IMU Master - Products - XSENS -Movella Xsens MTi-680G RTK GNSS/INS module
Differential RTK Combined Navigation System
Xsens MTi-680G
Products
The MTi-680G represents the highest standard in GNSS/INS (Global Navigation Satellite System/Inertial Navigation System) with an internally integrated real-time kinematic receiver (RTK). With the MTi-680G's RTK function, you can improve your position data from meter to centimeter accuracy. The MTi-680G is equipped with a ruggedized enclosure with IP68 protection from the environment.The MTi-680G has a powerful on-board u-blox ZED F9 RTK GNSS receiver for superior positioning performance.The MTi-680G is part of the MTi 600 series and integrates seamlessly into your application with native CAN support.
Rugged, IP68 rated GNSS/INS
Roll/tilt accuracy of 0.2 degrees, centimeter-level positional accuracy
GNSS receiver with built-in u-blox ZED F9 RTK support
norm | Movella Xsens MTi-680G RTK GNSS/INS module |
Sensor Fusion Performance | |
Roll, Pitch | 0.2 deg RMS |
Yaw/heading | 0.5 deg RMS |
placement | 1cm+1ppm CEP |
tempo | 0.05m/s RMS |
gyros | |
Full scope of the standard | 2000 edg/s |
Bias stability in operation | 8 deg/h |
Bandwidth (-3dB) | 520 Hz |
noise intensity | 0.007 º/s/√Hz |
g-sensitivity (calibr.) | 0.1 º/s/g |
accelerometer | |
Full scope of the standard | 10 g |
Bias stability in operation | 10 (x, y) 15 (z) g |
Bandwidth (-3dB) | 500 Hz |
noise intensity | 60 µg/√Hz |
magnetometer | |
Full scope of the standard | +/- 8G |
Total RMS noise | 1 mG |
nonlinear (math.) | 0.2% |
resolution (of a photo) | 0.25 mG |
GNSS receiver | |
branding | u-blox |
mould | ZED F9 |
RTK correction input | RTCM 3.2/3.3 |
RTCM Input Port | RS232 (38K4-921K6 bit/s) |
barometers | |
Full scope of the standard | 300-1250 hPa |
Total RMS noise | 1.2 Pa |
relative accuracy | +/- 8 Pa (~0.5m) |
Other parameters | |
IP rating | IP68 |
operating temperature | -40 to 85 ºC |
Housing Material | aluminum |
Mounting direction | Unlimited, 360 degree rotation on all axes |
sizes | 56.5x40.9x36.75 mm |
connectors | Main: ODU (AMC HD 12 pins) RTCM: ODU (AMC HD 4 pins) Antenna: SMA |
weights | 98 g |
accreditation | CE, FCC, RoHS |
electric power source | |
Input Voltage | 4.5 -24 V |
Power consumption (typical) | <1 W |
Interface / IO | |
connector | CAN, RS232 |
Synchronization Options | Synchronous input, synchronous output, clock synchronization |
pact | Xbus, ASCII (NMEA) or CAN |
clock drift | 1 ppm |
output frequency | Up to 2 kHz, 400 Hz SDI |
Built-in self-test | Gyroscope, accelerometer, magnetometer, barometer, GNSS |
software suite | |
GUI | MT Manager, Firmware Updater, Magnetic Field Mapper |
SDK (sample code) | C++, C#, Python, Matlab, Nucleo, Public Source Code |
drive (vehicle wheel) | LabVIEW, ROS, GO |
IMU applied to GPS mechanical bird
To address situations where GPS signals are weak or disappear altogether, an interdisciplinary team has worked on a mechanical bird form of localization solution
IMU for assessing neck injury risk while driving
Recently, a joint team of Spanish and Italian researchers successfully developed an innovative in-vehicle monitoring system.
IMU recognizes the location of the golf ball
Recently, a team of Austrian researchers from Europe, in conjunction with universities and industry experts, have developed a new technology by installing IM on golf clubs.
Efficient assessment of fitness data via Apple Watch IMU sensors
Velocity-based training methods (VBT), which have become popular in recent years, measure and analyze changes in velocity during exercise to obtain the
IMU Application for Knee Functional Assessment
Recently, a team of researchers from China developed a wearable IMU-based system for assessing osteoarthritis in the knee joints