/** * /atmega328p-simulator — SEO landing page * Target keywords: "atmega328p", "atmega", "atmega 328p", "atmega328p arduino" */ import React from 'react'; import { Link } from 'react-router-dom'; import { useTranslation } from 'react-i18next'; import { AppHeader } from '../components/layout/AppHeader'; import { useLocalizedHref } from '../i18n/useLocalizedNavigate'; import { useSEO } from '../utils/useSEO'; import { getSeoMeta } from '../seoRoutes'; import { trackClickCTA } from '../utils/analytics'; import './SEOPage.css'; const META = getSeoMeta('/atmega328p-simulator')!; const FAQ_ITEMS = [ { q: 'What is the ATmega328P?', a: 'The ATmega328P is an 8-bit AVR microcontroller by Microchip (formerly Atmel). It is the heart of the Arduino Uno and Arduino Nano, running at 16 MHz with 32 KB flash, 2 KB SRAM, and 1 KB EEPROM.', }, { q: 'Can I simulate ATmega328P register-level code?', a: "Yes. Velxio's AVR8 emulation faithfully executes all ATmega328P registers: DDRB/C/D, PORTB/C/D, PINB/C/D, TCCR0/1/2, OCR0/1/2, UBRR, UDR, ADCL/ADCH, and all interrupt vectors — including direct register manipulation without the Arduino abstraction layer.", }, { q: 'Does it emulate ATmega328P timers correctly?', a: 'Timer0 (8-bit), Timer1 (16-bit), and Timer2 (8-bit) are all emulated with full prescaler support, PWM modes, overflow interrupts, and Output Compare Match interrupts. millis(), delay(), analogWrite(), and tone() all work correctly.', }, { q: 'Can I use analogRead() and analogWrite() in the simulator?', a: 'Yes. The 10-bit ADC (analogRead) and PWM output (analogWrite on pins 3, 5, 6, 9, 10, 11) are fully emulated. You can connect simulated sensors, potentiometers, and any wokwi-elements analog component.', }, { q: 'Can I simulate USART / Serial on ATmega328P?', a: 'Yes. USART0 is fully emulated. Serial.begin(), Serial.print(), Serial.println(), and Serial.read() all work. The built-in Serial Monitor shows TX output and lets you send RX data to the running program.', }, ]; const JSON_LD: object[] = [ { '@context': 'https://schema.org', '@type': 'SoftwareApplication', name: 'ATmega328P Simulator — Velxio', applicationCategory: 'DeveloperApplication', operatingSystem: 'Any (browser-based)', description: 'Free browser-based ATmega328P simulator. Full AVR8 emulation at 16 MHz — PORTB, PORTC, PORTD, Timer0/1/2, ADC, USART, PWM — with 48+ interactive components. No install required.', url: 'https://velxio.dev/atmega328p-simulator', offers: { '@type': 'Offer', price: '0', priceCurrency: 'USD' }, author: { '@type': 'Person', name: 'David Montero Crespo' }, license: 'https://www.gnu.org/licenses/agpl-3.0.html', }, { '@context': 'https://schema.org', '@type': 'FAQPage', mainEntity: FAQ_ITEMS.map(({ q, a }) => ({ '@type': 'Question', name: q, acceptedAnswer: { '@type': 'Answer', text: a }, })), }, { '@context': 'https://schema.org', '@type': 'BreadcrumbList', itemListElement: [ { '@type': 'ListItem', position: 1, name: 'Velxio', item: 'https://velxio.dev/' }, { '@type': 'ListItem', position: 2, name: 'ATmega328P Simulator', item: 'https://velxio.dev/atmega328p-simulator', }, ], }, ]; export const AtmegaSimulatorPage: React.FC = () => { const { t } = useTranslation(); const localize = useLocalizedHref(); useSEO({ ...META, jsonLd: JSON_LD }); const faqKeys = ['1', '2', '3', '4', '5'] as const; return (
{/* Hero */}

{t('seo.atmega.hero.title')}
{t('seo.atmega.hero.accent')}

{t('seo.atmega.hero.subtitle')}

trackClickCTA('atmega-simulator', '/editor')} > {t('seo.atmega.hero.ctaPrimary')} → {t('seo.atmega.hero.ctaSecondary')}

{t('seo.atmega.hero.trust')}

{/* ATmega328P specs */}

{t('seo.atmega.specs.heading')}

{t('seo.atmega.specs.lead')}

{t('seo.atmega.specs.coreTitle')}

{t('seo.atmega.specs.coreBody')}

{t('seo.atmega.specs.flashTitle')}

{t('seo.atmega.specs.flashBody')}

{t('seo.atmega.specs.gpioTitle')}

{t('seo.atmega.specs.gpioBody')}

{t('seo.atmega.specs.timersTitle')}

{t('seo.atmega.specs.timersBody')}

{t('seo.atmega.specs.adcTitle')}

{t('seo.atmega.specs.adcBody')}

{t('seo.atmega.specs.usartTitle')}

{t('seo.atmega.specs.usartBody')}

{/* Compatible boards */}

{t('seo.atmega.boards.heading')}

{t('seo.atmega.boards.lead')}

{t('seo.atmega.boards.unoTitle')}

{t('seo.atmega.boards.unoBody')}

{t('seo.atmega.boards.nanoTitle')}

{t('seo.atmega.boards.nanoBody')}

{t('seo.atmega.boards.proTitle')}

{t('seo.atmega.boards.proBody')}

{t('seo.atmega.boards.tinyTitle')}

{t('seo.atmega.boards.tinyBody')}

{t('seo.atmega.boards.megaTitle')}

{t('seo.atmega.boards.megaBody')}

{/* FAQ */}

{t('seo.atmega.faq.heading')}

{faqKeys.map((k) => (
{t(`seo.atmega.faq.q${k}`)}
{t(`seo.atmega.faq.a${k}`)}
))}
{/* Bottom CTA */}

{t('seo.atmega.bottom.title')}

{t('seo.atmega.bottom.body')}

trackClickCTA('atmega-simulator', '/editor')} > {t('seo.atmega.bottom.cta')} →
{t('seo.links.arduino')} {t('seo.links.arduinoEmu')} {t('seo.links.esp32')} {t('seo.links.rpiPico')} {t('seo.links.exampleSketches')}
); };