GosuncnWelink Technology Co., Ltd. (referred to as Gosuncn) is an IoT company under the Gosuncn Group (300098), focusing on Cellular IoT products and solutions, providing customers with secure and reliable IoT communication products and services.
Gosuncn’s products cover various standard and packaged cellular M2M modules, Telematics terminals, smart Broadband products, and have been recognized by many international industries. Through independent research and development of IoT communication products and solutions, the company provides innovative solution applications for international OEM terminal vendors, solution providers, system integrators, IoT service providers, MNOs, and other partners all around the world.
Gosuncn, with rich experiences in IoT terminal development, more than 70 models have been designed, of which more than 60 models are delivered in batches, including motorcycle trackers, personal trackers, asset trackers, OBD, OBU, T-Box, Router, CPE, etc., a variety of products for different application scenarios.
Gosuncn IoT wireless industrial router uses public 4G/3G networks to provide users with long-distance wireless data transmission capabilities. The product integrates a high-performance industrial 32-bit communication processor and industrial wireless module and adopts an embedded real-time operating system as a software support platform. It provides one console (or RS485/RS422) and two Ethernet LAN ports. You can connect both serial devices and Ethernet devices to implement transparent data transmission and routing.
This solution has been widely used in the M2M industry in the IoT industry chains, for example, smart grids, smart transportation, smart home, finance, mobile POS terminals, supply chain automation, industrial automation, smart building, fire protection, public safety, environmental protection, meteorology, digital medical treatment, remote sensing, military industry, space exploration, agriculture, forestry, water, coal industry, and petrochemical industry.
Take R800 for example, the industrial wireless routers allow you to conveniently implement wireless networking and remote management of self-service terminals. Operators can greatly increase the business transaction volume by deploying self-service devices in any area covered by wireless networks, such as shopping malls, streets, and neighborhoods.
CSS Electronics supplies 3,000+ companies across 100+ countries. Applications include telematics, development & diagnostics, while industries include automotive, heavy duty, motorsports & production. The CAN bus data loggers are used in particular by OEM engineers, operators, site managers & researchers with customers including VW, JCB, Bosch, Siemens, Toyota, Continental, Cummins and more.
CAN bus is the technology used to facilitate data communication between ‘electronic control units’ in practically all automotives today. It is also used extensively within the maritime, aerospace, robotics and automation industry. Essentially, CAN is the network on which sensor information like speed, RPM, temperatures etc is exchanged between different parts of a vehicle/machine.
There are many protocols based on CAN bus, such as OBD2 and UDS (used in cars), J1939 (used in trucks), CANopen (used in machines), NMEA 2000 (used in maritime vessels) – and many more.
The CANedge is a series of data loggers for recording CAN bus and/or LIN bus data. Data is recorded to an internal SD card, which can be extracted periodically for analysis via 100% free and open source software/API tools.
The CANedge1 enables offline logging to an SD card, while the CANedge2 (with WiFi) enables automatic upload of log files from the SD card to the end user’s own server. For example, a CANedge2 can be deployed in a stationary production machine to log data and upload the log files via an available WiFi network to a self-hosted MinIO S3 server. Similarly, the device can be installed in vehicles that periodically visit the same area for periodic offload of data via stationary WiFi routers.
If users prefer to upload data while vehicles are operating in the field, the CANedge2 can simply be deployed with a cellular WiFi router (e.g. a USB 3G/4G hotspot). The user would then use their own SIM card (e.g. from soracom) in the hotspot to provide internet access – and the CANedge2 can then upload data to a cloud server like an AWS S3 bucket.
For more details on the CANedge, see below 3 minute introduction video:
CSS Electronics also offers sensor-to-CAN modules via the CANmod series. This series includes modules like the CANmod.gps (GNSS & 3D IMU to CAN), CANmod.temp (4 x thermocouple to CAN) and CANmod.input (8 x analog/digital/pulse sensors to CAN).
These CANmod devices can be used to produce sensor data and inject it into any CAN bus – e.g. in a vehicle, machine, boat etc. The devices can also be used as simple add-on modules for CAN bus interfaces and loggers. For example, users can connect one or more CANmod devices via the 2nd port of the CANedge – thus adding e.g. GPS position, speed and acceleration data to the existing data recorded from a vehicle.
For details on the CANmod, see e.g. below intros to the CANmod.gps:
Data recorded with the CANedge can be easily displayed in tools like the asam mdf GUI or processed via Python/MATLAB. Users can also easily create customized telematics dashboards using Grafana integrations.
Merging the best of telecommunications and informatics, Teltonika Telematics offers unique ways to monitor vehicles and so much more.
From motorbikes to heavy trucks, from a single car to huge fleets – there is a solution for each and every client. We constantly upgrade our existing products and launch new ones to meet the expectations of our customers.
If you do not find a product that can meet your requirements, please contact us as we might have a solution available. Telematics empowers businesses to boost efficiency, cut costs, and ensure safety across every industry.
Teltonika FMC001
LTE/GNSS/BLE plug and play OBD tracker
——
Teltonika FMM001
LTE CAT M1/GNSS/BLE plug and play OBD tracker
——
Teltonika FMC130
Advanced LTE terminal with flexible inputs configuration
——
Teltonika FMM130
Advanced CAT M1/GSM/GNSS/BLE terminal with internal antennas and backup battery
——
Teltonika FMM640
Leading GNSS/LTE CAT-M1/NB-IoT/GSM Terminal designed for advanced applications with high capacity backup battery and external antennas
——
Teltonika Eye Beacon and Eye Sensor
Bluetooth Low Energy ID beacon and sensor models
——
Teltonika ADAS
FMC125 and a camera solution designed to avoid collisions and accidents
——
Email: [email protected]
Quake Global is a leading telematics hardware provider of synchronized asset intelligence solutions enabling customers to locate, track, monitor and manage assets globally in real-time. Our programable IoT solutions will not only reduce costs, but provide visibility, operational clarity, improve daily operations, boost asset utilization, efficiency, safety, ROI, and provide management with more reliable business intelligence to position your company for more success in the future. Quake Global solutions are the award-winning telematics modems and routers for the transportation, fleet, industrial vehicles, logistics, marine, and remote M2M application industries.
The Quake Global QConnect is a modern and compact IP67 rated telematics communications gateway designed for the IoT era. QConnect is an innovative solution built to meet the demands of a variety of industries. The small but robust hardware design along with a Linux OS allows QConnect to meet the requirements of many customers. Global LTE with 3G and 2G fallback enables true world-wide connectivity. Wired and wireless connectivity is provided via Wi-Fi, Bluetooth, Ethernet, Serial, CAN bus, and GPIO as needed, enabling a variety of methods of gathering important data with enough processing power to act as an edge computing device that can then relay valuable information back to the user or remote owner. Learn More.
The Quake Global Q4000 is a rugged industrial grade telematics communication device that features LTE Global Cellular and Satellite dual-mode network connectivity, GPS connectivity, and is fully programmable with onboard applications customized to your specific needs. It is designed to be a cost-effective long service life platform enabling the user to monitor their vehicle or equipment with CAN bus, serial, or GPIO signals, and then send valuable information back to the user or remote owner when needed. Learn More.