Electronics Testing | Averna Powered by Spherea

Electronics Testing Solutions

Electronics testing confirms that a product behaves as defined by its specifications, and defects can still be caught before it becomes a large expense.

Averna Powered by Spherea builds automated electronics test systems backed by over 60 years of test engineering experience across safety-critical applications.

How Averna Approaches Electronics Testing

Averna approaches electronics testing as a lifecycle program. Each engagement follows a defined engineering path that keeps test coverage and throughput aligned with the product and keeps the system serviceable long after deployment.

Phase 01
Define Requirements and Design for Test

Averna works with your engineering team to map a through verification strategy and outline where each defect can occur. Applying Design for Test (DfT) best practices early keeps test access and coverage built into the product rather than added later as an afterthought.
Phase 02
Select or Build the Test Platform

The right architecture depends on your product/manufacturing mix and throughput targets. Averna assembles the instrumentation and fixturing to match, reusing proven building blocks such as UniLine or other scalable test platforms where they fit the application.
Phase 03
Execute with Full Traceability

Test sequences run automatically at production speed. Every result is captured and linked to the MES (or stored locally depending on the scale of the project), so each unit carries a verifiable record while the line keeps moving.
Phase 04
Analyze and Sustain

Yield and failure data feed back into design and process decisions. Averna also keeps the system supported over its service life, including when its instruments or the product's components approach obsolescence.

Applications Across Electronics-Driven Markets

Electronics testing supports any industry where a product cannot ship until its behavior is proven. Averna deploys it across these markets:

Functional testing and full production traceability for infusion pumps, imaging modules and more.

Supports wafer sorting, package characterization, burn-in, and I-V/C-V testing on EFEM-based platforms.

Functional and stress screening for avionics boards and mission-critical LRUs. Obsolescence management and in-service support.

End-of-line functional and safety checks for inverters, EV battery packs and other power electronics.

Inspection and calibration for wearables and smart devices on high-throughput lines.

Functional and RF testing for network equipment and communication modules.

Component: Semiconductor testing: wafer sort, package testing, burn-in, and I-V/C-V characterization
Board (PCBA): In-circuit testing (ICT), flying probe, boundary scan (JTAG), automated optical inspection (AOI), and X-ray inspection (AXI)
Module and assembled product: Functional testing (FCT), calibration, firmware programming, and end-of-line testing (EOL), with traceability and MES connectivity

For power electronics, Energy Storage Systems (ESS testing) and EVSE, Averna adds regenerative source and load emulation through the PLUTON Series®, supporting Power Hardware-in-the-Loop validation.

Obsolescence Management of Electronic Components

Electronic products routinely outlive the components with which they were built. Proactive monitoring anticipates component shortages and prepares replacement strategies before the supply chain forces the issue. When a part or board is no longer available, PCB cloning and strategic engineering design can reproduce it, replenishing maintenance stock without a full redesign.

Automated PCBA Testing

Watch this video to witness our leading expertise in automated PCBA testing. With fully or semi-automated solutions, let us customize your next test project. Our systems will help you attain the highest product quality in the shortest possible timeframe within the budget you need.

Build a Reliable Electronics Test Strategy

The earlier a defect is caught, the less it costs to correct. Averna helps teams turn electronics testing into a practical tool for development and production, grounded in reliable instrumentation and usable data.