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Merge version_1 into main #2

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bender merged 6 commits from version_1 into main 2026-03-02 23:47:06 +00:00
Conversation 0 Commits 6 Files Changed 6 +97 -302
6 changed files with 97 additions and 302 deletions
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55
src/app/3d-models/page.tsx
View File

@@ -7,7 +7,7 @@ import SplitAbout from '@/components/sections/about/SplitAbout';
import ContactCTA from '@/components/sections/contact/ContactCTA';
import FooterBase from '@/components/sections/footer/FooterBase';
import Link from 'next/link';
import { Layers, MapPin, Cpu, Zap, Microscope, BarChart3, Cube, BookOpen, Rocket, TrendingUp } from 'lucide-react';
import { Layers, MapPin, Cpu, Zap, Microscope, BarChart3, BookOpen, Rocket } from 'lucide-react';
export default function ModelsPage() {
return (
@@ -43,43 +43,31 @@ export default function ModelsPage() {
title="3D Model Explorer"
description="Interactive visualization of microchip architectures with detailed layer analysis and component identification. Hover to reveal detailed pattern overlays."
tag="3D Technology"
tagIcon={Cube}
tagIcon={Layers}
features={[
{
icon: Layers,
title: "Multi-Layer Analysis",
description: "Explore semiconductor structures layer by layer, from substrate to interconnects. Understand how different materials work together.",
button: { text: "View Details", href: "/3d-models" }
title: "Multi-Layer Analysis", description: "Explore semiconductor structures layer by layer, from substrate to interconnects. Understand how different materials work together.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: MapPin,
title: "Component Mapping",
description: "Identify transistors, capacitors, resistors, and routing elements. Learn their functions and placement strategies.",
button: { text: "View Details", href: "/3d-models" }
title: "Component Mapping", description: "Identify transistors, capacitors, resistors, and routing elements. Learn their functions and placement strategies.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: Cpu,
title: "Architecture Visualization",
description: "See how logic gates, memory blocks, and processing units are interconnected in real chip designs.",
button: { text: "View Details", href: "/3d-models" }
title: "Architecture Visualization", description: "See how logic gates, memory blocks, and processing units are interconnected in real chip designs.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: Zap,
title: "AI Accelerators",
description: "Specialized 3D models showing tensor processing units, neural engines, and AI-specific chip architectures.",
button: { text: "View Details", href: "/3d-models" }
title: "AI Accelerators", description: "Specialized 3D models showing tensor processing units, neural engines, and AI-specific chip architectures.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: Microscope,
title: "Process Technology",
description: "Learn about different fabrication nodes (5nm, 7nm, 28nm) and their structural differences.",
button: { text: "View Details", href: "/3d-models" }
title: "Process Technology", description: "Learn about different fabrication nodes (5nm, 7nm, 28nm) and their structural differences.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: BarChart3,
title: "Performance Metrics",
description: "Visualize power consumption, thermal distribution, and signal integrity across chip designs.",
button: { text: "View Details", href: "/3d-models" }
title: "Performance Metrics", description: "Visualize power consumption, thermal distribution, and signal integrity across chip designs.", button: { text: "View Details", href: "/3d-models" }
}
]}
animationType="slide-up"
@@ -99,27 +87,19 @@ export default function ModelsPage() {
]}
bulletPoints={[
{
title: "Real-Time Rendering",
description: "High-performance 3D rendering that updates instantly as you interact with models.",
icon: Zap
title: "Real-Time Rendering", description: "High-performance 3D rendering that updates instantly as you interact with models.", icon: Zap
},
{
title: "Layer-by-Layer Analysis",
description: "Strip away layers to see internal structures and understand chip composition.",
icon: Layers
title: "Layer-by-Layer Analysis", description: "Strip away layers to see internal structures and understand chip composition.", icon: Layers
},
{
title: "Component Identification",
description: "Learn what each component does and how they interact within the chip.",
icon: MapPin
title: "Component Identification", description: "Learn what each component does and how they interact within the chip.", icon: MapPin
},
{
title: "Performance Visualization",
description: "See heat maps, power distribution, and signal flow in real-time.",
icon: BarChart3
title: "Performance Visualization", description: "See heat maps, power distribution, and signal flow in real-time.", icon: BarChart3
}
]}
imageSrc="https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/3d-isometric-view-of-a-semiconductor-mic-1772495006254-59d32a7a.png?_wi=2"
imageSrc="https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/3d-isometric-view-of-a-semiconductor-mic-1772495006254-59d32a7a.png"
imageAlt="3D semiconductor architecture model"
mediaAnimation="slide-up"
textboxLayout="default"
@@ -151,8 +131,7 @@ export default function ModelsPage() {
copyrightText="© 2025 MicroChip AI. All rights reserved."
columns={[
{
title: "Platform",
items: [
title: "Platform", items: [
{ label: "3D Models", href: "/3d-models" },
{ label: "Learning Modules", href: "/learn" },
{ label: "Microchip Builder", href: "/build" },
@@ -160,8 +139,7 @@ export default function ModelsPage() {
]
},
{
title: "Resources",
items: [
title: "Resources", items: [
{ label: "Documentation", href: "/resources" },
{ label: "API Reference", href: "/resources" },
{ label: "Research Papers", href: "/resources" },
@@ -169,8 +147,7 @@ export default function ModelsPage() {
]
},
{
title: "Company",
items: [
title: "Company", items: [
{ label: "About Us", href: "/about" },
{ label: "Contact", href: "#" },
{ label: "Privacy Policy", href: "#" },

41
src/app/build/page.tsx
View File

@@ -7,7 +7,7 @@ import FeatureHoverPattern from '@/components/sections/feature/featureHoverPatte
import ContactCTA from '@/components/sections/contact/ContactCTA';
import FooterBase from '@/components/sections/footer/FooterBase';
import Link from 'next/link';
import { Wrench, Code, Zap, Users, BookMarked, Award, Rocket, Globe } from 'lucide-react';
import { Wrench, Code, Zap, Users, Award, Rocket } from 'lucide-react';
export default function BuildPage() {
return (
@@ -46,25 +46,13 @@ export default function BuildPage() {
tagIcon={Wrench}
products={[
{
id: "1",
name: "Simple Logic Gate Designer",
price: "Beginner Level",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/3d-isometric-view-of-a-semiconductor-mic-1772495006254-59d32a7a.png?_wi=3",
imageAlt: "Logic gate design interface"
id: "1", name: "Simple Logic Gate Designer", price: "Beginner Level", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/3d-isometric-view-of-a-semiconductor-mic-1772495006254-59d32a7a.png", imageAlt: "Logic gate design interface"
},
{
id: "2",
name: "8-bit Microprocessor Builder",
price: "Intermediate Level",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/interactive-3d-building-interface-for-mi-1772495006790-27bc8503.png?_wi=2",
imageAlt: "Microprocessor design tool"
id: "2", name: "8-bit Microprocessor Builder", price: "Intermediate Level", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/interactive-3d-building-interface-for-mi-1772495006790-27bc8503.png", imageAlt: "Microprocessor design tool"
},
{
id: "3",
name: "AI Accelerator Design Suite",
price: "Advanced Level",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/abstract-visualization-of-artificial-neu-1772495002206-03710966.png?_wi=2",
imageAlt: "AI accelerator module"
id: "3", name: "AI Accelerator Design Suite", price: "Advanced Level", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/abstract-visualization-of-artificial-neu-1772495002206-03710966.png", imageAlt: "AI accelerator module"
}
]}
gridVariant="three-columns-all-equal-width"
@@ -86,21 +74,15 @@ export default function BuildPage() {
features={[
{
icon: Code,
title: "Simulation Tools",
description: "Industry-standard SPICE simulations and power analysis tools integrated into the platform.",
button: { text: "Try Simulator", href: "/build" }
title: "Simulation Tools", description: "Industry-standard SPICE simulations and power analysis tools integrated into the platform.", button: { text: "Try Simulator", href: "/build" }
},
{
icon: Users,
title: "Community Projects",
description: "Access shared projects from other users and learn from real design examples.",
button: { text: "Browse Projects", href: "/build" }
title: "Community Projects", description: "Access shared projects from other users and learn from real design examples.", button: { text: "Browse Projects", href: "/build" }
},
{
icon: Award,
title: "Project Grading",
description: "Submit your designs for expert review and receive detailed feedback on your work.",
button: { text: "Submit Project", href: "/build" }
title: "Project Grading", description: "Submit your designs for expert review and receive detailed feedback on your work.", button: { text: "Submit Project", href: "/build" }
}
]}
animationType="slide-up"
@@ -132,8 +114,7 @@ export default function BuildPage() {
copyrightText="© 2025 MicroChip AI. All rights reserved."
columns={[
{
title: "Platform",
items: [
title: "Platform", items: [
{ label: "3D Models", href: "/3d-models" },
{ label: "Learning Modules", href: "/learn" },
{ label: "Microchip Builder", href: "/build" },
@@ -141,8 +122,7 @@ export default function BuildPage() {
]
},
{
title: "Resources",
items: [
title: "Resources", items: [
{ label: "Documentation", href: "/resources" },
{ label: "API Reference", href: "/resources" },
{ label: "Research Papers", href: "/resources" },
@@ -150,8 +130,7 @@ export default function BuildPage() {
]
},
{
title: "Company",
items: [
title: "Company", items: [
{ label: "About Us", href: "/about" },
{ label: "Contact", href: "#" },
{ label: "Privacy Policy", href: "#" },

20
src/app/layout.tsx
View File

@@ -5,27 +5,15 @@ import { ServiceWrapper } from "@/components/ServiceWrapper";
import Tag from "@/tag/Tag";
const interTight = Inter_Tight({
variable: "--font-inter-tight",
subsets: ["latin"],
variable: "--font-inter-tight", subsets: ["latin"],
weight: ["100", "200", "300", "400", "500", "600", "700", "800", "900"],
});
export const metadata: Metadata = {
title: "MicroChip AI - Learn Microchip Design & AI Computing",
description: "Master semiconductor architecture and AI chip design through interactive 3D models and hands-on building simulations. Educational platform based on China university teaching standards.",
keywords: "microchip design, AI computing, semiconductor education, 3D models, chip design course, VLSI",
openGraph: {
title: "MicroChip AI - Interactive Chip Design Learning",
description: "Learn microchip design for AI with 3D visualization, simulations, and hands-on projects",
url: "https://microchip-ai.edu",
siteName: "MicroChip AI",
type: "website",
},
title: "MicroChip AI - Learn Microchip Design & AI Computing", description: "Master semiconductor architecture and AI chip design through interactive 3D models and hands-on building simulations. Educational platform based on China university teaching standards.", keywords: "microchip design, AI computing, semiconductor education, 3D models, chip design course, VLSI", openGraph: {
title: "MicroChip AI - Interactive Chip Design Learning", description: "Learn microchip design for AI with 3D visualization, simulations, and hands-on projects", url: "https://microchip-ai.edu", siteName: "MicroChip AI", type: "website"},
twitter: {
card: "summary_large_image",
title: "MicroChip AI - Learn Chip Design",
description: "Master semiconductor and AI computing education",
},
card: "summary_large_image", title: "MicroChip AI - Learn Chip Design", description: "Master semiconductor and AI computing education"},
robots: {
index: true,
follow: true,

71
src/app/learn/page.tsx
View File

@@ -7,7 +7,7 @@ import MetricCardOne from '@/components/sections/metrics/MetricCardOne';
import ContactCTA from '@/components/sections/contact/ContactCTA';
import FooterBase from '@/components/sections/footer/FooterBase';
import Link from 'next/link';
import { BookMarked, Code, Users, Award, Globe, Lightbulb, Layout, Grid3x3, Brain, Workflow, Trophy, Users as UsersMetric, Clock, ThumbsUp, Rocket, Zap, Users as NavUsers } from 'lucide-react';
import { BookMarked, Code, Users, Award, Globe, Lightbulb, Layout, Grid3x3, Brain, Workflow, Trophy, Users as UsersMetric, Clock, ThumbsUp, Rocket, Zap, TrendingUp } from 'lucide-react';
export default function LearnPage() {
return (
@@ -47,39 +47,27 @@ export default function LearnPage() {
features={[
{
icon: Lightbulb,
title: "Semiconductor Fundamentals",
description: "Master the physics and mathematics behind semiconductor materials, doping, and band theory.",
button: { text: "Begin Module", href: "/learn" }
title: "Semiconductor Fundamentals", description: "Master the physics and mathematics behind semiconductor materials, doping, and band theory.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Layout,
title: "Circuit Design Principles",
description: "Learn CMOS logic, analog circuits, and mixed-signal design techniques used in modern chips.",
button: { text: "Begin Module", href: "/learn" }
title: "Circuit Design Principles", description: "Learn CMOS logic, analog circuits, and mixed-signal design techniques used in modern chips.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Grid3x3,
title: "Physical Design & Layout",
description: "Master floorplanning, placement, routing, and design rule checks for chip fabrication.",
button: { text: "Begin Module", href: "/learn" }
title: "Physical Design & Layout", description: "Master floorplanning, placement, routing, and design rule checks for chip fabrication.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Brain,
title: "AI Hardware Acceleration",
description: "Specialize in designing accelerators for machine learning, deep learning, and neural networks.",
button: { text: "Begin Module", href: "/learn" }
title: "AI Hardware Acceleration", description: "Specialize in designing accelerators for machine learning, deep learning, and neural networks.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Workflow,
title: "Fabrication & Verification",
description: "Understand the complete chip manufacturing process and validation testing procedures.",
button: { text: "Begin Module", href: "/learn" }
title: "Fabrication & Verification", description: "Understand the complete chip manufacturing process and validation testing procedures.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Trophy,
title: "Capstone Project",
description: "Design and simulate a complete AI-focused microchip as your final certification project.",
button: { text: "Begin Module", href: "/learn" }
title: "Capstone Project", description: "Design and simulate a complete AI-focused microchip as your final certification project.", button: { text: "Begin Module", href: "/learn" }
}
]}
animationType="slide-up"
@@ -97,21 +85,15 @@ export default function LearnPage() {
features={[
{
icon: BookMarked,
title: "Interactive Tutorials",
description: "Step-by-step guides with real-time 3D visualization to learn chip design principles.",
button: { text: "Start Tutorial", href: "/learn" }
title: "Interactive Tutorials", description: "Step-by-step guides with real-time 3D visualization to learn chip design principles.", button: { text: "Start Tutorial", href: "/learn" }
},
{
icon: Code,
title: "Simulation Tools",
description: "Industry-standard SPICE simulations and power analysis tools integrated into the platform.",
button: { text: "Try Simulator", href: "/build" }
title: "Simulation Tools", description: "Industry-standard SPICE simulations and power analysis tools integrated into the platform.", button: { text: "Try Simulator", href: "/build" }
},
{
icon: Users,
title: "Community Forum",
description: "Connect with thousands of students and professionals to discuss designs and share knowledge.",
button: { text: "Join Community", href: "#" }
title: "Community Forum", description: "Connect with thousands of students and professionals to discuss designs and share knowledge.", button: { text: "Join Community", href: "#" }
}
]}
animationType="slide-up"
@@ -128,32 +110,16 @@ export default function LearnPage() {
tagIcon={TrendingUp}
metrics={[
{
id: "1",
value: "95",
title: "Completion Rate",
description: "Students who complete modules successfully",
icon: Award
id: "1", value: "95", title: "Completion Rate", description: "Students who complete modules successfully", icon: Award
},
{
id: "2",
value: "150",
title: "Content Hours",
description: "Comprehensive learning materials",
icon: Clock
id: "2", value: "150", title: "Content Hours", description: "Comprehensive learning materials", icon: Clock
},
{
id: "3",
value: "45",
title: "Expert Instructors",
description: "PhD researchers and professionals",
icon: Award
id: "3", value: "45", title: "Expert Instructors", description: "PhD researchers and professionals", icon: Award
},
{
id: "4",
value: "2500",
title: "Active Learners",
description: "Students from around the world",
icon: UsersMetric
id: "4", value: "2500", title: "Active Learners", description: "Students from around the world", icon: UsersMetric
}
]}
gridVariant="uniform-all-items-equal"
@@ -186,8 +152,7 @@ export default function LearnPage() {
copyrightText="© 2025 MicroChip AI. All rights reserved."
columns={[
{
title: "Platform",
items: [
title: "Platform", items: [
{ label: "3D Models", href: "/3d-models" },
{ label: "Learning Modules", href: "/learn" },
{ label: "Microchip Builder", href: "/build" },
@@ -195,8 +160,7 @@ export default function LearnPage() {
]
},
{
title: "Resources",
items: [
title: "Resources", items: [
{ label: "Documentation", href: "/resources" },
{ label: "API Reference", href: "/resources" },
{ label: "Research Papers", href: "/resources" },
@@ -204,8 +168,7 @@ export default function LearnPage() {
]
},
{
title: "Company",
items: [
title: "Company", items: [
{ label: "About Us", href: "/about" },
{ label: "Contact", href: "#" },
{ label: "Privacy Policy", href: "#" },

165
src/app/page.tsx
View File

@@ -11,7 +11,7 @@ import TestimonialCardTwelve from '@/components/sections/testimonial/Testimonial
import ContactCTA from '@/components/sections/contact/ContactCTA';
import FooterBase from '@/components/sections/footer/FooterBase';
import Link from 'next/link';
import { Cube, GraduationCap, Zap, Wrench, Layers, MapPin, Cpu, Microscope, BarChart3, Video, BookMarked, Code, Users, Award, Globe, Lightbulb, Layout, Grid3x3, Brain, Workflow, Trophy, Users as UsersMetric, Clock, ThumbsUp, Rocket, BookOpen, Star, TrendingUp } from 'lucide-react';
import { GraduationCap, Zap, Wrench, Layers, MapPin, Cpu, Microscope, BarChart3, Video, BookMarked, Code, Users, Award, Globe, Lightbulb, Layout, Grid3x3, Brain, Workflow, Trophy, Users as UsersMetric, Clock, ThumbsUp, Rocket, BookOpen, Star } from 'lucide-react';
export default function HomePage() {
return (
@@ -72,24 +72,16 @@ export default function HomePage() {
]}
bulletPoints={[
{
title: "3D Interactive Models",
description: "Visualize complex chip architectures with real-time 3D rendering and layer-by-layer exploration.",
icon: Cube
title: "3D Interactive Models", description: "Visualize complex chip architectures with real-time 3D rendering and layer-by-layer exploration.", icon: Layers
},
{
title: "University-Aligned Curriculum",
description: "Content based on China's top semiconductor research programs and international standards.",
icon: GraduationCap
title: "University-Aligned Curriculum", description: "Content based on China's top semiconductor research programs and international standards.", icon: GraduationCap
},
{
title: "AI Computing Focus",
description: "Specialized modules on AI chip design, neural accelerators, and tensor processing units.",
icon: Zap
title: "AI Computing Focus", description: "Specialized modules on AI chip design, neural accelerators, and tensor processing units.", icon: Zap
},
{
title: "Hands-On Building",
description: "Simulate real chip design and fabrication processes with our advanced builder tool.",
icon: Wrench
title: "Hands-On Building", description: "Simulate real chip design and fabrication processes with our advanced builder tool.", icon: Wrench
}
]}
imageSrc="https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/modern-university-classroom-or-laborator-1772495002774-57243484.png"
@@ -106,43 +98,31 @@ export default function HomePage() {
title="3D Model Explorer"
description="Interactive visualization of microchip architectures with detailed layer analysis and component identification. Hover to reveal detailed pattern overlays."
tag="3D Technology"
tagIcon={Cube}
tagIcon={Layers}
features={[
{
icon: Layers,
title: "Multi-Layer Analysis",
description: "Explore semiconductor structures layer by layer, from substrate to interconnects. Understand how different materials work together.",
button: { text: "View Details", href: "/3d-models" }
title: "Multi-Layer Analysis", description: "Explore semiconductor structures layer by layer, from substrate to interconnects. Understand how different materials work together.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: MapPin,
title: "Component Mapping",
description: "Identify transistors, capacitors, resistors, and routing elements. Learn their functions and placement strategies.",
button: { text: "View Details", href: "/3d-models" }
title: "Component Mapping", description: "Identify transistors, capacitors, resistors, and routing elements. Learn their functions and placement strategies.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: Cpu,
title: "Architecture Visualization",
description: "See how logic gates, memory blocks, and processing units are interconnected in real chip designs.",
button: { text: "View Details", href: "/3d-models" }
title: "Architecture Visualization", description: "See how logic gates, memory blocks, and processing units are interconnected in real chip designs.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: Zap,
title: "AI Accelerators",
description: "Specialized 3D models showing tensor processing units, neural engines, and AI-specific chip architectures.",
button: { text: "View Details", href: "/3d-models" }
title: "AI Accelerators", description: "Specialized 3D models showing tensor processing units, neural engines, and AI-specific chip architectures.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: Microscope,
title: "Process Technology",
description: "Learn about different fabrication nodes (5nm, 7nm, 28nm) and their structural differences.",
button: { text: "View Details", href: "/3d-models" }
title: "Process Technology", description: "Learn about different fabrication nodes (5nm, 7nm, 28nm) and their structural differences.", button: { text: "View Details", href: "/3d-models" }
},
{
icon: BarChart3,
title: "Performance Metrics",
description: "Visualize power consumption, thermal distribution, and signal integrity across chip designs.",
button: { text: "View Details", href: "/3d-models" }
title: "Performance Metrics", description: "Visualize power consumption, thermal distribution, and signal integrity across chip designs.", button: { text: "View Details", href: "/3d-models" }
}
]}
animationType="slide-up"
@@ -160,39 +140,27 @@ export default function HomePage() {
features={[
{
icon: Video,
title: "Video Lectures",
description: "High-quality educational videos from leading semiconductor experts and university professors.",
button: { text: "Watch Now", href: "/learn" }
title: "Video Lectures", description: "High-quality educational videos from leading semiconductor experts and university professors.", button: { text: "Watch Now", href: "/learn" }
},
{
icon: BookMarked,
title: "Interactive Tutorials",
description: "Step-by-step guides with real-time 3D visualization to learn chip design principles.",
button: { text: "Start Tutorial", href: "/learn" }
title: "Interactive Tutorials", description: "Step-by-step guides with real-time 3D visualization to learn chip design principles.", button: { text: "Start Tutorial", href: "/learn" }
},
{
icon: Code,
title: "Simulation Tools",
description: "Industry-standard SPICE simulations and power analysis tools integrated into the platform.",
button: { text: "Try Simulator", href: "/build" }
title: "Simulation Tools", description: "Industry-standard SPICE simulations and power analysis tools integrated into the platform.", button: { text: "Try Simulator", href: "/build" }
},
{
icon: Users,
title: "Community Forum",
description: "Connect with thousands of students and professionals to discuss designs and share knowledge.",
button: { text: "Join Community", href: "#" }
title: "Community Forum", description: "Connect with thousands of students and professionals to discuss designs and share knowledge.", button: { text: "Join Community", href: "#" }
},
{
icon: Award,
title: "Certification Path",
description: "Earn recognized certificates upon completing specialized modules and final projects.",
button: { text: "View Certificates", href: "/resources" }
title: "Certification Path", description: "Earn recognized certificates upon completing specialized modules and final projects.", button: { text: "View Certificates", href: "/resources" }
},
{
icon: Globe,
title: "International Content",
description: "Learn from global best practices while maintaining focus on China's semiconductor leadership.",
button: { text: "Explore Content", href: "/learn" }
title: "International Content", description: "Learn from global best practices while maintaining focus on China's semiconductor leadership.", button: { text: "Explore Content", href: "/learn" }
}
]}
animationType="slide-up"
@@ -209,25 +177,13 @@ export default function HomePage() {
tagIcon={Wrench}
products={[
{
id: "1",
name: "Simple Logic Gate Designer",
price: "Beginner Level",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/3d-isometric-view-of-a-semiconductor-mic-1772495006254-59d32a7a.png?_wi=1",
imageAlt: "Logic gate design interface"
id: "1", name: "Simple Logic Gate Designer", price: "Beginner Level", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/3d-isometric-view-of-a-semiconductor-mic-1772495006254-59d32a7a.png", imageAlt: "Logic gate design interface"
},
{
id: "2",
name: "8-bit Microprocessor Builder",
price: "Intermediate Level",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/interactive-3d-building-interface-for-mi-1772495006790-27bc8503.png?_wi=1",
imageAlt: "Microprocessor design tool"
id: "2", name: "8-bit Microprocessor Builder", price: "Intermediate Level", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/interactive-3d-building-interface-for-mi-1772495006790-27bc8503.png", imageAlt: "Microprocessor design tool"
},
{
id: "3",
name: "AI Accelerator Design Suite",
price: "Advanced Level",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/abstract-visualization-of-artificial-neu-1772495002206-03710966.png?_wi=1",
imageAlt: "AI accelerator module"
id: "3", name: "AI Accelerator Design Suite", price: "Advanced Level", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/abstract-visualization-of-artificial-neu-1772495002206-03710966.png", imageAlt: "AI accelerator module"
}
]}
gridVariant="three-columns-all-equal-width"
@@ -249,39 +205,27 @@ export default function HomePage() {
features={[
{
icon: Lightbulb,
title: "Semiconductor Fundamentals",
description: "Master the physics and mathematics behind semiconductor materials, doping, and band theory.",
button: { text: "Begin Module", href: "/learn" }
title: "Semiconductor Fundamentals", description: "Master the physics and mathematics behind semiconductor materials, doping, and band theory.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Layout,
title: "Circuit Design Principles",
description: "Learn CMOS logic, analog circuits, and mixed-signal design techniques used in modern chips.",
button: { text: "Begin Module", href: "/learn" }
title: "Circuit Design Principles", description: "Learn CMOS logic, analog circuits, and mixed-signal design techniques used in modern chips.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Grid3x3,
title: "Physical Design & Layout",
description: "Master floorplanning, placement, routing, and design rule checks for chip fabrication.",
button: { text: "Begin Module", href: "/learn" }
title: "Physical Design & Layout", description: "Master floorplanning, placement, routing, and design rule checks for chip fabrication.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Brain,
title: "AI Hardware Acceleration",
description: "Specialize in designing accelerators for machine learning, deep learning, and neural networks.",
button: { text: "Begin Module", href: "/learn" }
title: "AI Hardware Acceleration", description: "Specialize in designing accelerators for machine learning, deep learning, and neural networks.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Workflow,
title: "Fabrication & Verification",
description: "Understand the complete chip manufacturing process and validation testing procedures.",
button: { text: "Begin Module", href: "/learn" }
title: "Fabrication & Verification", description: "Understand the complete chip manufacturing process and validation testing procedures.", button: { text: "Begin Module", href: "/learn" }
},
{
icon: Trophy,
title: "Capstone Project",
description: "Design and simulate a complete AI-focused microchip as your final certification project.",
button: { text: "Begin Module", href: "/learn" }
title: "Capstone Project", description: "Design and simulate a complete AI-focused microchip as your final certification project.", button: { text: "Begin Module", href: "/learn" }
}
]}
animationType="slide-up"
@@ -295,35 +239,19 @@ export default function HomePage() {
title="Our Impact"
description="Trusted by students and professionals worldwide to accelerate their semiconductor and AI chip design expertise."
tag="Statistics"
tagIcon={TrendingUp}
tagIcon={Zap}
metrics={[
{
id: "1",
value: "2500",
title: "Active Learners",
description: "Students from 50+ countries mastering chip design",
icon: UsersMetric
id: "1", value: "2500", title: "Active Learners", description: "Students from 50+ countries mastering chip design", icon: UsersMetric
},
{
id: "2",
value: "150",
title: "Content Hours",
description: "Comprehensive video lectures and tutorials",
icon: Clock
id: "2", value: "150", title: "Content Hours", description: "Comprehensive video lectures and tutorials", icon: Clock
},
{
id: "3",
value: "45",
title: "Expert Instructors",
description: "PhD researchers and industry professionals",
icon: Award
id: "3", value: "45", title: "Expert Instructors", description: "PhD researchers and industry professionals", icon: Award
},
{
id: "4",
value: "98",
title: "Satisfaction Rate",
description: "Percent of learners achieving their goals",
icon: ThumbsUp
id: "4", value: "98", title: "Satisfaction Rate", description: "Percent of learners achieving their goals", icon: ThumbsUp
}
]}
gridVariant="uniform-all-items-equal"
@@ -342,28 +270,16 @@ export default function HomePage() {
useInvertedBackground={false}
testimonials={[
{
id: "1",
name: "Dr. Wei Chen",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-a-young-asian-f-1772495002223-6e17201c.png",
imageAlt: "Dr. Wei Chen"
id: "1", name: "Dr. Wei Chen", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-a-young-asian-f-1772495002223-6e17201c.png", imageAlt: "Dr. Wei Chen"
},
{
id: "2",
name: "Prof. Liu Zhang",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-an-asian-male-p-1772495002014-fda83f4d.png",
imageAlt: "Prof. Liu Zhang"
id: "2", name: "Prof. Liu Zhang", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-an-asian-male-p-1772495002014-fda83f4d.png", imageAlt: "Prof. Liu Zhang"
},
{
id: "3",
name: "Engineer Ming Wu",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-a-young-asian-m-1772495001876-a3a77016.png",
imageAlt: "Engineer Ming Wu"
id: "3", name: "Engineer Ming Wu", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-a-young-asian-m-1772495001876-a3a77016.png", imageAlt: "Engineer Ming Wu"
},
{
id: "4",
name: "Student Li Na",
imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-a-young-asian-f-1772495003684-4f14c2ee.png",
imageAlt: "Student Li Na"
id: "4", name: "Student Li Na", imageSrc: "https://webuild-dev.s3.eu-north-1.amazonaws.com/users/user_3APWwvH6zwBn8raCyUATARwZIXr/professional-headshot-of-a-young-asian-f-1772495003684-4f14c2ee.png", imageAlt: "Student Li Na"
}
]}
/>
@@ -392,8 +308,7 @@ export default function HomePage() {
copyrightText="© 2025 MicroChip AI. All rights reserved."
columns={[
{
title: "Platform",
items: [
title: "Platform", items: [
{ label: "3D Models", href: "/3d-models" },
{ label: "Learning Modules", href: "/learn" },
{ label: "Microchip Builder", href: "/build" },
@@ -401,8 +316,7 @@ export default function HomePage() {
]
},
{
title: "Resources",
items: [
title: "Resources", items: [
{ label: "Documentation", href: "/resources" },
{ label: "API Reference", href: "/resources" },
{ label: "Research Papers", href: "/resources" },
@@ -410,8 +324,7 @@ export default function HomePage() {
]
},
{
title: "Company",
items: [
title: "Company", items: [
{ label: "About Us", href: "/about" },
{ label: "Contact", href: "#" },
{ label: "Privacy Policy", href: "#" },

47
src/app/resources/page.tsx
View File

@@ -7,7 +7,7 @@ import MetricCardOne from '@/components/sections/metrics/MetricCardOne';
import ContactCTA from '@/components/sections/contact/ContactCTA';
import FooterBase from '@/components/sections/footer/FooterBase';
import Link from 'next/link';
import { BookMarked, FileText, Database, Link2, Globe, BookOpen, Rocket, TrendingUp, Award, Users, Clock, ThumbsUp } from 'lucide-react';
import { BookMarked, FileText, Database, Award, Users, Rocket, TrendingUp, BookOpen } from 'lucide-react';
export default function ResourcesPage() {
return (
@@ -47,21 +47,15 @@ export default function ResourcesPage() {
features={[
{
icon: BookMarked,
title: "Documentation",
description: "Complete guides and references for using all platform features, tools, and functionalities.",
button: { text: "Read Docs", href: "/resources" }
title: "Documentation", description: "Complete guides and references for using all platform features, tools, and functionalities.", button: { text: "Read Docs", href: "/resources" }
},
{
icon: FileText,
title: "API Reference",
description: "Detailed API documentation for developers wanting to integrate with our platform.",
button: { text: "View API", href: "/resources" }
title: "API Reference", description: "Detailed API documentation for developers wanting to integrate with our platform.", button: { text: "View API", href: "/resources" }
},
{
icon: Database,
title: "Research Papers",
description: "Academic papers on semiconductor design, AI computing, and related topics from leading researchers.",
button: { text: "Browse Papers", href: "/resources" }
title: "Research Papers", description: "Academic papers on semiconductor design, AI computing, and related topics from leading researchers.", button: { text: "Browse Papers", href: "/resources" }
}
]}
animationType="slide-up"
@@ -78,32 +72,16 @@ export default function ResourcesPage() {
tagIcon={TrendingUp}
metrics={[
{
id: "1",
value: "500",
title: "Documents",
description: "Comprehensive tutorials and guides",
icon: FileText
id: "1", value: "500", title: "Documents", description: "Comprehensive tutorials and guides", icon: FileText
},
{
id: "2",
value: "150",
title: "Research Papers",
description: "Latest semiconductor research",
icon: BookOpen
id: "2", value: "150", title: "Research Papers", description: "Latest semiconductor research", icon: BookOpen
},
{
id: "3",
value: "45",
title: "Video Lessons",
description: "Expert-led video content",
icon: Award
id: "3", value: "45", title: "Video Lessons", description: "Expert-led video content", icon: Award
},
{
id: "4",
value: "24/7",
title: "Support",
description: "Community forum access",
icon: Users
id: "4", value: "24/7", title: "Support", description: "Community forum access", icon: Users
}
]}
gridVariant="uniform-all-items-equal"
@@ -136,8 +114,7 @@ export default function ResourcesPage() {
copyrightText="© 2025 MicroChip AI. All rights reserved."
columns={[
{
title: "Platform",
items: [
title: "Platform", items: [
{ label: "3D Models", href: "/3d-models" },
{ label: "Learning Modules", href: "/learn" },
{ label: "Microchip Builder", href: "/build" },
@@ -145,8 +122,7 @@ export default function ResourcesPage() {
]
},
{
title: "Resources",
items: [
title: "Resources", items: [
{ label: "Documentation", href: "/resources" },
{ label: "API Reference", href: "/resources" },
{ label: "Research Papers", href: "/resources" },
@@ -154,8 +130,7 @@ export default function ResourcesPage() {
]
},
{
title: "Company",
items: [
title: "Company", items: [
{ label: "About Us", href: "/about" },
{ label: "Contact", href: "#" },
{ label: "Privacy Policy", href: "#" },