Technologies Sports technology companies
compare sports tracking timing_gates GPS LPS Catapult PURE Statsports Wimu Kinexon Sportable Inmotio Chyronhego Xsens Gengee
info performance info performance info performance info performance info performance info performance info performance info performance info performance info performance

LPS performance and price comparison

LPS:local positioning system & GPS based sports tracking Sports technology companies
Catapult pure.coach Statsports Wimu Kinexon Sportable Inmotio ChyronHego Xsens Gengee Shottracker
AUS NL IE ES DE UK NL USA NL CN USA
Metric Description unit Vector S7 Clearsky T6 AT1 Apex Realtrack ATO1 S01 TPV23 ZXY arena VIPS Tracker S6P1
2022 SALES PRICES Product: Athlete Tag€ 2351 2100 30020001500 10503000260
Match sportsball: sensors + LPS€ xx
xx
v
xxx
210
v
Mobile system   6 anchors, 2 balls, 2 player tags€ 3900 5960
Field-System price, initial cost 10 Anchors, 20 tags + software€ 54000 54000 27000 58000 35000 39000 58000 1250002900075000x45000
Annual fee: 20 players, 1 system Club / basic€ 10700 / x 10700 / x 2700 / 0 17000 / x 22000 / x 27000 / x 32000 / x 35000 / x 19000 / x 8500 / x 8000 / x
DimensionsDIMENSIONS, WEIGHT and display technology
Dimensions of the TAG Length x Widthmm 81 x 4348 x 4065 x 3584 x 4481 x 4549 x 3391 x 4589 x 6050 x 36124 x 7463 x 4041 x 29
TAG: Thickness / Weightmm / g 16 / 536 / 53 11 / 25 20 / 63 15 / 70 9,3 / 16 15 / 57 15 / 61 11 / 21 124 / 350 19 / 58 15 / 22
Display Pixels / Technology xx128x128 /MIP96x16 / OLED96x16 / OLED xx96x16 / OLEDxx64x128 /OLEDx
BALL: Sensor Weight g 3 14 312112
Sensor Placement / mass balance Centered Y/N = Dzhanibekov effect. Y Y N N N
PerformanceACCURACY and LATENCY  (lantency = the delay in forwarding data)
Accuracy UWB static position 3th party verified, static [rmse]cm ≤35 FiFa 2020 ≤35 FiFa 2020 ≤10 ABB, IOC ≤20 ≤22FiFa, ≤10 ≤25 FiFa 2021 ≤10≥30 ≥50 ≤210 10
Accuracy UWB, speed > 20m/s 3th party verified, dynamic [rmse]cm >40 >40 <10 <20 ≤22 ≤25 10 >30 >50≤21010
Position latency (delay) Time: Event to PC/mobile   (< is better)ms 200200 160 1350 FiFa '21 250 FiFa '21 150 200
LPSLPS PERFORMANCE (range, capacity. update rate, 2D/3D)
LPS max range UWB 6.8Mbps, Lign Of Sight (LOS)m 250 300 300 100 100 200200WiFi:25mWWiFi 50 100 100
LPS LNA on anchor Low Noise Amplifier, increases range vvv xx vv x x
LPS LNA on tags Low Noise Amplifier, increases range vvv xx xx x x
LPS tag antenna Ceramics < lower efficiency & range ceramic/striplinefull striplinefull striplineceramicceramicceramicfull stripline ceramic
Capacity per LPS channel Locates/sec (amount of tags @ 1Hz)-/s 1000 1000 2800 1000 1260 2000 1000 1000 1600 250 1000 1000
Updates (position + IMU) Update rate [Hz] for: [# athlete tags]Hz 10 : 100 10 : 100 25 : 112 10 : 100 18: 70 20 : 100 10 : 100 10 : 100 20 : 80 10 : 100
Updates, multi players, 2D/3D Locates per second per player /2D.3D-/s 10 / 2D 10 / 2D 25 / 3D 10 / 2D 10 / 2D 20 / 2D 10 / 2D 10 / 2D 20 / 2D 10 / 3D 10 / 2D
Realtime 3D position interval Milli seconds   (lower is better)ms 100 100 5 100 100 20 100 100 20 200
UWB frequency or WiFi Single or multi-channelGHz 444   4.5   6.5444.5   6.54.5   6.55.7GHz WiFi5GHz WiFi4   6.544
LPS bandwidth Higher is betterMHz 500500500500500500500 135 10 500500 500
Sport Balls SPORTS BALLS Tracked + sensors
Sportball impact detection Impact detection, checks/secHz xx1000 x x500 200 xxx
Update rate for sportballs Locates per second per ball  (50 or higher) -/s xx150 x x50 20 xxx 10 3
Sport Balls REALTIME PERFORMANCE FEEDBACK
Outdoor RGB LED panel Realtime performance feedback x x 40 Watt x x x x x x x x x
Motion Capture MOTION CAPTURE IMU (inertial measurement unit) in the (tag) Catapult pure.coach Statsports Wimu Kinexon Sportable Inmotio ChyronHego Xsens Gengee Shottracker
IMU sensor (Motion Capture) IMU sensor update rate (output)Hz 100 100 200 100 100 200 100 x 100 60 100
IMU samples/s:Accelerometer, Gyro Internal sample rate  (higher is better)Hz 100, 100 100, 100 8000, 8000 953, 953 1000, 1000 9000, 4500 1000, 1000 x 1000, 1000 800, 800 1000, 1000 1000, 1000
IMU Gyro,Accelerometer,Magneto Effective bit resolution   (higher is better)bits 16:16:14 16:16:14 19:18:16 16:16:14 16:16:14 16:16:14 16:16:14 x 16:16:14 16:16:14 16:16:14 16:16:14
IMU range:Accelerometer, Gyro G : dps (degree/sec)  (higher is better) 16 : 2000 16 : 2000 32 : 4000 16 : 2000 32 : 2000 30 : 4000 32 : 2000 x 32 : 2000 32 : 2000 16 : 2000 32 : 2000
Motion capture data offloading UWB realtime wireless IMU offload vv v
Motion capture data offloading WiFi based (shared w.o. WiFi users) vvv v vv
Motion capture data offloading Stored on board/tag for post analysis v
SensorsIntegrated systems or sensors in the (tag)
Muscle oxygen sensor integrated Sensor values in realtime via UWBMOx x x v x x x x x x x x x
Haptic (motor) Tactile feedback v v v x x x x x x x x x
GPS (GLONASS, Galileo, BeiDou) GPS v x v v v x x x x v x x
Bluetooth BT v v v v v x x x x x v v
USB USB data exchange portUSB x x v x x x x x x v x v
WiFi BT x x x x v x x x x v x x
BTExternal sensor integration
Heartratebelt Bluetooth ANT pair v v v v
Heart rate belt 5.3kHz v v
energyBATTERY capacity and HOURS of operation (most OEM manuals are too optimistic, the figure is based on realworld chipset energy consumption and onboard battery capacity as found in FCC documentation linked below)
Battery capacity (LiPo) Capacity   (higher is better)mAh/Wh 455 / 1.60350 / 1.25500 / 1.8400 / 1.501300 / 4.55250 / 0.88400 / 1.51500 / 5.25
Energy consumption, < is better UWB / GPS / IMU (on / 10Hz / 100+Hz)mW 550400350400850350400900 20002000
Operational hours active IMU+BT+LPS   (higher is better)hrs 3.03.05.13.85.42.53.85.8
ChipsetsTechnology used (tag)
Chipset, main controller (tag) STM32H753AII6STM32nRF5340 core1nRF52840Atom E640ATSAM4SATSAM4SXc2s200 nRF52832
Wireless BT 5.0 & USB controller nRF52832-CIA nRF5340 core2integratedIntel Edison xxx
LPS Transceiver Chipset or '-M' for module DW1000DW1000DW1000DW1000DW1000-MDW1000DW1000discreteDW1000
LPS Timebase TCXO (temp. compensated == more stable) TCXOTCXOTCXOX-talX-talX-talTCXOTCXO TCXO X-tal
GPS chipset All OEM use swiss U-blox for GPS EVA M8Q-010xZoe-M8B Max-M8QM8Wx x x Max-M8Q x
GPS Sensitivity higher is better|-dBm| 166x167164164x x x 164 x
GPS, GLONASS, Galileo, BeiDou vxv vvx x x v x
Inside view   (FCC) Vector S7 Clearsky T6 AT1 Apex Realtrack ATO1 S01 TPV23 ZXY arena VIPS Tracker S6P1
Download:.zip More info   : Catapult Catapult statsports wimu kinexon sportable inmotio Chyronhego xsens gengee shottracker
Boards   Wimu






Tracking chipsets
Radio based sports tracking comparison

Explantion of the graphics The graphic is based on radar tracking physics.

At the top of the graphic:  
The frequency spectrum shows how wide the bandwidth (BW) is relative to WiFi.
WiFi typically has 20 MHz of bandwidth (max 80 MHz). UWB (ultra wideband) 500 MHz in green.
5G Phone networks operate at 3500 MHz. UWB channels 3 and 5 are most used.

For accurate distance measurements a 500+MHz bandwidth works best.
For sports tracking UWB (ultra wideband) is most accurate.

Accuracy
    cm		 BW
MHz		 chip
  		chip-oem
  		LPS sport OEM
 
+/- 300  20WiFi..   x
+/- 180  80nanoLOCnanotron   x
+/- 170  80RF233microchip   x
+/-   90135analogabatec INMOTIO
+/-   36400ZebraMS Inc Zebra
+/-   12500DW1000, SR100T Qorvo, NXP In use by 'all' LPS OEM
BW=Bandwidth in MHz (higher is better)

Improvements in accuracy are possible by:
- better electronics timing (TCXO)
- better signal quality, Low Noise Amplifier
- use more then 1 antenna
- using more measurements per second. Higher update rates
- using more anchors (reference points)
- software filtering


Tracking methods
3D sport pefromance tracking


Most technologies have lower accuracy at longer distances.
Sustainable accuracy at a distance is provided by:
- Laser ranging
- UWB
- Motion capture
- Infrared optical cameras are accurate with limited range of about 30meter.



OUTDOOR
Optical (camera) systems have issues with outdoor conditions like direct sunlight, snow, blocking of direct view by field players.


3D tracking
Multiple reference points for observations are required for any technology
Single point of view, stereo scopic cameras with AI also need multiple vantage point to solve oclusion and degrading accuracy over distance, low update rate and massive data processing and installation cost (cabling).