HONOR has set up advanced laboratories to test and certify its devices. These labs cover various aspects of mobile technology, including component testing, motion sensors, audio quality, and antenna performance.
The Passive Device Admission Certification Laboratory evaluates electronic components such as resistors, capacitors, and inductors.
It also works with the Japan Research Institute to improve inductor materials, contributing to size reductions in smartphone components.
The MEMS Accelerometers, IMUs, and Inertial Devices Certification Laboratory tests motion sensors using aerospace-grade equipment.
It includes a specialized platform to assess MEMS inertial devices under real-world conditions.
The Audio and HI-FI Laboratory focuses on sound quality, call clarity, and noise reduction.
It has an anechoic chamber for testing voice calls, equipment for measuring headphone volume limits, and setups for evaluating recording and video features. A wind simulation lab is also included to test noise cancellation.
The Antenna Laboratory measures signal reception for LTE, Wi-Fi, Bluetooth, and other technologies. Testing is conducted in shielded chambers to assess performance under different conditions, following international standards.
The Specific Absorption Rate (SAR) Lab ensures that HONOR devices comply with global radiation safety standards, including CE and FCC regulations. It measures how much electromagnetic energy is absorbed by the human body from smartphone antennas.
With these testing facilities in place, what do you think matters most in a smartphone—performance, durability, or connectivity?
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