Mobile Robotics & AMR
Autonomous mobile robots (AMR) and automated guided vehicles (AGV) require a complete autonomy stack: energy-efficient edge-AI compute for sensor fusion, SLAM and localisation, reliable wireless connectivity and rugged camera and antenna technology. Atlantik Elektronik supplies this technological core from a single source – from the compute platform to series validation. Start by building block: Single Board Computers, System-on-Modules, camera modules and wireless modules.
Back to overview: Industrial Solutions.
Qualcomm Robotics RB1 Development Kit (Core Kit)
Qualcomm Robotics RB1 Development Kit (Full Kit)
Qualcomm Robotics RB1 Development Kit (Vision Kit)
Qualcomm Robotics RB2 Development Kit (Full Kit)
Thundercomm - Qualcomm RB3 Gen 2 Vision Kit
Thundercomm - Qualcomm® RB3 Gen 2 Core Kit
Thundercomm - TurboX C6490 Development Kit
- 5G Smart Module Development Kit for C6490 (QCs6490 / QCM6490)
Thundercomm - TurboX C6490 System on Module
- Smart Module based on Qualcomm QCS6490
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
Thundercomm TurboX I615 SOM
- High-performance System-on-Module for embedded and edge AI
- Designed for industrial and scalable production designs
- Supports AI workloads, embedded vision and IoT applications
- Compact SOM format for fast integration
- Long-term availability and professional software support
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
TurboX C8750 System on Module
- Next-gen compute: Oryon™ CPU (up to 1.5× vs. previous gen)
- Edge-AI power: 8th-gen AI engine (up to 10× vs. previous gen)
- Graphics & video: ~3× GPU uplift; 4K240/8K60 decode, 4K120/8K30 encode, AV1 decoder
- Imaging: triple ISP, up to 3 × 48 MP @ 30 FPS; HW sHDR, ASE
- Virtualization: hypervisor with trusted VMs (TVMs)
- Displays: on-device 4K@60 & QHD+@240; external 8K@30 & 1080p@240
- Industrial-ready: −35…+75 °C, LGA 39×33×2.75 mm
Matching products & platforms at ATE
- Single Board Computers & System-on-Modules: edge-AI compute core for SLAM, navigation and on-board inference
- Camera Modules for SBC/SOM: environment capture and visual navigation
- Wi-Fi & Bluetooth Modules: fleet communication and wireless diagnostics
- Cellular Modules: seamless connectivity across large sites and outdoors
- GNSS Modules: outdoor positioning for AGVs on factory and logistics sites
- Embedded & Board Antennas: compact antenna solutions for in-vehicle integration
- Sensor & Converter ICs: signal conditioning for odometry, proximity and environmental sensing
- Qualcomm Technologies: Dragonwing™ platforms for high-performance robotics autonomy
From component selection to series production – with one partner
Whether development kit, prototype or series platform – our FAEs support compute selection, sensor and camera design as well as wireless and antenna design. Request your project now.
Frequently asked questions
Which components matter most for autonomous robotics?
The core elements are edge-AI compute platforms, precise sensor fusion, reliable wireless modules and high-quality camera systems for navigation and environmental analysis.
Why edge AI instead of cloud processing on a mobile robot?
Navigation and obstacle avoidance require short, deterministic latencies and must run safely even when the wireless link is unstable – only local on-board processing achieves this.
How is reliable wireless coverage achieved across large sites?
Through a combination of Wi-Fi for dense indoor areas and cellular for wide or outdoor areas, complemented by carefully designed antenna technology. Our FAEs support the design.
Does Atlantik Elektronik support the transfer to series?
Yes – with design-in support, development services and lifecycle planning based on manufacturer roadmaps, so the platform stays available across the product lifecycle.
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.
