |
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|
Worldsemi
Distributor · EUMOQ 10€ 0.084
| ||||||
| HoltekHT7550-1-SOT89100 mA low-dropout regulator, fixed output, SOT-89 | U3, U9, U15, U21 | — | 0 | — | End of life |
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Holtek
Distributor · UKMOQ 10€ 0.062
| ||||||
| FH (Guangdong Fenghua)0402F104M500NTUnpolarized capacitor · 100 nF | C3, C5, C10, C20 +29 | — | 247 579 | — | Pending |
|
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FH (Guangdong Fenghua)
Assembly partnerMOQ 100247 579€ 0.000614
Distributor · UKMOQ 50412 300€ 0.0091
| ||||||
| Slkor1N5819WSZener diode, SOD-323 | D1, D2, D3, D4 +8 | — | 0 | — | No stock |
|
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Slkor
Distributor · USMOQ 10€ 0.018
| ||||||
| Texas InstrumentsINA169High-side current shunt monitor, 60 V, SOT-23-5 | U5, U11, U17, U23 +1 | — | 0 | — | End of life |
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Texas Instruments
Distributor · EUMOQ 10€ 1.24
| ||||||
| Texas InstrumentsSN74LVC1T45DBVSingle-bit dual-supply bus transceiver, SOT-23-6 | U6, U12, U18, U24 | — | 0 | — | No stock |
|
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Texas Instruments
Distributor · USMOQ 10€ 0.296
| ||||||
The sequence is the product. Each step hands the next one something already verified, which is what removes the weeks normally spent reconciling them.
Pick the controller, the radio, the power path. Add your own circuitry where the product is actually different.
Rules run against the live design. Fix what it finds while the context is still in front of you.
Confirm the parts against real stock and price at your volume. Swap what cannot supply the build.
Release to a production partner with CAD, BOM and placement data already agreed.
Modules and whole projects are revision-controlled objects, not copies. You can see which revision was built, which one was verified in production, and what changed between them — and open the CAD underneath any of them. When several people share a project that same history answers the everyday question: what moved while I was away, who moved it, and why.
Production verifiedA revision is marked once a board carrying it has been built and tested. The mark travels with the module.
Editable, not sealedFork a block, change the part, keep the lineage back to what it came from.
PublishableShare a verified module to the marketplace, or keep it private to your team.
Legible when sharedEvery edit in a shared project lands in one timeline, so a change you did not make is never a mystery — you can see it, read why it happened and step back from it.
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