export const budgetOfficePCSteps = [ { id: 0, title: "Budget Office PC Build Overview", description: "Small form factor office PC using affordable parts", duration: "2–3 hours", difficulty: "Beginner–Intermediate", tools: [], content: `This guide walks through building a compact, budget-friendly office PC for everyday productivity such as browsing, documents, media playback, and light multitasking. This build uses: • A small form factor case (Jonsbo C2 style) • An Intel CPU with integrated graphics (no GPU required) • SATA SSD storage • SFX power supply mounted at the front The build prioritizes low cost, compact size, and reliability over performance upgrades or gaming. Before starting, gather all parts and tools and make sure you have enough workspace. Think of each step as a building block that leads to a functional, reliable PC.`, tips: [ "This build is ideal for office and home productivity tasks", "Integrated graphics are sufficient for non-gaming workloads", "Keep your workspace organized to avoid losing screws or small parts", ], warnings: [ "Tight spaces require patience during installation", "Cable routing is critical in small cases", "Avoid rushing – small mistakes can lead to component damage", ], commonMistakes: [ "Skipping the overview and starting assembly without understanding the build layout", "Not checking if all components are present before beginning", "Assuming all office PCs require a GPU upgrade" ], image: null, completed: false, }, { id: 1, title: "Prepare Workspace & Case Modifications", description: "Prepare the case and storage mounting", duration: "10–15 minutes", difficulty: "Intermediate", tools: ["Phillips screwdriver", "Zip ties or Velcro straps"], content: `Before installing components, prepare the case: 1. Remove side panels and internal brackets. 2. Modify or reposition the SSD/HDD mounting plate if needed. 3. Ensure SATA power and data cables can pass through cleanly. 4. Prepare PSU mounting (front-mounted SFX layout). Dry-fit the SSD and PSU to visualize how cables will route. Planning cable paths early makes installation smoother. Note: In this build, the SSD is secured using cable tension due to space constraints. This prevents the SSD from moving without requiring additional brackets.`, tips: [ "Dry-fit parts before final installation", "Plan cable paths early in small cases", "Check that all screws and standoffs are accounted for", ], warnings: [ "SSD may not be easily accessible after full assembly", "Avoid sharp edges when modifying metal brackets", ], commonMistakes: [ "Forcing SSD or PSU into the case without checking cable clearance", "Neglecting to remove unnecessary brackets, causing later obstructions", "Failing to verify cable routing before installing motherboard" ], image: null, completed: false, }, { id: 2, title: "Install CPU, RAM, and CPU Cooler", description: "Prepare the motherboard outside the case", duration: "15 minutes", difficulty: "Easy", tools: ["Thermal paste (if replacing stock cooler)"], content: `1. Install the Intel CPU into the motherboard socket, aligning the triangle marker. 2. Insert RAM modules until they click into place. 3. Remove stock cooler if upgrading. 4. Apply thermal paste and install tower-style CPU cooler. 5. Ensure cooler orientation allows PSU clearance. Reasoning: Installing CPU and RAM outside the case reduces the risk of bending pins and makes cooler installation easier. Low-profile RAM is recommended in compact cases for proper airflow.`, tips: [ "Align CPU using the triangle marker", "Low-profile RAM is recommended for tight builds", "Handle components by edges to avoid static damage", ], warnings: [ "Do not overtighten the CPU cooler", "Remove the protective film from the cooler base", "Avoid touching the CPU pins or RAM contacts", ], commonMistakes: [ "Incorrectly aligning the CPU and bending pins", "Forgetting to remove the protective film from the cooler", "Over-tightening cooler screws, damaging the motherboard" ], image: "/cpu-ram.mp4", completed: false, }, { id: 3, title: "Install Motherboard and Power Supply", description: "Mount components inside the compact case", duration: "20–30 minutes", difficulty: "Intermediate", tools: ["Screwdriver", "Needle-nose pliers (optional)"], content: `1. Install the I/O shield carefully (tabs outside the ports). 2. Lower the motherboard into the case slowly. 3. Secure motherboard with screws without overtightening. 4. Connect the 24-pin power cable before PSU placement. 5. Mount the SFX power supply at the front of the case. 6. Secure PSU using Velcro straps or zip ties if screws are inaccessible. Tip: Connect tight or long cables first to make routing easier later. Double-check I/O shield alignment to avoid port shorting. Each component placement impacts the ease of later steps like storage and cooling installation.`, tips: [ "Connect tight cables before final PSU placement", "Double-check I/O shield alignment", "Check motherboard standoff positions before securing screws", ], warnings: [ "Very limited clearance around RAM and power cables", "Incorrect I/O shield placement can short ports", "Do not force the motherboard into the case; it should fit naturally", ], commonMistakes: [ "Skipping the 24-pin connection and trying to place PSU first", "Misaligning the I/O shield and bending ports", "Forcing screws in tight spaces and stripping them" ], image: "/motherboard-psu.mp4", completed: false, }, { id: 4, title: "Install Storage, Fans, and Cable Routing", description: "Finalize internal connections", duration: "15 minutes", difficulty: "Intermediate", tools: ["Screwdriver"], content: `1. Install SATA SSD and connect power + data cables. 2. Route cables away from RAM and CPU cooler for optimal airflow. 3. Install bottom intake fan if supported. 4. Connect front panel connectors (USB, power button, LEDs). 5. Secure loose cables to prevent interference with fans. Explanation: Proper cable management is crucial for cooling efficiency and component accessibility. In compact cases, even small obstructions can impact airflow or make later upgrades difficult.`, tips: [ "Bottom intake fan helps with airflow in compact cases", "Cable management improves thermals and reliability", "Label cables if necessary for troubleshooting later", ], warnings: [ "Avoid pinching cables near memory slots", "Ensure SATA connectors are fully seated", "Double-check front panel connections before powering on", ], commonMistakes: [ "Running cables over the RAM or CPU cooler", "Forgetting to secure front panel connectors", "Leaving loose cables that block airflow" ], image: "/storage-peripherals.mp4", completed: false, }, { id: 5, title: "First Boot & Office Setup", description: "Power on and verify system stability", duration: "20 minutes", difficulty: "Easy", tools: ["Monitor", "Keyboard", "Mouse"], content: `1. Connect monitor using HDMI or DisplayPort. 2. Turn on PSU and press the power button. 3. Enter BIOS to confirm CPU, RAM, and SSD detection. 4. Install operating system (Windows or Linux). 5. Install basic drivers and updates. Tip: Monitor temperatures and system stability during the first boot. Disable unnecessary startup apps to improve performance. Integrated graphics are sufficient for office tasks; no discrete GPU is needed. Beginner guidance: Think of this step as confirming that all previous installations were correct. Any misalignment or loose connection will often show up now, so troubleshoot carefully before moving on.`, tips: [ "Check BIOS temperatures on first boot", "Disable unused startup apps for faster boot times", "Test basic applications (Word, browser, media) to ensure stability", ], warnings: [ "Do not power off repeatedly during OS installation", "Ensure proper airflow during initial boot to avoid overheating", ], commonMistakes: [ "Skipping BIOS check and assuming everything works", "Interrupting OS installation, causing corrupted setup", "Neglecting driver updates leading to slow performance" ], image: "/first-boot.mp4", completed: false, }, ];