Partstack
Octopart
Findchips
Easybom
Digchip
DigiKey
Component Search Engine
Ultra Librarian
Rust
Python
Java
Haskell
JavaScript
Elixir
NIM
Clojure
It’s not easy building the technology of tomorrow—but you do it every day.
We built Partstack for you—the dreamers, innovators, and mold-breakers who fearlessly build the game-changing products that power our world.
Whether you’re searching for a single component or thousands, Partstack gives you access to the semiconductor market's most comprehensive catalog of component pricing and availability data from a curated “stack” of the market’s most diverse group of global suppliers. Get datasheets, tech specs, and more for over 1 billion parts.
And that’s just the beginning.
Welcome to the future of electronic components search.
We recommend LibHunt Rust for discovery and comparisons of trending Rust projects.
Partstack's answer
We're a next-generation search engine and digital marketplace for semiconductor and electronic component buyers & traders. Partstack was designed for today’s globally connected marketplace. One key difference is that we’re not a "pay-to-play" platform. Customers never pay a dime and approved suppliers can display their in-stock inventory without restriction.
Users can find more parts, more suppliers, and radically transparent pricing and inventory data—faster than ever before.
Partstack's answer
We've assembled the world's largest semiconductor supply chain and supercharged it with the power of modern search technology. And we're iterating and improving our marketplace every single day.
Partstack features the most diverse and comprehensive supplier stack of all electronic component marketplace platforms. Most importantly, our extensive component catalog is shared with users via product-rich data pages that feature insights that are simply not available on any other platform. In addition to form, fit, function, and standard trade compliance data, users can find information about part manufacturer leadership, financials, fab locations, and other key data points.
Partstack's answer
Our primary audience consists of the builders, makers, and innovators who create the products that power our world. We built Partstack to make life (and sourcing!) easier for these everyday game-changers (i.e., electrical engineers, PCB design teams, semiconductor procurement professionals, distributors, product manufacturers, students, etc.). Whether they are independent hobbyists, a company of one, or a large-scale corporation (OEM/CM)—we make it easy for users to find their place in the stack.
Partstack's answer
The platform is the brainchild of a team of electrical and software engineers who wanted to build the world’s most comprehensive electronic components database and marketplace platform. We like to say that Partstack was built for engineers, by engineers with one goal in mind: Marketplace diversity and transparency.
Partstack's answer
An array of cutting-edge technologies come together to build our platform's "technological harmony." We take advantage of both client-side and server-side rendering to parse and manage the flow of data across our multi-vendor marketplace. We utilize direct supplier uploads and some programmatic interfacing to collect real-time pricing and inventory data to populate our supplier stack. Technologies such as Cloudflare and SSL certificates are used to ensure user authentication, data encryption, and overall platform security. Finally, several in-house, custom-built proprietary technologies are used to power our search engine, stack logic, and other features of our marketplace.
Partstack's answer
Partstack supports users from the world’s largest manufacturing companies (OEMS) and contract manufacturers. We also proudly serve tinkerers and hobbyists.
Based on our record, Rust seems to be more popular. It has been mentiond 53 times since March 2021. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.
I have been coding in C++, Go, and TypeScript for many years, but recently I started learning the Rust Programming Language. - Source: dev.to / 3 months ago
By considering these goals up-front, we can avoid a ball-of-mud solution that causes fresh headaches for each new edge case raised. After some thinking on possible shapes for such a solution (and admittedly also at least partially to give myself a chance to play with rust and graphs, I developed darn - a tool that aims to use the context inherent in a document’s structure, and an extensible list of weighted user... - Source: dev.to / 4 months ago
Install Rust: Head over to the official Rust website (rust-lang.org) and follow the instructions to install rustup, the Rust toolchain installer. - Source: dev.to / 7 months ago
Brkrs is a real, playable Breakout/Arkanoid-style game written in Rust 🦀 using the Bevy engine. It’s also a hands-on learning project, letting you explore:. - Source: dev.to / 9 months ago
Soroban smart contracts, written in Rust, need to communicate errors back to the calling application. These errors must be:. - Source: dev.to / 10 months ago
Octopart - A simple wrapper for the Octopart V3 API for Node. Contribute to octopart/octopart-node development by creating an account on GitHub.
Python - Python is a clear and powerful object-oriented programming language, comparable to Perl, Ruby, Scheme, or Java.
Findchips - Findchips is a database for searching electronic parts and components and provide datasheet and bill of materials from multiple distributors and manufacturers.
Java - A concurrent, class-based, object-oriented, language specifically designed to have as few implementation dependencies as possible
Easybom - Easybom establishes a communication bridge for suppliers, purchasers, and engineers with electronic component data as its core.
Haskell - An advanced purely-functional programming language