Tracking & Telematics
Tracking and telematics make the location, condition and use of vehicles, containers and mobile assets visible in real time. The basis is precise GNSS positioning, reliable cellular connectivity and energy-efficient control – designed for long, maintenance-free operation and stable reception even in difficult environments. Atlantik Elektronik supplies the building blocks for your tracking or telematics device: GNSS modules, cellular modules and antennas.
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3MP PoE Bullet Camera
- 3MP sensor for detailed high-definition video capture
- PoE connectivity for power and data over a single cable
- Optimized for outdoor use and perimeter monitoring
- Extended IR night vision for clear visibility in complete darkness
- Reliable continuous operation for modern security infrastructures
Edge AI Box for Local AI Processing
- Local edge AI processing for real-time video, sensor, and automation workloads without cloud dependency
- 8-core Qualcomm® Kryo 670 CPU with up to 8GB LPDDR5 RAM
- Broad connectivity including 5G/LTE, Wi-Fi 6, Bluetooth 5.2, and multi-constellation GNSS
- Advanced vision support with dual 4-lane MIPI CSI camera inputs and 4K video encode/decode
- Rugged design for extreme operating temperatures from -30°C to 105°C
- Flexible storage and I/O with 128GB UFS 3.1, M.2 SSD support, and RS232/RS485
Lantronix - B43H002S Lantronix Bolero 43 (LTE-M1) IP67 Micro Tracker Family
- Perfect locator for difficult environmental conditions.
- IP67 housing: waterproof, immersion up to 1.2 m, completely rustproof
- perfect tracking device for extreme conditions
- improves location accuracy
- can host two SIM cards
Lantronix - F33H002B01 Fox3 Mobile Telematics Gateway Family
- configurable intelligent location/data collection device
- standard features: status reports, alerts, audio calls, spy calls
- new features: Data encryption, eco-drive/behavioural, data logging, GSM/GPS interference detection
Panorama Antennas - L(G)AM-7-27-24-58 Antenna for LTE & WIFi/GPS
- Low Profile Design
- MiMo 4G/3G/2G + MiMo 2.4/4.9-6GHz
- Optional GPS/GNSS
QCT-EG916QGLLG-N03-SGNSA / LTE Cat 1 module
- EG916Q-GL is an global LTE Cat 1 module for IoT based on Qualcomm QCX216 chip
QCT-LS550G00AAMD / GNSS-module
- Ultra compact Multi-GNSS engine LS550G
Qualcomm - IQ-615
MPN: IQ615
The Qualcomm IQ6 Series delivers powerful industrial-grade performance across a wide temperature range, offering efficient compute capabilities, AI workload processing, and rich peripheral support, including Wi-Fi, Ethernet, and USB, tailored for industrial devices in the entry and mid-tier segments.
Qualcomm - QCC730
Qualcomm® QCC730 is an industry-leading 1x1 Wi-Fi 4 transceiver built to deliver ultralow micro-power Wi-Fi, flexibility to scale, and versatility for ease of design. The selectable power modes and innovative power management allows for exponential battery life for battery-powered or energy-harvested IoT. QCC730 will be complemented by an open-source SDK with a software stack that supports cloud connectivity offloading for a comprehensive solution. It’s direct cloud connectivity empowers developers with an alternative to traditionally Bluetooth-only applications.
Qualcomm Robotics RB1 Development Kit (Core Kit)
Qualcomm Robotics RB1 Development Kit (Full Kit)
Qualcomm Robotics RB1 Development Kit (Vision Kit)
Quectel BG95xA-GL - BG951AGLAA-N06-SGNSA
- Integrated RAM and Flash
- Super-slim profile in an LGA package
- Support for VoLTE* (Cat M1 only), QuecLocator®, PoLTE* and DFOTA
- A rich selection of external multi-band interfaces
Silex Technology - SX-PCEBE / PCIe Wi-Fi 7 plus Bluetooth (BT) combination module
Wi-Fi 7 PCIe + Bluetooth combo module
Industry's first Wi-Fi 7 module Powered by Qualcomm’s QCC2076 chipset Supports dual band simultaneous operation
Thundercomm TurboX I615 Development Kit
- Development kit based on the Thundercomm TurboX I615 platform
- Designed for edge AI and embedded vision applications
- Rich set of interfaces for cameras, sensors and peripherals
- Enables fast prototyping and evaluation
- Supports modern Linux and Android software stacks
- Suitable for industrial, robotic and smart device designs
TurboX C8750 Development Kit
- Flexible displays: 1× HDMI OUT (4K), 1× DisplayPort 1.4 over USB-C, additional HS connector
- Audio-ready: 2× speaker-out, 3.5-mm jack, HDMI IN/OUT with audio (via I²S), 2× DMIC (up to 8 DMICs)
- Camera options: 2× 4-lane D-PHY (one for ASE camera), 2× 3-trio C-PHY (compatible with 4-lane D-PHY), 2× GMSL
- Plenty of I/O: USB 3.1 Type-C, 3× USB 3.0 Type-A, 2× Micro-USB (debug), TF slot, SIM slot, fan header
- Networking & wireless: 2× 1000M Ethernet, M.2 slot for Thundercomm 5G module, SDIO Wi-Fi 5 module
- Sensors: A+G sensor (accelerometer+gyro) and magnetometer, 5× LEDs
- Industry-ready: −35…+75 °C, dimensions 201×162.5×35.6 mm
Matching products & platforms at ATE
- GNSS Modules: precise positioning as the core of any tracking solution
- Cellular Modules: cellular data connectivity with broad network coverage
- Cellular Routers & Gateways: ready-made connectivity for vehicle and fleet telematics
- Vehicle & Combination Antennas: GNSS/cellular combination antennas for reliable reception on the move
- Microcontrollers (MCUs): energy-efficient control for battery-powered trackers
- Sensor & Converter ICs: sensing of temperature, shock and cargo condition variables
From selection to series production – with one partner
From antenna design to the series tracker, our FAEs support the selection of GNSS, cellular and power concept. Request your project now.
Frequently asked questions
How do I achieve long runtimes with battery-powered trackers?
Through energy-efficient microcontrollers with low-power modes, demand-driven position queries and economical cellular profiles. This keeps the tracker autonomous for a long time.
Why are combination antennas important in telematics?
They combine GNSS and cellular reception in one housing, saving space and mounting effort on the vehicle while maintaining good reception. The right choice depends on mounting location and bands.
Does tracking also work across borders?
Yes, with multi-band modules and roaming-capable connectivity. Our FAEs help classify the right frequency bands and operator profiles for your regions of use.
Can cargo condition data be captured as well?
Yes – via sensor ICs for temperature, humidity or shock that are transmitted alongside the position. This turns pure tracking into condition monitoring.
Not found the right product?
Our portfolio is larger than the web shop. Tell us your requirement – we will find the right platform, across all manufacturers.