DigiKey expands in-stock component portfolio

DigiKey expanded its stocked electronics portfolio during the first quarter.


IN Brief:

  • DigiKey added nearly 31,000 stocking products and 97 suppliers in Q1 2026.
  • The wider product intake exceeded 387,000 new products across its system.
  • New additions span embedded systems, vision AI, relays, power, FPGA, wireless, test, and analogue devices.

DigiKey added nearly 31,000 new stocking products to its in-stock portfolio during the first quarter of 2026, alongside 97 new suppliers across its core business, Marketplace, and Fulfilled by DigiKey programmes.

The distributor said its wider product intake exceeded 387,000 new products during the quarter. The additions support fast shipment of prototype and production quantities, reducing dependence on factory lead times and minimum order quantities during design, evaluation, and early manufacturing phases.

New supplier additions included Grinn, a full-cycle technology company specialising in advanced IoT, embedded solutions, and system-on-modules, and REV Robotics, which designs and manufactures robotics technology. The quarter’s new product introductions covered embedded systems, robotics, relays, power conversion, FPGA development, wireless networking, physical computing, test, and analogue conversion.

Examples include Microchip’s veryVerilog mini FPGA kit, developed with DigiKey’s Academic Program for embedded systems and digital logic education, and Advantech’s AFE-R360DVK series vision AI development kits for robotics, autonomous machines, and AI perception applications. Omron’s G9KD PCB high-power 1,500VDC relays were also added, with an optional auxiliary contact for monitoring contact failure.

The power and analogue additions include RECOM’s discrete power portfolio, which pairs power ICs and pre-tested SMD transformers with modular power supplies for low-power DC/DC designs, and Analog Devices’ AD408x successive approximation register ADC family, with Easy Drive inputs, 16-bit and 20-bit variants, and sampling rates up to 20MSPS and 40MSPS.

Distributor portfolios now play a larger role in electronics development. Component availability shapes design choices earlier than it did before recent supply-chain disruptions. Electrical performance remains critical, but inventory visibility, approved supplier routes, lifecycle status, and access to small quantities can influence whether a part is selected during development.

Evaluation boards, FPGA kits, ready-made vision AI platforms, power modules, ADCs, relays, and wireless modules shorten the distance between concept and first functional prototype. That is especially important in industrial designs that combine sensing, processing, power conversion, connectivity, and actuator control.

The Q1 additions also show the changing mix of components moving through design channels. Industrial systems increasingly combine AI perception, embedded processing, high-voltage switching, precision analogue conversion, and networked control. A distributor’s ability to keep those parts available with documentation, development support, and ordering paths can affect how quickly designs move from bench testing to pilot build.

Supply resilience now begins before the bill of materials is frozen. Availability, substitution options, and sourcing transparency have become engineering considerations alongside package size, electrical margin, and software support. DigiKey’s expansion strengthens that link between component selection and practical design execution.


Stories for you


  • Eatron and NEXTY scale battery monitoring

    Eatron and NEXTY scale battery monitoring

    Eatron and NEXTY Electronics are moving battery-monitoring projects into commercial deployment. Their platform combines AI and physics-based models for battery health, safety diagnostics, and lifecycle prediction.


  • QPT opens demos for 1MHz GaN drive

    QPT opens demos for 1MHz GaN drive

    QPT has opened customer demonstrations of MicroDyno. The GaN motor-drive platform now adds field-oriented control, dynamic cogging correction, digital-twin modelling, and edge-AI fault detection.