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Understand wearable devices and audio gear specs and capabilities.
Updated daily · 16 stories
By Consumer Electronics Editorial Team · 6 min read
SBC, AAC, aptX, LDAC — these codecs determine how audio travels wirelessly. Here's what each one means for your listenin…
Sleep tracking on wearables has real limitations. These practices help you get more reliable data and interpret results …
Optical heart rate sensors are now standard on wearables, but their accuracy varies significantly. Learn what affects re…
Explore the physics and signal processing behind active noise cancellation and why it works better in some environments …
The idea that headphones need hours of 'burn-in' to sound their best is widely repeated. Here's what the evidence actual…
Open-ear headphones transmit sound without sealing the ear canal. Understand the two main methods and what each one trad…
In-ear monitors, on-ear headphones, open-back cans — the personal audio world is wide. This guide maps the landscape for…
Smartwatches and fitness bands share features but serve different priorities. Understand what each does well before choo…
From the SoC to the crown mechanism, this reference breaks down every key hardware component inside a modern smartwatch.…
A practical checklist covering calibration, fit, wear position, and sensor conditions that affect the reliability of wea…
Driver size, codec support, latency, and IPX ratings all appear on spec sheets — but what do they actually mean for ever…
VO2 max estimates, resting heart rate spikes, and calorie burn figures are often misinterpreted. Here's how to read them…
From PPG to accelerometers, learn what the sensors inside fitness trackers and smartwatches actually detect and how accu…
A comprehensive guide to how wearable devices work — covering sensors, connectivity, software, data interpretation, and …
Fitness trackers and smartwatches collect detailed biometric data. Here's a clear-eyed look at what's captured, stored, …