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Altium Logo


United States
San Diego
201 - 1,000
Open website

Altium Limited develops and sells computer software for the design of electronic products. The company offers products in the domains of PCB implementation, FPGA design, Embedded Software development, and design data management for individual engineers, small teams, and enterprises.

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Accuphase Laboratories, Agilent-Qianfeng Electronics Technologies ANCA, Bang & Olufsen

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Altium is a provider of Industrial IoT platform as a service (paas), processors and edge intelligence, sensors, actuators, functional applications, networks and connectivity, analytics and modeling, application infrastructure and middleware, other, wearables, infrastructure as a service (iaas), drones, and robots technologies, and also active in the aerospace, automotive, buildings, cement, chemicals, consumer goods, education, electrical grids, electronics, equipment and machinery, food and beverage, glass, healthcare and hospitals, marine and shipping, plastics, renewable energy, semiconductors, telecommunications, and transportation industries.
Acoustic Sensors
Air Pollution Sensors
Autonomous Driving Sensors
Electrical Conductivity Sensors
Environmental Sensors
Infrared Sensors
Lidar & Lazer Scanners
Utility Meters
Vibration Sensors
Networks & Connectivity
Global Navigation Satellite System (GNSS)
Analytics & Modeling
Computer Vision Software
Digital Twin / Simulation
Machine Learning
Platform as a Service (PaaS)
Application Development Platforms
Device Management Platforms
Infrastructure as a Service (IaaS)
Cloud Databases
Hybrid Cloud
Autonomous Guided Vehicles (AGV)
Electrical Actuators
Processors & Edge Intelligence
Microcontrollers & Printed Circuit Boards
VTOL & VTOL Hybrid Drones
Application Infrastructure & Middleware
Middleware, SDKs & Libraries
Functional Applications
Manufacturing Execution Systems (MES)
Use Cases
Additive Manufacturing
Autonomous Robots
Building Automation & Control
Construction Management
Experimentation Automation
Facial Recognition
Indoor Air Quality Monitoring
Inventory Management
Last Mile Delivery
Leasing Finance Automation
Manufacturing Process Simulation
Material Handling Automation
Outdoor Environmental Monitoring
Predictive Maintenance
Predictive Waste Reduction
Rapid Prototyping
Real-Time Location System (RTLS)
Remote Collaboration
Service Parts Management
Smart Campus
Smart Parking
Time Sensitive Networking
Track & Trace of Assets
Vehicle Performance Monitoring
Virtual Prototyping & Product Testing
Virtual Reality
Visual Quality Detection
Water Utility Management
Logistics & Transportation
Product Research & Development
Quality Assurance
Consumer Goods
Electrical Grids
Equipment & Machinery
Food & Beverage
Healthcare & Hospitals
Marine & Shipping
Renewable Energy
Cloud Planning, Design & Implementation Services
Data Science Services
Hardware Design & Engineering Services
System Integration
Testing & Certification
Altium’s Technology Stack maps Altium’s participation in the platform as a service (paas), processors and edge intelligence, sensors, actuators, functional applications, networks and connectivity, analytics and modeling, application infrastructure and middleware, other, wearables, infrastructure as a service (iaas), drones, and robots IoT technology stack.
  • Application Layer
  • Functional Applications
  • Cloud Layer
  • Platform as a Service
    Infrastructure as a Service
  • Edge Layer
  • Automation & Control
    Processors & Edge Intelligence
  • Devices Layer
  • Robots
  • Supporting Technologies
  • Analytics & Modeling
    Application Infrastructure & Middleware
    Cybersecurity & Privacy
    Networks & Connectivity
Technological Capability
Number of Case Studies35
Greening PCBs with SODAQ and Altium: A Case Study
SODAQ, a Netherlands-based company, has been focusing on creating greener Printed Circuit Boards (PCBs) for over seven years. They design hardware and software for a variety of applications, including smart desks and bikes that measure air quality. Their first product, a solar-powered weather station, established them as pioneers in green technology. However, as their designs became more complex, integrating GPS tracking and solar power, they faced challenges. Designing complex PCBs with integrated solar panels required professional design tools. Their non-solar designs, like office desks that can track occupancy, featured custom applications that surpassed the limitations of most PCB design software tools. Managing components and design libraries with their old ECAD software was challenging, and collaboration between mechanical engineers and PCB designers was difficult.
Perfect Sound Forever: Teenage Engineering's Synthesizers and Altium's CoDesigner
Teenage Engineering, a Swedish company, specializes in creating compact, powerful synthesizers, including a series of small, battery-powered synthesizers known as pocket operators. These devices, which are roughly the size of a pocket calculator, can be connected together to produce and record a variety of music genres. The company's mission is to make synthesizers accessible to everyone, with a simple interface, animated LCD displays, and affordable price points. However, the design process of these devices presented a challenge. The company handles everything in-house, from electrical and mechanical engineering to industrial design and software development. The main challenge was getting the balance right between ECAD and MCAD software tools. The company's designs usually start on the MCAD side, building up the overall electromechanical look and feel. An ultra-tight tolerance chain was key when bouncing designs back and forth between Altium and MCAD.
Transforming PCB Design with Altium Designer and Altium 365: A Case Study
Small PCB design firms often face the challenge of limited access to affordable, comprehensive software tools. These tools are essential for designing, co-designing, sourcing parts, and sharing projects at each stage of the development cycle. Many available tools are incomplete, requiring additional modules that increase complexity and costs. Matthew Lightsey, founder and principal designer of Granite Summit Designs, experienced this challenge firsthand. His firm specializes in designing custom PCBs for various industries, including commercial, industrial, aerospace, and defense. When starting his own design firm, Matt did not want to compromise on professional tools. However, he found that more comprehensive solutions came with a higher price tag, while cheaper solutions were inadequate for professional use.
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