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Semiconductor & Electronics
Parametric SearchComponent DatabaseITAR/REACH Compliance

Desarrollo de Sitios Web para Empresas de Semiconductores

Tu Base de Datos de Componentes Vive en PDFs — Los Ingenieros Se Van en Segundos

$600B+
Global Market
Semiconductor industry
$25-50K
Project Value
Highest-value builds
1,660/mo
Search Volume
Qualified buyer traffic
95+
Lighthouse Score
Performance target
What Engineers Actually Need From Your Site — And Why PDFs Don't Cut It

An engineer lands on your component page searching for a 3.3V LDO in SOT-23 with -40°C operation. Your site hands them a PDF. DigiKey hands them a filtered result in 8 seconds. They leave. That's the workflow gap semiconductor website development solves — turning your catalog into a searchable, filterable technical tool where buyers can compare specs, download datasheets, cross-reference competitor parts, and request samples without emailing a generic contact form. Your buyers are reliability engineers at defense contractors, design teams at automotive OEMs, procurement leads in Shenzhen and Munich. They don't browse marketing copy. They search part numbers, filter by voltage range and package type, check ITAR status, verify qualification reports. If your site can't support that workflow, you're burning qualified leads every day while competitors with better infrastructure capture engineers at the exact moment they're sourcing components for production.

Dónde fallan los proyectos

You've got a component catalog that lives entirely in downloadable PDFs That's it. Engineers land on the page, can't search anything, can't filter by spec, and within about 45 seconds they're over on DigiKey or Mouser finding what they need from someone else. You've just handed your competitor a qualified lead.
No parametric search So an engineer who needs a 3.3V LDO in an SOT-23 package with an operating range down to -40°C has to download six datasheets and manually compare them. Nobody's doing that. They'll find a distributor site that lets them filter in 10 seconds and never come back.
ITAR and EAR compliance status isn't visible at the product level Defense contractors and aerospace buyers -- honestly, these are high-value customers -- can't quickly determine export control status, so procurement won't touch you. That's not a minor UX problem. That's a deal-killer.
Your technology roadmap is buried somewhere inside a 47-slide investor presentation Engineers doing component sourcing research for next-gen designs can't find it. So they assume you don't have one, or that you're not planning ahead. Either way, they're sourcing from someone whose roadmap is actually visible.
Look, if your site is running on decade-old HTML and your company is doing $100M+ in revenue, engineering teams are noticing And they're drawing conclusions about your process capabilities based on it. Fair or not -- that's just how it works.
There's no sample request workflow Engineers who want to evaluate your parts before committing to a bulk order hit a dead end and email a generic contact form, or don't bother at all. You're losing qualified leads at exactly the moment they're ready to engage.

Cumplimiento

Parametric Component Search

Parametric filtering by voltage, current, frequency, package type, and temperature range. Engineers punch in their specs and find the exact part. No PDF-hunting, no spreadsheet comparisons -- just results.

Datasheet Library

A fully searchable technical library covering datasheets, application notes, and reference designs. Everything indexed, everything filterable. Engineers actually find what they came for.

Export Control Compliance

REACH, RoHS, ITAR, EAR, and AEC-Q status displayed right at the product level, with downloadable certificates per part. Defense and automotive buyers can qualify your components without sending a single email.

Technology Roadmap

Interactive timelines showing process node evolution and capability expansion. Engineers planning 18-month design cycles can actually see where your roadmap is heading and design accordingly.

Sample Request Workflow

Engineers request free samples directly through the site using a self-qualifying form. They specify the application, quantity, timeline -- the real kicker is that this pre-qualifies leads before they ever hit your inbox.

Distributor Integration

Live inventory pulled via API from DigiKey, Mouser, Arrow, and Avnet. Engineers see real stock levels without leaving your product page, which keeps them engaged instead of bouncing to a distributor.

Qué construimos

Build parametric search that filters components by voltage, current, package, temperature range, and certification — like DigiKey, but for your catalog

Engineers find the exact component they need in under 30 seconds instead of bouncing to distributor sites with better search

Organize datasheets, application notes, CAD symbols, and eval board docs in a design resource center instead of scattered PDFs

Design teams download reference designs and simulation models without emailing sales, shortening your evaluation cycle by weeks

Surface ITAR and EAR compliance status at the product level so defense and aerospace buyers see export control classification instantly

Procurement approves your parts faster because reliability data and qualification reports are published openly instead of gated behind NDAs

Publish technology roadmaps that show process node evolution and future release timelines where engineers actually look for them

Your technology blog ranks for application-level keywords and competing part numbers, pulling in engineers at the research stage before they've committed to a vendor

Create cross-reference tools that map competitor part numbers to your drop-in replacements so engineers find you during alternative sourcing research

International buyers in Shenzhen, Munich, and Bangalore read localized component specs in their native language instead of struggling through English datasheets

Replace generic contact forms with sample request workflows that capture part number, quantity, application, and timeline in one flow

Your CRM tracks which parts engineers evaluate, which datasheets they download, and where they drop off so sales follows up on qualified leads instead of cold outreach

Nuestro proceso

01

Semiconductor Market Audit

We start with a proper look at your product portfolio, your main competitors -- think ON Semi, Microchip, MACOM -- and the SEO gaps where you're invisible but should be ranking.
Week 1-2
02

Database and Search Architecture

Then we design the component database schema and parametric filter architecture. Getting this right upfront saves enormous pain later when you're adding 500 parts.
Week 3-4
03

Component Data Migration

We populate the database from your existing datasheets, spreadsheets, and ERP exports. Messy data is honestly pretty normal at this stage -- we've seen it all.
Week 5-8
04

Design and Development

Custom frontend built around parametric search and your technology roadmap. No off-the-shelf template is going to handle the filtering logic engineers actually need.
Week 9-12
05

Launch and Distribution Setup

Go live, connect the distributor APIs, and spend the first 30 days optimizing based on real user behavior. The launch isn't the finish line.
Week 13-14
AstroNext.jsSupabaseVercelAlgoliaSiliconExpertStripe

Preguntas frecuentes

¿Para qué tipos de empresas de semiconductores construyen?

Construimos para fabs y foundries, casas de diseño IC, fabricantes de PCB, proveedores EMS, distribuidores, empresas de equipos de prueba, proveedores de materiales y fabricantes de equipos. Si tus compradores son ingenieros, probablemente hemos construido algo similar.

¿Pueden construir una base de datos de componentes consultable?

Sí -- y está construida en Supabase con búsqueda paramétrica completa por número de parte, tipo de encapsulado, voltaje, corriente, frecuencia y rango de temperatura. Los ingenieros filtran exactamente como lo hacen en DigiKey. Eso es intencional.

¿Cómo manejan el cumplimiento de control de exportaciones?

Secciones de cumplimiento dedicadas que cubren REACH, RoHS, ITAR para aplicaciones de defensa estadounidense, EAR para control de exportaciones y AEC-Q para calificación automotriz. Certificados descargables a nivel de producto individual, no enterrados en una página de cumplimiento general en algún lugar.

¿Cuánto cuesta un sitio web de semiconductores?

Los precios comienzan en $25,000 para catálogos de productos de tamaño moderado. Builds más complejos -- búsqueda paramétrica profunda, grandes librerías de componentes, múltiples integraciones API -- típicamente cuestan $35,000 a $50,000+.

Semiconductor Websites from $25,000
Fixed-fee. Parametric search. Component database. Compliance portal.
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