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PCPartPicker

PCPartPicker is a free online platform that enables do-it-yourself computer builders to assemble part lists, verify component compatibility, compare prices across multiple retailers, and track historical pricing trends to optimize builds for performance and cost. Launched as a side project to simplify hardware selection amid the complexities of frequent PC upgrades, the site has evolved into a comprehensive resource with tools for filtering parts by specifications, generating wattage estimates, and supporting international retailers in 37 countries (as of ). Founded in 2011 by Philip Carmichael, PCPartPicker operates as PCPartPicker LLC, a for-profit company headquartered in , with a small team focused on maintaining an extensive database of . Key features include user-generated build guides for various budgets and use cases, a gallery of completed user builds with photos and reviews, and active forums for and advice, fostering a vibrant among enthusiasts. The platform sustains itself through affiliate commissions from linked retailers, ensuring unbiased recommendations while providing deal alerts and rebate support to help users save on components like CPUs, GPUs, motherboards, and drives.

Overview and operations

Description and purpose

PCPartPicker is a launched in that specializes in components for do-it-yourself (DIY) builders. It serves as a central platform where users can research, select, and compare parts such as CPUs, GPUs, motherboards, and drives from various manufacturers. The core purpose of PCPartPicker is to assist users in assembling custom PCs by aggregating pricing from dozens of popular online retailers, while providing checks and warnings to ensure viable builds. This includes features like price history charts, alerts for deals, and tools to visualize potential system configurations, making it easier to identify cost-effective options without manual cross-referencing across sites. Key benefits for users include simplified decision-making for both novices and experienced builders, as the platform prevents errors from incompatible components—such as mismatched CPU sockets or insufficient power supplies—and highlights promotional to optimize budgets. Over time, it has evolved from a basic tool for plotting price trends into a comprehensive guidance resource, incorporating community-driven build sharing and forums for advice.

Ownership and team

PCPartPicker is owned and operated by PCPartPicker LLC, a privately held for-profit company headquartered in . The company was founded in 2011 by Philip Carmichael, who serves as its owner and chief executive. A software engineer by background, Carmichael developed the initial project as a personal tool to simplify PC component selection based on his own building experiences. Key leadership includes Jack Followay, who oversees daily operations, and Senior Relationship Jenny Followay, responsible for managing partnerships with retailers. The small team supports the platform's global reach across dozens of countries without external venture funding, maintaining bootstrapped growth since inception.

History

Founding and early years

PCPartPicker was founded in late 2010 by Philip Carmichael, a software and alumnus of . Development began in April 2010 as a side project, inspired by his passion for custom PC building and work on price-performance analysis for components like CPUs and hard drives. The site was first shared publicly in December 2010 on Reddit's r/buildapc subreddit. The initial concept evolved into a dedicated to tackle the fragmented nature of PC , where prices and availability varied widely across retailers. Launched as a hobby project without any initial funding, PCPartPicker went live to provide a centralized resource for enthusiasts. Early features focused on basic price aggregation from a limited number of U.S. retailers, pulling data to help users compare costs efficiently, and basic checks to flag potential issues like mismatched motherboards and CPUs.

Growth and redesigns

Following its initial launch, PCPartPicker experienced steady growth through iterative improvements and expansions. In February 2015, the website underwent a substantial redesign that enhanced the for better , expanded the compatibility database to cover more component interactions, and integrated additional retailers to broaden price comparison options. The platform expanded internationally by incorporating pricing data from retailers in regions such as and various European countries, enabling users outside the to access localized part selection and compatibility tools. This included the addition of features like daily price trends, which generate graphs of historical for categories including video cards, CPUs, , and to help users identify patterns amid market fluctuations. During the global GPU shortage from 2020 to 2022, driven by high demand, supply chain disruptions, and cryptocurrency mining, the site's price tracking provided insights into availability and volatility. By , the service had scaled to support pricing from over 200 retailers across 37 countries, reflecting its growth from a U.S.-focused tool to a global resource. The company marked its 10-year milestone in December with reflections on this evolution. Into 2025, PCPartPicker continued updating its database to include emerging hardware, such as the 9000 series processors and RTX 50-series graphics cards, ensuring compatibility checks and pricing for the latest components. Throughout its history, the company has remained bootstrapped with no major funding rounds, relying on and affiliate partnerships.

Core functionality

Part selection and compatibility checking

PCPartPicker maintains an extensive database of components, organized into primary categories to facilitate user selection during PC assembly. Core categories encompass central processing units (CPUs), CPU coolers, motherboards, random access memory (RAM), storage devices, graphics processing units (GPUs), cases, power supplies, operating systems, and monitors, while expansion categories include items like sound cards, network interface cards, and optical drives. This database is populated through manual entry and automated parsing of manufacturer and retailer product pages, ensuring coverage of thousands of models across major brands. Within each category, users apply parametric filters to narrow options based on key specifications, enabling precise part matching to build requirements. For CPUs, filters include socket type (e.g., or AM5), core count, thread count, and (TDP); motherboards support filters for chipset (e.g., Z790 or X670), (e.g., , micro-ATX), and supported RAM types; GPUs allow selection by (e.g., PCIe 4.0 or 5.0), length, and power connectors; RAM filters cover type (e.g., DDR4 or DDR5), speed (e.g., 3200 MT/s), capacity, and timings; and storage options include (e.g., , NVMe ), (e.g., 2.5-inch or ), and capacity ranges. These filters dynamically update the available selections, prioritizing with previously chosen components when the platform's is enabled. The compatibility engine operates via rule-based algorithms that cross-reference specifications from the part database against manufacturer datasheets to detect potential hardware conflicts. It performs automated checks for common issues, such as CPU-motherboard socket mismatches (e.g., an LGA 1200 CPU with an AM4 board), RAM type incompatibilities (e.g., DDR5 modules on a DDR4-only ), insufficient wattage relative to the total system draw (estimated using component TDPs and efficiency ratings), and physical clearance problems like GPU length exceeding case support or CPU cooler height surpassing limits. Additional validations include port and slot availability, such as M.2 key types for drives or PCIe allocation for GPUs and cards, with the engine drawing directly from verified specs to generate warnings. While comprehensive for electrical and interface compatibilities, the system notes limitations in verifying certain physical dimensions or interactions, recommending user verification for edge cases. Integration with retailers provides real-time pricing and stock information, sourced from over a dozen major vendors including , , , , and . For , data is pulled via official endpoints for accuracy and timeliness; other retailers rely on periodic of product pages to capture prices, shipping details, and availability, with updates occurring multiple times daily to reflect fluctuations. Out-of-stock items are explicitly flagged with indicators like "Unavailable," preventing their inclusion in active builds unless overridden, and direct purchase links route users to the retailer's site without altering the platform's neutral display order. This aggregation supports multi-vendor comparisons within builds, highlighting the lowest prices while accounting for factors like mail-in rebates and regional . To assist users, the platform employs visual and interactive aids for resolving issues, including color-coded alerts—such as icons for critical incompatibilities and for notes requiring attention—and inline suggestions for alternative parts that meet the same filters. For instance, if a selected GPU exceeds case clearance, the engine may propose shorter models from the same series with equivalent performance. These features streamline the selection process, reducing errors in virtual builds before physical assembly.

Build creation and sharing tools

PCPartPicker's build creation tools enable users to assemble configurations through an intuitive web-based , where components are selected via categorized menus or search functionality. Users begin by navigating to the "Choose Your Parts" section, which presents options for core hardware categories such as CPU, , , , video card, case, , and cooling solutions. Parts can be added by browsing filtered s—sorted by , popularity, or specifications—or by searching keywords, with each selection updating a dynamic parts in real-time. As components are added, the platform automatically calculates the total estimated cost, drawing from aggregated retailer prices, and provides a summary highlighting potential issues like mismatches or power requirements. This supports both and experienced builders by streamlining part selection without requiring downloads or installations. Customization options enhance flexibility during assembly, including a budget slider that filters component choices by price range to align with financial constraints, and an integrated wattage estimator that computes the build's power draw based on component specifications, offering a detailed breakdown to guide selection. For instance, the estimator accounts for CPU, GPU, and other peripherals to recommend appropriate PSU capacities, often suggesting a for efficiency and future upgrades. Users can also adjust notes for each part, override prices for custom scenarios, and utilize filters for attributes like or RGB compatibility. These tools promote iterative refinement, allowing builders to experiment with configurations while maintaining oversight of cost and viability. Export functionalities include generating text markups for easy copying into documents or forums, printing build summaries, and creating shareable affiliate links for individual parts that direct to retailers, facilitating without leaving the platform. Sharing features transform personal builds into communal resources, with options to generate public URLs for parts lists that display full specifications, costs, and compatibility details for viewing or editing by others. For completed systems, users can publish to the "Completed Builds" gallery by linking a saved parts list to photos, written descriptions of the assembly process or performance notes, and specifications, creating dedicated pages that invite community comments and ratings. This gallery serves as a visual showcase, featuring thousands of user-submitted builds sorted by popularity or date, where viewers can browse images, read build logs, and engage in discussions. The platform's mobile-responsive design ensures these tools are accessible on smartphones or tablets, supporting on-the-go edits and shares. Additionally, builds integrate with PCPartPicker's forums, where users can post links for feedback, troubleshooting, or inspiration, fostering a collaborative environment.

Additional features

Price tracking and trends

PCPartPicker provides users with detailed price history graphs for individual components, displaying the lowest available prices from partnered retailers over a historical period, typically spanning the past 90 days. These charts are updated daily and plot the minimum price points chronologically, allowing users to visualize short-term fluctuations such as sudden drops following product launches or sales events. For example, a graph for a specific video card might show an initial post-launch price of around $600 decreasing to $500 within the first month due to increased availability. In addition to individual part tracking, PCPartPicker offers aggregated through category-specific graphs that encompass thousands of components, such as video cards, CPUs, , and . These daily-generated visualizations include thick black lines representing average s, gray banding for minimum and maximum ranges, and light blue points indicating individual part prices to illustrate intensity. This enables observation of broader market dynamics, including post-launch price declines for new GPUs—often 10-20% within the first year—or during supply constraints, as seen in 2021-2023 when graphics card averages rose over 150% above MSRP amid cryptocurrency mining demand and global chip shortages exacerbated by the and . The platform's alerts system allows users to set notifications for thresholds on specific parts or filters across categories, such as alerting when any CPU under $200 meets certain specs. Users configure these by selecting a desired on a part's page or applying filters in the trends section, receiving notifications when conditions are met based on the lowest from preferred retailers. This feature supports proactive purchasing by monitoring integrated into build tools. Price data is sourced from coordinated partnerships with retailers like , , and , who supply reliable, accurate feeds rather than public scraping, ensuring timely updates. Frequencies vary by retailer, with some refreshing hourly and overall site-wide updates occurring several times daily to reflect current availability and pricing. PCPartPicker maintains transparency by noting these variations and the focus on lowest prices within user-selected merchant preferences.

Community resources and guides

PCPartPicker maintains a of curated build guides designed for diverse use cases and budgets, such as entry-level gaming setups under $800 or high-end configurations for streaming and . These guides feature meticulously selected component lists, including CPUs, GPUs, and options, accompanied by explanations of the rationale behind each choice to emphasize factors like performance balance, compatibility, and value. For instance, the "Magnificent Intel Gaming/Streaming Build" recommends an Core i7-14700K processor paired with a high-end GPU to support gaming and multi-streaming workloads, detailing how the parts optimize thermal efficiency and future-proofing. The platform's completed builds showcase serves as a of user-submitted projects, where builders upload photographs of their assembled systems, data from real-world tests, and comprehensive breakdowns reflecting current retailer prices. This feature fosters through mechanisms that highlight popular configurations and comment sections for discussing modifications, potential upgrades, or during . Examples include a $1535.76 build centered on the Ryzen 5 9600X CPU and RTX 5070 Ti GPU, and a more premium $6594.40 setup using the Ryzen 9 9950X and RTX 5090 for extreme gaming performance. Forums on PCPartPicker offer structured spaces for community interaction, with dedicated categories for hardware malfunctions, soliciting build advice, and debating retailer policies and availability. Key sections encompass "" for diagnosing issues like system crashes or compatibility errors, "Create A Part List For Me" for personalized recommendations, "Part List Opinions Wanted" for peer reviews, and specialized areas for components such as CPUs or . Users frequently discuss retailer-specific topics, including shipping reliability from vendors like or , and share strategies for sourcing parts during sales events. PCPartPicker's educational resources aid users in understanding through its benchmarks section, which provides standardized comparisons for components like drives, measuring metrics such as sequential read/write throughput and speeds to inform selection decisions. While the platform lacks a standalone , forum threads offer practical explanations of hardware terminology, such as breakdowns of CPU features like core counts and clock speeds in series processors. Users can briefly reference shared individual builds in these discussions to contextualize data, such as expected in games like Cyberpunk 2077.

Business model and impact

Revenue and partnerships

PCPartPicker generates revenue exclusively through affiliate commissions from user purchases made via links to partner retailers on the site. The company maintains affiliate relationships with major merchants including , , , and , earning compensation for referred sales that funds site operations, maintenance, and feature development. These commissions typically range from 1% to 5% per sale for categories, varying by retailer and program terms. The partnership model relies on agreements with numerous retailers to provide feeds for pricing, stock levels, and product details, enabling comprehensive compatibility and build guidance for users. Compensation structures are fully disclosed in the site's , emphasizing that affiliate earnings do not influence editorial content, reviews, or recommendations. PCPartPicker operates without advertisements, subscription models, or user sales, adhering to a , user-focused approach. As a privately held entity owned by PCPartPicker, LLC and bootstrapped without external investors or rounds, the company has sustained growth through organic affiliate income since its inception. For global accessibility, PCPartPicker customizes its partnerships by region, such as integrating Canadian-specific retailers like Canada Computers on its localized site to reflect local pricing and availability.

Usage and reception

PCPartPicker receives approximately 7.7 million monthly visits as of October 2025, reflecting its prominence as a key resource for enthusiasts. The platform is particularly favored in online PC building communities, including Reddit's r/buildapc, where users frequently share and validate part lists for compatibility and pricing. The site has garnered positive reception for its intuitive interface and reliable compatibility checks, which simplify the process of selecting components for novice and experienced builders alike. Users and reviewers often highlight its accuracy in identifying standard hardware mismatches. During the , the platform was noted for simplifying DIY PC assembly by aggregating global retailer data and providing accessible tools. Despite its strengths, PCPartPicker faces criticisms for occasional inaccuracies in niche configurations, such as custom loops, where physical fitment details may not be fully accounted for. Regional limitations have also been noted, including intermittent gaps in Canadian reported in 2024, requiring users to manually verify local availability. On review aggregators like , it holds a 4-star rating from 36 reviews, with some users pointing to these gaps as detracting from its utility in non-U.S. markets. Overall, PCPartPicker has significantly influenced DIY PC building culture by empowering users to plan custom systems without specialized knowledge, fostering a more inclusive . Its tools are routinely integrated into tutorials and hardware reviews through 2025, such as those from channels like Paul's Hardware, where part lists are generated and shared directly from the site to guide viewers.

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