Hardware just got a little less hard. See how Flux reduces busy work, keeps your team in sync, and gives you AI superpowers. Join the revolution at flux.ai
Flux
电器、电气和电子产品制造业
San Francisco,California 5,567 位关注者
We help hardware teams build better products through collaboration, live simulation, and a community library of parts.
关于我们
Flux is a better way to build PCBs. Now with Copilot, your AI assistant! ?? Sign up for free at https://flux.ai!
- 网站
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https://www.flux.ai
Flux的外部链接
- 所属行业
- 电器、电气和电子产品制造业
- 规模
- 11-50 人
- 总部
- San Francisco,California
- 类型
- 私人持股
- 创立
- 2019
产品
Flux.ai
印刷电路板 (PCB) 设计软件
Flux is the leading AI-first hardware design tool at scale. ? Flux Copilot - an AI assistant that’s secure, trustworthy, customizable, and specially designed to meet the needs of hardware design teams. - AI design reviews - Make parts with AI - Research parts with AI - Architecture design with AI ? Integrated Workflow - Draw schematics, source parts, simulate circuits, and layout PCBs all in one tool that always stays in sync. ? A real-time collaborative EDA platform - Designed from the ground up to enable agile hardware teams to work together better. ? Reusable Blocks - Never start a project from scratch again. Like Github, Flux makes building upon the work of others easy.
地点
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主要
US,California,San Francisco
Flux员工
动态
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40+ Open-Source Hardware Projects for the Holidays ?? Explore cutting-edge designs for IoT devices, Raspberry Pi, Arduino, drones, smart home gadgets, robotics, and more. Whether you’re building motor controllers, weather stations, or smart vending systems, there’s something here for every maker. All open-source and ready to customize! Check the comments for the document with the project list. #pcb #arduino #raspberrypi #electronics #hardware #opensource #maker?
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This is why your layout looks bad ?? Proper component placement is critical for creating a great layout, yet it's often overlooked when you're starting out. Get the full tutorial below! In the meantime, here are some quick tips: ?? Start with a centerpiece to establish a foundation for the rest of the layout. ?? Prioritize high-importance components like power regulators and MCUs before placing others. ?? Group components logically, such as LDOs, MCUs, and similar sections, to simplify connections. ?? Use alignment guides instead of grids to keep your design clean and precise. ??? Rely on the Ratsnest or airwires to guide optimal connections. ?? Use the 3D Viewer to check for potential assembly issues. ??? Component placement is an iterative process—refine and adjust as you go. Find the full tutorial at the link in the comments. #pcb #electricalengineering #electronics #hardware #pcblayout
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Thanks to you, Flux now has the largest community-made parts library in an eCAD! ?? With our community’s contributions, this year, Flux’s parts library has grown from 170,000 to over 800,000 components—one of the largest libraries embedded directly in any ECAD tool. This means instant access to a huge selection of parts. ??? What’s New: ? +672,000 High-quality parts from leading manufacturers—complete with symbols, footprints, datasheet links, descriptions, 3D models, and real-time pricing and availability. ?? Powerful Filters & Real-Time Data ? Find the right parts faster with professional-grade filters like Part Type, Manufacturer, Mount Style, Package Case Code, Availability, Compliance, and Terminal Count. ? See live pricing and stock data in real-time, so you can make informed decisions without leaving the same tool. ?? Smarter Research with AI Workflows ? Flux Copilot allows you to chat about datasheets, ask questions, and get immediate answers on part specs and capabilities. ? Easily compare parts on the canvas to choose the best components for cost, power efficiency, or performance. Our community's contributions are what make this library possible, every shared part helps someone else build faster and more efficiently. Dive into Flux, add your parts, and start your next project with support from the entire Flux community and powerful AI workflows! Learn more: https://lnkd.in/gvwABJ-j #pcb #electricalengineering #electronics #hardware
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This is the AI Design Review Tab! This is your go-to for smarter, context-aware PCB checks, making sure no critical errors or missed optimizations slip through. With each review, you get insights designed to boost reliability and manufacturability. ?? Resistor Power Ratings — Verifies each resistor can handle its power load, reducing the risk of overheating or failures. ?? Capacitor Voltage Margins — Confirms all capacitors are safe within your circuit’s voltage demands to keep everything running smoothly. ?? Pull-Up/Pull-Down Configurations — Double-checks resistors are set correctly, so your logic circuits function as intended. ?? Parts Availability — Flags components that may be hard to source, helping you choose reliable parts and avoid supply chain issues. More info in the comments! #pcb #electricalengineering #electronics #hardware
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This is what AI can help you with in PCB design reviews. #pcb #electricalengineering #electronics #hardware
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Introducing the AI Design Review Tab: a smarter, context-aware way to check your PCB for critical errors and missed optimizations. ?? Our first release covers resistor power, capacitor voltage margins, pull-up/pull-down configs, & parts availability—catching issues you might not think to check. It’s like having a 24/7 design partner that understands your project’s unique needs, helping you create reliable, manufacturable designs. Read the full announcement & try it yourself! ?? https://lnkd.in/guTpxgE6
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This is probably one of the best on-hands way to learn electronics #pcb #electricalengineering #electronics #hardware #pcbdesign
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This is Scale Snap 3D: a high-precision PCB designed for 3D photogrammetry, engineered for exceptional reconstruction accuracy. The design is to enable modular expansion of the camera array via I2C, ensuring synchronized image capture across multiple modules. ?? Designed by Ryan Wong and manufactured in collaboration with Seeed Studio and Oshpark, this board features: ?? ATMega32U4 microcontroller for precise control and USB 2.0 ?? On-board microSD card slot ?? Scalable SPI-enabled array ?? I2C synchronization ? Dual power options (USB-C or 12V barrel jack) Check out the project: https://lnkd.in/gk78cmve #pcb #electricalengineering #electronics #hardware #photogrammetry