Top 50 Computer And Electronic Product Manufacturing in United States

The startup provides integrated-circuit design and manufacturing services, including chip design, technology incubation, and multi-project wafer (MPW) services, to semiconductor and systems companies. By offering power management ICs and RF front-end products, the company enables design firms to achieve cost-effective solutions and faster time-to-market for energy-efficient and reliable electronic devices.

Atomic Semi manufactures fabrication equipment for semiconductor fabs, focusing on developing tools that enable rapid production at advanced geometries. The company addresses the need for efficient, scalable manufacturing solutions in the semiconductor industry by assembling a skilled team of engineers to enhance production capabilities.

The startup manufactures chip glass substrates for the industrial sector using advanced glass processing techniques. Their products enhance the performance and durability of electronic components, addressing the need for high-quality substrates in various applications.

Cofactr provides a data-driven platform for electronics procurement, inventory management, and logistics, enabling hardware manufacturers to streamline their supply chains and reduce delays in production. By integrating parts data intelligence with automated procurement and kitting services, Cofactr enhances operational efficiency and ensures timely delivery of critical components for industries such as aerospace and robotics.

This startup develops AI and large language model (LLM) tools specifically for the design and manufacturing sectors, utilizing advanced AI and computer graphics to enhance engineering productivity. By streamlining the design and manufacturing process, the company enables enterprises to significantly lower costs and accelerate project timelines.

Atlas Magnetics develops semiconductor packaging materials that integrate passive components within integrated circuit (IC) substrates, enabling the production of custom ASICs in just 10 minutes without non-recurring engineering costs. This approach reduces the number of components on system boards, addressing the challenges of space and cost in modern electronics design.

Micron Technology manufactures DRAM, flash memory, and CMOS image sensors, providing essential components for data storage and processing in various electronic devices. Their products enhance performance and reliability in computing systems, addressing the growing demand for efficient memory solutions in an increasingly data-driven world.

Efficient Computer develops a programmable processor architecture that utilizes spatial dataflow to enhance energy efficiency, achieving up to 166 times greater efficiency than standard embedded CPUs. This technology enables long-lasting, battery-powered devices for applications in industrial automation, wearables, and space systems, addressing the critical issue of energy consumption in resource-constrained environments.

The startup has developed a manufacturing technology system that attaches digital instructions to physical objects, guiding operators through standard operating procedures (SOPs) while tracking task completion. This platform enhances operational efficiency by providing real-time data on factory activities, enabling manufacturers to optimize workflows and improve workforce productivity.

Diode Computers provides an AI-driven platform for automated hardware design, enabling users to create custom PCBs by selecting components and layouts with minimal effort. This technology reduces manufacturing time from weeks to days, addressing the inefficiencies and high costs associated with traditional electronics design processes.

SkyWater Technology is a semiconductor manufacturer specializing in advanced fabrication processes for integrated circuits. The company provides reliable and cost-effective solutions for the semiconductor supply chain, addressing the growing demand for high-performance chips in various applications.

Atomic Industries develops an AI-powered tool and die maker that automates the design and production of manufacturing components. This technology significantly reduces lead times and costs associated with traditional manufacturing processes, enhancing efficiency in the production of goods.

Onto Innovation offers metrology, inspection, and software solutions for semiconductor manufacturing. Their technologies provide process control and yield optimization for advanced devices, from wafers to packaging.

MOLG.ai develops robotic microfactories that autonomously disassemble complex electronic devices to recover valuable components for reuse, remanufacturing, or recycling. This technology addresses the e-waste crisis by maximizing material recovery and enabling manufacturers to design electronics optimized for circularity, reducing waste and enhancing supply chain resilience.

The startup has developed a non-thermal metal 3D printing technology that utilizes electroplating, eliminating the need for metal powders, vacuum chambers, and lasers. This process reduces manufacturing costs and enhances material quality while allowing for safe disposal of used salt cartridges.

Develops a GPU-accelerated electronic design automation platform that performs multi-scale physics simulations, enabling engineers to model and analyze product designs from nano to macro scales with 1000X greater size and speed than traditional tools. By automating complex simulation setup processes, it reduces time spent on manual tasks, allowing engineers to focus on high-level design decisions. The platform delivers rapid, scalable insights without compromising accuracy, improving overall engineering productivity.

Normal Computing develops AI systems that utilize probabilistic reasoning to create layered, real-time models of hardware logic and processes. Their technology enhances decision-making and operational efficiency in complex environments, reducing costly mistakes in product design and customer operations.

The startup is developing silicon-based quantum integrated circuits to create a commercial-scale quantum computer. This technology enables high-speed processing for complex problem-solving that exceeds the capabilities of traditional computers.

This startup operates a vertically integrated manufacturing platform that utilizes robotics and additive manufacturing to produce advanced ceramics and composites. By optimizing production processes with integrated software, the company enables industries such as aerospace and medical to efficiently create critical components for demanding applications.

The startup develops intelligent information processing products that optimize data center operations by enhancing performance and power efficiency while minimizing capital expenditures on computing and storage hardware. Their technology specifically addresses the high costs and energy consumption associated with big data analytics, deep learning, and large-scale computing environments.

Framework designs modular consumer electronics that prioritize repairability and upgradeability, allowing users to easily replace components and customize their devices. This approach addresses the issue of electronic waste by extending product lifespans and minimizing environmental impact.

This startup manufactures AI-powered camera systems that integrate robotics and sensor design to enhance operational efficiency in industrial and commercial applications. By providing end-to-end development from concept to full-scale manufacturing, they enable businesses to optimize their processes and reduce production costs.

The startup manufactures electronic and electromechanical products for industrial, medical, transportation, and defense sectors, specializing in printed circuit board assembly and mechanical systems integration. By enabling clients to redesign products for manufacturability and cost efficiency, the company addresses the challenges of production scalability and cost management in technology-driven markets.

Atomic Machines is developing a digital micro-device manufacturing platform that enables real-time fabrication of micro-electromechanical systems (MEMS) at any scale. This technology addresses the limitations of traditional silicon fabrication by allowing for the rapid production of diverse applications, including medical micro-robotics and advanced RF switching devices.

Mobius Materials is a marketplace for preowned electronic components, providing manufacturers with access to verified integrated circuits while ensuring authenticity through rigorous testing. The platform addresses excess inventory issues by facilitating the resale of surplus parts, enabling cost savings of 10-70% compared to market rates.

NXT Power designs and manufactures power quality solutions, including three-phase power conditioners and uninterruptible power supplies (UPS), to eliminate electrical noise, spikes, and transients that can disrupt critical electronic systems. Their technology ensures reliable, uninterrupted power for sensitive equipment in medical, industrial, and manufacturing environments, protecting against hardware damage and operational downtime.

AutoPCB automates PCB design by utilizing AI to transform block diagrams into routed boards, significantly reducing design time. Users can order the completed boards directly or export them to their preferred EDA software for further refinement.

Wizerr provides AI teammates specifically designed for the electronics and semiconductor industries, utilizing a natural language search engine to streamline component selection and technical design processes. This technology enables rapid access to detailed specifications and comparisons, significantly reducing the time required for design and procurement decisions.

The startup develops radiation-tolerant and energy-efficient processors designed for high-performance cognitive applications in edge devices. Their technology enhances the reliability of semiconductor solutions, addressing the need for robust processing capabilities in challenging environments.

The startup develops cybersecurity products that integrate electronic warfare techniques with cyber operations to automate the creation and deployment of real-time cyber defense capabilities. This technology enables government agencies to safeguard national resources against evolving cyber threats.

The startup develops test fixtures for printed circuit board assembly, providing design file packages that enable clients to fabricate their own fixtures. This approach significantly reduces both the cost and time associated with hardware testing in development and production environments.

R&D Altanova provides end-to-end test interface solutions for semiconductor automated test equipment (ATE). They design, simulate, and fabricate probe cards, load boards, and multi-layer organic (MLO) substrates to enable testing of advanced ICs at fine wafer nodes and complex package configurations.

FlashPCB provides a streamlined PCB prototyping service that automates design rule checks and generates a bill of materials from uploaded CAD files. This solution enables rapid turnaround times for quotes and order processing, minimizing errors and expediting the prototyping process for engineers and designers.

ShapeCI provides software solutions that enable hardware enterprises to transition from design to production in weeks, significantly reducing time-to-market. The platform specifically addresses the lengthy development cycles faced by 3D engineers, designers, and technicians in the hardware industry.

LA Semiconductor is a pure-play semiconductor foundry providing custom analog, mixed-signal, and power fabrication. They deliver high-performance, mission-critical components for defense, aerospace, and medical industries.

Bekonix is a no-code platform that enables rapid prototyping and development of enterprise-grade IoT and smart technology products, significantly reducing the time from concept to market launch. By streamlining the design, validation, and manufacturing processes through its partner network, Bekonix allows companies to efficiently test and iterate their smart-tech solutions.

StartProto offers a cloud-based manufacturing platform that integrates real-time data across front office and shop floor operations, enabling efficient management of quoting, job scheduling, and inventory tracking. This solution addresses the challenges of workflow inefficiencies and lack of visibility in manufacturing processes, ultimately enhancing productivity and profitability for businesses.

The startup offers a platform as a service (PaaS) that integrates manufacturing execution systems, warehouse management systems, and inventory management systems to streamline operations across business and manufacturing environments. By automating processes and enabling real-time data exchange, the platform enhances flexibility and scalability, replacing complex software setups with efficient, personalized solutions.

The startup offers a hardware design collaboration platform that integrates product design and engineering data management for electronics projects. This platform facilitates early-stage collaboration among multiple stakeholders, enabling hardware companies to efficiently manage their projects and accelerate prototype development.

Iris Light Technologies develops photonic inks that enable the production of active opto-electronic components, such as lasers and LEDs, on silicon chips using high-quality semiconducting nanomaterials. This technology addresses the need for efficient manufacturing methods in the silicon photonics and printed electronics industries, particularly for energy-efficient data center applications.

Tsecond manufactures electronic systems that optimize resource management and operational workflows in industrial settings. Their technology enhances productivity and reduces costs by streamlining processes and improving efficiency in resource allocation.

The startup operates a cloud-based data management platform that enables small and medium-sized manufacturing companies to manage and track bills of materials with real-time editing capabilities across different teams and locations. This platform facilitates the monitoring of part usage and changes across engineering, manufacturing, and supply chain processes, improving operational efficiency and collaboration.

Sunburn Schematics develops specialized electronics and avionics for hazardous environments, focusing on power delivery, custom magnetics, and thermal design to support sustainable infrastructure in space. The company addresses the critical barriers to human permanence in space by providing end-to-end engineering solutions that facilitate the exploration and colonization of the Moon and Mars.

Terecircuits develops specialized materials and processes for micron-scale assembly and mass transfer in advanced electronics, enabling the production of components smaller than a grain of pollen with 500-nanometer accuracy. This technology addresses the need for faster and more precise manufacturing methods, achieving assembly speeds 1000 times faster than current best practices.

llmda integrates disparate processes in semiconductor and hardware design to enhance workflow efficiency. This unification reduces bugs and increases productivity by 10 to 100 times, addressing the challenges of fragmented design methodologies.

The startup offers an AI-enabled platform that optimizes semiconductor design and manufacturing processes through advanced data analytics and machine learning algorithms. This technology reduces production costs and time-to-market for hardware companies facing increasing complexity and demand in the semiconductor industry.

This startup specializes in embedded AI technology that enhances the efficiency of electronic devices by utilizing a patent-pending variational auto-encoding neural network, eliminating the need for traditional power supplies. By integrating with existing smart home systems, their solution reduces electricity consumption while maintaining full functionality across various consumer and commercial devices.

The Lyceum is an online collaborative platform that automates data-intensive tasks in hardware system engineering, enabling efficient research, development, and manufacturing processes. By maintaining a comprehensive historical technical data repository and providing tools for real-time group collaboration, it enhances productivity and accuracy in engineering projects.

TCPoly develops thermally conductive polymers for additive manufacturing, enabling the production of heat-dissipating components such as heat sinks and battery packs. Their technology allows for rapid prototyping and scaling of custom parts, addressing the need for efficient thermal management in electronic applications.

EnaChip develops micro-magnetic components and devices for semiconductor applications, enhancing performance in electronic systems. The company's technology addresses the need for miniaturized, efficient components that improve energy efficiency and reduce the size of electronic devices.