AI Smart Hardware
For AI speakers, service robots, AI cameras, edge computing boxes, smart wearables and embodied intelligence platforms, we deliver quantitative verification of electrical safety, wireless RF, environmental reliability and failure analysis, helping algorithm teams see hardware weak points before mass production. Our strengths — automotive lighting, wire harness and connector testing — are often reused for the power, sensing and motion components of AI hardware and can be planned together.
You are probably struggling with these issues
These are the things we hear most. If any of the following matches your situation, it is time for a systematic pre-compliance assessment.
The algorithm runs, but the hardware fails safety and EMC, and the need for structural rework is only discovered before mass production
Unclear RF and immunity metrics for multimodal sensors (microphone arrays / cameras / LiDAR)
No data on thermal, vibration and drop performance, and overseas certification stalls at the last step
What we do for this industry
Listed here by capability area; specific items are subject to the test plan.
- Electrical Safety: Withstand voltage, insulation, grounding, leakage current, temperature rise, abnormal operation
- RF Wireless: RF conformity and SAR for Wi-Fi / Bluetooth / UWB / mmWave radar
- EMC: Radiated emissions, conducted emissions, ESD, EFT burst, surge, radiated immunity
- Environmental Reliability: High/low temperature, damp heat, temperature-humidity cycling, drop, vibration, IP protection
- Sensing & Motion: Microphone array directivity, camera module reliability, joint and transmission life
- Power and charging: Adapter safety, battery safety (UN 38.3 / IEC 62133), charging temperature rise
- Failure Analysis: Metallographic cross-section, SEM / EDS, root cause localization
Main applicable standards
Below are the standards most frequently required in this industry; the actual applicable items depend on the target market and customer requirements.
| Standard / Regulation | Content |
|---|---|
| IEC 62368-1 / GB 4943.1 | Safety of audio/video and information technology equipment |
| IEC 62311 / EN 50385 | Human exposure to electromagnetic fields (SAR / specific absorption rate) |
| FCC Part 15C / RED 2014/53/EU | RF and EMC compliance for wireless devices |
| IEC 61000-4 series | ESD / EFT burst / surge / voltage dips / radiated immunity |
| IEC 60068-2 / GB/T 2423 | Environmental testing methods |
| IEEE 802.11 / 802.15 series | Wi-Fi / Bluetooth / UWB RF conformity |
| UN 38.3 / IEC 62133 | Built-in lithium battery transport and portable battery safety |
Standard versions are updated; please confirm the current valid version with us before formal submission.
Delivery Time
Routine safety items: 3~5 business days; wireless RF and EMC: 5~8 business days; full packages including environmental and drop: 7~15 business days.
Main capability areas
Electrical Safety
Full set: withstand voltage, insulation, grounding, leakage, temperature rise
RF Wireless
RF conformity and SAR for Wi-Fi / Bluetooth / UWB / radar
EMC Pre-Compliance
Emissions + immunity, covering multi-country limits in one go
环境可靠
Temperature-humidity, drop, vibration, IP protection
Sensing & Motion
Microphone arrays, camera modules, joint life
Failure Analysis
切片金相、SEM / EDS、根因
Which laboratories handle these capabilities
Click in to see the specific test item list and equipment models.
Finalize your test plan for AI smart hardware
Our technical consultants select the minimum necessary test combination based on your target market and customer requirements, and deliver a plan and quotation within 1 business day.
