Any redistribution of the software must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. Revision Document Revision: 210326 (See Revision History for detailed information). Oxford Technical Solutions Ltd www.oxts.com Page 1 of 22...
Improper installation or usage of the device can lead to malfunction, loss of data, equipment damage, and physical injury. The user is responsible for conducting a proper risk assessment when integrating the product. Please contact OxTS if you believe any service or repair is required on your product. Environmental protection Waste electrical products should not be disposed of with household waste.
Manual. The following chapter lists additional available documentation that may be of use when using the xOEM. It is beyond the scope of this manual to provide details on service or repair. Contact OxTS support or your local representative for any customer service-related inquiries.
Use an approved anti-static mat to cover your work surface. Compliance testing OxTS has not carried out any regulatory compliance testing for this product as it is solely intended for system integration and development purposes. This product should not be used in an end user application without undergoing regulatory compliance testing as part of another complete product.
(RD) and navigation data from the xOEMcore, writes RD files and sends the navigation data out over serial and Ethernet interfaces. Model variations There are two models available in the xOEM series: the xOEM500 and xOEM550. Both systems use the xOEMcore with the same inertial sensors. The only difference is the GNSS receivers. ▪...
Board dimensions The outer dimensions of the xOEM500 and xOEM550 are shown in Figure 2 and Figure 3 respectively. Figure 2: xOEM500 dimensions Figure 3: xOEM550 dimensions Oxford Technical Solutions Ltd www.oxts.com Page 8 of 22...
Board layout The board layouts with main components labelled for the xOEM500 and xOEM550 are shown in Figure 4 and Figure 5. The included adaptor board a connector breakout for the pin header, shown in Figure 6. Table 2 lists details for the corresponding labels.
The operating system has not yet booted and the program is not yet running. This occurs at start-up. Red-green flash The xOEM is asleep. Contact OxTS support for further information. The operating system has booted and the program is running. The GNSS Red flash receiver has not yet output a valid time, position, or velocity.
The main connector for both xOEM models is a Samtec CLP-111-02-L-D. This is a 22 pin header with 1.27 mm spacing. The antenna connectors on the xOEM500 are MMCX. On the xOEM550 the antenna connectors are Hirose H.FL. Co-ordinate frame and origin point The xOEM uses a co-ordinate frame that is popular with most navigation systems.
Design-in Main connector OxTS recommends that you mount directly to the xOEM with a connecting board using Samtec FTSH-111-02-L-D. 5 mm space should be left between the mounting points for the xOEM and the mounting points for the mating board to allow room for the two connectors. Alternative mating connectors are available from Samtec or from alternative suppliers.
Limited protection is provided on this input, however the input voltage should not exceed 12 V. Antennas The xOEM500 GNSS modules receive L1 GPS signals at a nominal frequency of 1575.42 MHz, and can receive L1 GLONASS signals at 1602.0 MHz. Antennas used with the xOEM500 must be capable of tracking this signal for correct operation.
Mounting Figure 9 and Figure 10 show the mounting points and required clearances for the xOEM500 and xOEM550 respectively. It is important when mounting the xOEM board sets not to stress the IMU mechanically in any way as this can change the alignment of the sensors and degrade the calibration.
As with other electronic devices the power consumption of the xOEM is affected by the environmental conditions it is operating in and by its power source. Tests carried out by OxTS have shown that the best power consumption is achieved with a 12 V power input and at room temperature (20–25°C). It is also recommended to not use excessively long antenna or power cables to reduce power loss in cabling.
Enables external CAN data to be logged in the INS raw data file on the internal CAN acquisition storage. OxTS RTK engine and tight-coupling algorithms. Enables RTK quality with RINEX corrections added in post-processing. Improves performance and gx/ix RTK reliability in difficult GNSS environments in real-time and post-process. Highly recommended for users in open road/urban environments or those collecting data for post-processing with CORS/RINEX corrections.