Anker Soundcore SleepLab Pro: Sleep Tracking Without Wearables

At the recent IFA 2026 exhibition, Anker made an unexpected move in the health accessory segment by unveiling the Anker Soundcore SleepLab Pro. This unique bedside device, designed in the form factor of a desktop speaker, is primarily tasked with monitoring sleep quality and creating conditions for deep rest without the need for wearable gadgets.

Positioning

Soundcore SleepLab Pro is an innovative bedside assistant designed to track sleep cycles at home. The main difference from competitors is the absence of body contact: the device functions remotely, maintaining the user’s freedom of movement during rest. The gadget can independently isolate data for a specific individual, allowing it to work correctly even if two people are sleeping in the same bed.

Key Features and Capabilities

Monitoring is powered by a high-precision built-in 60 GHz radar. This technology allows for highly accurate detection of the following indicators:

• respiratory rate;
• heart rate (pulse);
• sleep phases (light, deep, REM).

Beyond gathering statistics, the speaker actively influences the quality of rest. The device features a relaxing sound playback function and an adaptive lighting system. During operation, the speaker analyzes the body’s reaction and calculates which combinations of sound and lighting help the user fall asleep as quickly as possible, saving optimal presets for future nights.

A significant advantage of the gadget is that all analytical functions are available without any paid subscriptions. Users receive a full report on their sleep state in the company’s app immediately after purchase.

Release Date

The company announced that official sales of the Anker Soundcore SleepLab Pro will start at the end of 2026. The Soundcore SleepLab Pro appears to be an attempt to move sleep monitoring to a more convenient location: the bedside table. Instead of a wristband or headphones, the user gets a device that remains practically invisible during the night while still collecting physiological data. It is particularly interesting that Anker did not stop at simple statistics: SleepLab Pro attempts to use the gathered metrics to create a personalized sleep environment by adjusting sound and lighting based on the user’s reactions. If the stated capabilities are implemented in practice as convincingly as they appear in the presentation, such contactless systems could gradually become a new standard in home sleep monitoring.