All-day health monitoring can record your daily physical activity data for you, including pedometer, nap, sleep monitoring, sedentary, stand reminder, etc. It can help you better understand your physical state and take care of your health at all times.
Pedometer
Sleep Monitoring
Sedentary
Stand Reminder
Fall Detection
Activity Time of Moderate/High Intensity
steps
Distance
Calories
Sleep/wake
Light sleep
Deep sleep
REM
Fitness
VO2 Max
Personalized Heart Rate Zone
Excess Post-exercise Oxygen Consumption
Aerobic Training Effect
Anaerobic Training Effect
Training Load
Recovery Time
Personal Activity Intelligence (PAI)
Wellness
Calories
Sleep Analysis
VO2 max is the maximum rate of oxygen consumption measured during incremental exercise. It is expressed as an absolute rate in liters of oxygen per minute (L/min). To measure VO2 max, people simply run/walk on a treadmill or ride on a bike, and gradually increase the intensity until exhaustion. The greater VO2 max, the better your cardiovascular function. The more oxygen your body can consume, the more effectively your body can use it.
Heart rate zone is usually used for monitoring the intensity of exercises and beneficial to draft training plans. The HR zone can be divided into 7 parts based on an individual's Heart Rate Reserve percentage (HRR %).
Items
Heart Rate Reserve(%HRR)
Intensity
Warm-up
<59%
1
Easy running (E)
59%~74%
1.1~2.0
Marathon-pace running (M)
74~84%
2.1~3.02
Threshold running (T)
84%~88%
3.1~4.0
Anaerobic running (A)
88%~95%
4.1~5.0
Interbval training (I)
95%~100%
5.1~6.0
Repetition training (R)
5.1~6.0
/
Excess post-exercise oxygen consumption (EPOC) stands for the oxygen consumption when resting after exercising. Normally after exercise, the oxygen consumption will be larger than resting state. Besides decreasing Lactic acid, it is also related to the recovery of ATP-PC, carbohydrate, fat and protein.
The Aerobic Training Effect means how much an individual benefits from training results after exercising. The larger the value, the better it helps cardiovascular function. Through HR monitoring during exercise, it keeps accumulating the intensity of the result from Aerobic training. After a period of training, cardiovascular function becomes stronger, and it will need stronger exercise to reach better training effect.
Value
Aerobic Training Effect
1.0~1.9
Recovery effect
2.0~2.9
Maintaining effect
3.0~3.9
Boost effect
4.0~4.9
Enhancing effect
5.0
Excessive exercise
Anaerobic training effect refers to the benefit gained from exercises. The larger the value, the more energy the body gets from anaerobic training. Through HR monitoring and constantly gathering training results, more intensive exercise can maintain high HR rate longer and increase anaerobic training effect.
Value
Anaerobic Training Effect
1.0~1.9
Recovery effect
2.0~2.9
Maintaining effect
3.0~3.9
Boost effect
4.0~4.9
Enhancing effect
5.0
Excessive exercise
Training Load is the total training result for the last week. The amount of training means the excess post-exercise oxygen consumption (EPOC) will be collected by HR data during exercise. The larger training load represents much more exercise in the last week. However, excessive training load may backfire on your physical condition.
Recovery Time is the time of duration that an individual's energy can be recharged to 100%.
PAI will calculate the activity level of the past week. Any daily activities or professional sports that speed up HR will have the chance to increase PAI. It collects HR information during the activity. The longer the high HR is kept, the larger PAI will be output.
A paper issued by The American Journal of Medicine indicates that weekly PAI ≥100 can decrease the cardiovascular mortality rate. In conclusion, regardless of age, it can decrease 17% for men and 23% cardiovascular mortality rate for women.
The body consumes basal metabolic calories at any time. With the increased intensity of activities, the body will also increase the need for energy and burn more calories. According to different conditions, here are 3 types of calories:
- Basal metabolic calories: estimated by personal physiological data.
- Heart rate calories: estimated by heart rate and personal physiological data.
- Metabolic equivalent calories: estimated by the amount of activities and personal physiological data.
Sleep monitoring is to analyze all night activity scores and HR of a person. There are 4 stages of sleep: light sleep, deep sleep, rapid eye movement (REM) and awake. Activity level during sleeping is also used for analyzing sleep and awaken, then outputs the total duration of sleep. It is useful for understanding the relation between daily hobbies and sleeping quality by tracking total sleeping hours and stages everyday.
Ball Games
Snow Sports
Water Sports
Interval Training
Professional Running
Free Training
Pause Detection / Restart Detection
Supporting 29 ball games such as golf, tennis, badminton, table tennis, basketball, football, etc. The built-in six-axis sensor fusion algorithm can accurately identify various data of the user's exercising status, fully meet the needs of professional sports.
Forehand strokes
Backhand strokes
Calories
Forehand strokes
Backhand strokes
Calories
Number of shooting
Duration of dribble
Calories
Distance
Average speed
Maximum speed
Heat map
Number of swing
Speed of swing
Back swing
Down swing
Swing rhythm
Forehand strokes
Backhand strokes
Spike/Serve
Calories
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Supporting 12 snow sports including snowboarding, double skiing, cross-country skiing, skating, hockey and others, and output high-precision sports data at the same time, to bring a new skiing experience for sports enthusiasts.
Distance
Speed(maximum/avg)
Number of trips
Current elevation
Elevation up/down
Distance
Speed(maximum/avg)
Number of trips
Current elevation
Elevation up/down
Distance
Speed(maximum/avg)
Current elevation
Elevation up/down
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Supporting 24 water sports including swimming, sailing, surfing, diving, motorboat, etc. With motion tracking algorithm, it can identify different sports postures, output scientific data and provide instructive training recommendations. Through professional data comparison, it helps athletes and sports enthusiasts improve their performance.
Swim stroke
Swim type
(freestyle, breaststroke,
backstroke, butterfly)
Swim lap
Swolf
Time
Frequency
Average pace
Calories
Time
Frequency
Main swim type
(freestyle, breaststroke,
backstroke, butterfly)
Calories
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Supporting more than 66 training modes. When you are having interval training, it can detect count, trajectory and calories to facilitate your scientific training.
Count
Trajectory
Calories
Count
Trajectory
Calories
Supporting accurate tracking of the movements and body data of runners and output scientific data, such as steps, step length, step frequency, distance, pace and calories. It can also support indoor and outdoor modes to help athletes and sports enthusiasts adjust their state and improve their performance.
Steps
Distance (meters)
Step frequency (steps/minute)
Step length (meters)
Pace (minutes/Km)
Calories (Kcal)
Steps
Distance (meters)
Step frequency (steps/minute)
Step length (meters)
Pace (minutes/Km)
Calories (Kcal)
Steps
Distance (meters)
Step frequency (steps/minute)
Step length (meters)
Pace (minutes/Km)
Calories (Kcal)
Detect changes in the number of floors (up/down)
Calories
Steps
Distance
Pace
Current elevation
Elevation up / down
Calorie
Steps
Distance
Pace
Current elevation
Elevation up / down
Calories
Providing the motion detection for rope skipping, boxing, fighting, yoga and dance and other free training By monitoring in real time and these output data including calories , heart rate zone, Strength Zone (DEMTAIR), counter, times and fatigue index etc., it can help fitness enthusiasts to improve their problems and adjust their status faster.
Counter
Interrupt times
Continuous times before interrupt
Maximum continuous times
Accumulate calories
Steps
Frequency
Calories
Counter
Frequency
Pull time
Release time
Calorie
Calories
Heart rate zone
Strength zone
Detection of dumbbell exercises
Calories
Number of straight punch
Calories
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Calories
Heart rate zone
Supporting detection of auto-pause and auto-start records under different exercising scenarios.
Base on the AI engine, it can process behavior recognition and give feedback on the recognized types of behavior. Currently, the identifiable types of behavior include: sitting still, walking, running, biking, elliptical trainer, rowing, and swimming, etc.
Still
Walking
Running
Biking
Elliptical trainer
Rowing machine
Swimming
Supporting user-defined function of gesture control and recognize more than 8 gestures in real time. By triggering through dynamic gestures or specific finger movement, it can provide end users with interactive experience.
Tilt to wake
Double click
Shake
Turn the wrist
Answer incoming calls automatically
Flip to reject incoming calls
Turn on the camera
Electronic signature
Base on the fusion positioning of GNSS and PDR, when users keep moving, our algorithm will produce precise position and record dynamic trajectory in various scenarios such as running, hiking, biking and mountain climbing, which will generate an entire motion trajectory map.
Running
Biking
Hiking
Climb
lower power consumption:Reduce over 75% GPS run time
Prevent GPS location drifting from external interference
Smooth trajectory during low speed exercises. (Walking case)