Octopart + Altium 365 RSP = Smarter Component Choices, Faster Design Cycles

Adam J. Fleischer
|  Created: December 19, 2024  |  Updated: January 7, 2025
Smarter Component Choices, Faster Design Cycles

Are you using Octopart to determine component pricing and availability? If so, you can enhance your electronics design workflow by bringing together Octopart's powerful component search capabilities with systematic requirements management in Altium 365. Requirements & Systems Portal (RSP) in Altium 365 helps you define and track requirements throughout the development process, leading to more informed decisions and fewer design iterations.

The Power of Component Data

Octopart has established itself as the industry's leading electronic component search engine, trusted by more than 15 million users annually. Engineers rely on Octopart's comprehensive database of 72 million electronic components from 400+ distributors and thousands of manufacturers to make informed part selection and sourcing decisions. Last year, Octopart users performed more than 83 million searches and created more than 205k BOMs with the Octopart BOM Tool.

Requirements Management Reimagined

Every component choice in electronics design sets off a chain reaction. Each selection must align with system requirements, procurement constraints, and performance specifications. When component data and requirements live in separate systems, engineers spend countless hours validating choices against specifications–time better spent on innovation.

The Requirements & Systems Portal makes requirements accessible through both the Altium 365 web interface and the Altium Designer application. Engineers can define parts requirements and include links to relevant component data or documentation. This systematic approach takes traditional component selection from a series of manual checks to a more structured, requirement-driven workflow.

Beyond Basic Part Search

Traditional component selection often involves toggling between requirement documents, datasheets, and supplier websites. Engineers must manually verify that each part meets system specifications, temperature ranges, and performance requirements. This process becomes especially challenging when requirements change, forcing re-validation of previously selected components.

Octopart simplifies the component search process through:

  • Smart search algorithms that understand technical queries
  • Real-time pricing and availability data from hundreds of distributors
  • Access to a vast library of updated datasheets
  • Powerful parametric search capabilities
     

Meanwhile, RSP provides a structured environment for managing component requirements. When requirements change, having this organized system helps teams quickly identify which components need review.

Connecting Component Selection with Requirements

RSP enables engineers to establish and track component-specific requirements throughout the design cycle. Teams can document their required specifications and include links to components on Octopart in each requirement, creating clear traceability between requirements and supporting component documentation. This helps prevent specification mismatches early in the design process, enabling teams to catch potential issues before they impact production timelines.

When requirements change, RSP's organization helps engineers quickly identify affected components. Engineers can program specific parameters into requirements for automated verification–for example, setting up checks for temperature ranges, voltage specifications, or package constraints. While these automated capabilities streamline verification, engineers maintain complete control and can perform deeper manual validation when needed.

Managing Complex Design Requirements

As electronics become more complex, maintaining the connection between component specifications and system requirements grows more critical. Having both Octopart and RSP in your toolkit helps teams handle this increasing complexity effectively.

The combination of these tools enhances critical workflows:

  • Supply chain decisions: Teams can use Octopart's live component availability data from hundreds of distributors while maintaining clear documentation of required specifications in RSP.
  • Compliance tracking: Records of component selections and the corresponding requirements are continuously maintained and organized.
  • Design reviews: With clear traceability between requirements and supporting component documentation, teams can efficiently validate decisions.

A Foundation for Streamlined Design

The combination of powerful component search and systematic requirements management creates a foundation for more efficient, reliable electronics design. As designs grow more complex and component options more numerous, this holistic approach helps teams focus on innovation rather than administration.

With Octopart, engineers can quickly find components that match their needs, accessing real-time data from over 400 distributors and thousands of manufacturers. RSP provides the framework to document, track and verify these critical specifications throughout the development process. Together, these tools transform traditional component selection from an often-fragmented process into a more methodical workflow.

Engineers can move confidently through their design process, from initial requirements definition through final component selection. Rather than toggling between scattered documents and datasheets, they can maintain clear documentation of their requirements and supporting component data. This enables teams to catch potential issues early, validate design decisions more efficiently, and ultimately deliver better products.

Interested in AI-powered requirements management and systems engineering? Discover Altium 365 RSP today!

About Author

About Author

Adam Fleischer is a principal at etimes.com, a technology marketing consultancy that works with technology leaders – like Microsoft, SAP, IBM, and Arrow Electronics – as well as with small high-growth companies. Adam has been a tech geek since programming a lunar landing game on a DEC mainframe as a kid. Adam founded and for a decade acted as CEO of E.ON Interactive, a boutique award-winning creative interactive design agency in Silicon Valley. He holds an MBA from Stanford’s Graduate School of Business and a B.A. from Columbia University. Adam also has a background in performance magic and is currently on the executive team organizing an international conference on how performance magic inspires creativity in technology and science. 

Related Resources

Back to Home
Thank you, you are now subscribed to updates.