Source the complete robotics hardware stack
Match edge AI, cameras, LiDAR, RF antennas, storage, displays, network hardware and I/O around the same platform requirements.
Tekdis Ltd UK
Outdoor & Autonomous Robotics Hardware
Build reliable autonomous robots with industrial hardware from Tekdis Ltd, a UK robotics hardware supplier. We support UK robotics OEMs and system integrators with NVIDIA Jetson edge AI computers, GMSL2 cameras, LiDAR, GNSS positioning, wireless connectivity, storage, power and rugged I/O for autonomous mobile robots, machine vision and industrial robotics.
The Tekdis Advantage
One UK hardware partner for the full robotics platform
UK robotics teams often lose time sourcing cameras from one supplier, AI computers from another, LiDAR from another, and then chasing antennas, storage, displays, cables, I/O and power accessories separately. Tekdis Ltd brings the robotics hardware stack together so your engineering team can focus on the robot, not the supplier chase.
Wide-range robotics hardware supply, built around one application.
Tekdis does not supply autonomy software. We supply the hardware foundation your software runs on: edge AI computers, cameras, LiDAR, antennas, positioning hardware, network hardware, storage, displays, power and rugged I/O.
One platform. One hardware stack. One supply partner.
No software lock-in
Bring your own autonomy software
Use your preferred robotics software, ROS environment, NVIDIA Isaac workflow, vision pipeline or custom application.
Plan beyond the first sample
Support long-life supply, second-source options, replacement parts, accessory matching and scalable OEM purchasing.
Cover the parts people forget
Include GMSL2 cables, RF leads, mounting hardware, PoE budget, DC power, storage and wireless module options.
Complete Robotics Hardware Stack
Complete Robotics Hardware Stack for UK OEMs
Your team owns the software, algorithms and robot behaviour. Tekdis supports the physical hardware layers that make the robotics platform work in the field, from prototype builds through to UK OEM production.
Your robotics software
ROS, NVIDIA Isaac, custom perception, SLAM, path planning, vehicle control or application software.
+
Tekdis hardware stack
Matched hardware layers for perception, edge processing, positioning, connectivity, storage, power and rugged deployment.
Edge AI Core
NVIDIA Jetson and rugged GPU systems for inference, sensor fusion and local decision-making.
Perception
GMSL2, stereo, RGB-IR and machine-vision cameras for object detection, depth and visual data.
Ranging
LiDAR sensors for mapping, obstacle detection, safety zones and 3D environmental awareness.
Positioning & RF
GNSS, antennas, 4G/5G, Wi-Fi and RF accessories for positioning, telemetry and remote access.
Network & I/O
PoE, M12, CAN bus, Ethernet, serial, DIO and expansion hardware to connect sensors and machine systems.
Deployment Hardware
Industrial SSDs, memory, displays, power accessories and mounting hardware for field-ready builds.
Tekdis supplies the hardware stack, not the autonomy software. This is designed for OEMs and system integrators who already have software capability but need a stronger hardware supply partner.
Application Value
A Robotics Hardware BOM That Works as One System
The real value is not a single AI computer, camera or LiDAR sensor. It is the ability to supply the surrounding robotics hardware that turns those parts into a practical field-ready platform.
From parts list to platform hardware package
Tekdis can help define the hardware bill of materials for outdoor autonomous platforms, then support the supply path from sample build through to production.
- Perception hardware selected around cable length, field of view, mounting and interface requirements.
- Edge AI hardware matched to camera count, LiDAR input, acceleration needs, power budget and environment.
- Wireless, GNSS, storage and I/O selected as part of the deployment, not after the prototype is already built.
- Optional alternatives and second-source choices to support cost reduction and lifecycle planning.
Reduce supplier complexity
Consolidate key hardware layers through one technical supply partner instead of managing a separate supplier for each subsystem.
Stronger purchasing pathMake hardware choices earlier
Confirm interfaces, cable runs, power requirements, storage, RF and I/O before the system design becomes difficult to change.
Fewer redesign risksBuild with production in mind
Select hardware that can move from bench testing to field trials and OEM production without restarting the sourcing process.
Scalable hardware supplyCover the full operating environment
Account for vibration, temperature, dust, moisture, DC power, antenna placement, network cabling and service access.
Outdoor-ready thinkingPlatform Blueprint
Example UK Robotics Hardware Stack, Layer by Layer
The platform below shows how Tekdis UK hardware categories can be combined into one machine architecture, with each layer supporting sensing, navigation, edge processing, control or field connectivity.
Example: Owl GMSL2 Camera
Camera input for machine perception
GMSL2 and stereo cameras provide low-latency visual data for object detection, crop recognition, visual SLAM and multi-camera coverage.
Example: CB64S1 LiDAR
3D ranging and obstacle awareness
LiDAR adds dense point-cloud data for mapping, near-field perception, obstacle avoidance and safety zones around the robot.
Example: ATC3562 Orin NX
Rugged Edge AI Computer
The central platform provides verified GMSL2 camera input, GbE for LiDAR, optional GNSS/5G/Wi-Fi expansion, CAN bus and rugged I/O for real-time perception, fusion and control workloads.
Example: 4x4 MiMo 4G/5G + WiFi, GNSS Sharkfin
External RF antenna system
A multi-function roof antenna supports cellular, Wi-Fi and GPS/GNSS signals for mobile robotics platforms. It can be paired with the edge computer’s compatible wireless and positioning module options to reduce the number of external antennas required.
Example: T(P)ES-L6208XT PoE Switch
Rugged Ethernet and PoE expansion
Used when the platform needs additional Ethernet ports, PoE power for external sensors, M12 connectivity or a rugged network point close to cameras and LiDAR. Smaller builds can connect sensors directly to the edge AI computer.
Example Platform
Outdoor Autonomous Field Robot Hardware Stack
Each hardware layer answers a deployment requirement and feeds into the wider autonomous platform.
- Forward and side GMSL2 cameras detect objects, people, crop rows and operating boundaries.
- LiDAR provides 3D ranging for obstacle avoidance, mapping and navigation around changing terrain.
- GNSS, INS and IMU hardware supports positioning through open areas and weak signal zones.
- The rugged edge AI computer runs perception, SLAM, sensor fusion, path logic and machine I/O locally.
- 5G/LTE and Wi-Fi module options, a rugged roof antenna, optional PoE switching, M12 cabling, CAN bus and industrial storage turn the prototype into a field-ready system.
Processing
ATC3760 / ATC3562 / PE1103N
Jetson Thor or Orin systems for inference, sensor fusion, route logic and real-time control.
Vision
Owl, Hawk and RGB-IR stereo cameras
Depth, wide field of view, rugged camera options and GMSL2 input for multi-camera builds.
Ranging
CB64S1, CH128 and 360 degree LiDAR
Mapping, obstacle awareness, blind-spot monitoring and ranging around the platform.
Deployment
PoE expansion, M12, CAN, 5G antenna and storage
Direct sensor connections may be enough for smaller builds. Add a rugged Ethernet/PoE switch when the platform needs more ports, PoE power or distributed field cabling.
Example Applications
Robotics Hardware for UK OEM Applications
Edge AI, perception, positioning, connectivity and rugged I/O can be adapted to UK field robotics, inspection, yard automation, AMR/AGV projects and autonomous machinery.
Field Robotics
Outdoor autonomous machine
Designed around rugged edge AI, GMSL2 vision, LiDAR, GNSS/INS and mobile connectivity.
- IP-rated edge AI computer
- GMSL2 cameras and LiDAR
- GNSS, 5G and CAN bus integration
Agricultural Robotics
Vision-guided picking robot
Built around stereo depth, edge inference, object detection, robotic arm control and data logging.
- Stereo depth and RGB-IR vision
- Jetson inference platform
- Storage for image datasets
AMR / Inspection
Mobile inspection platform
Combines cameras, LiDAR, localisation and wireless networking for autonomous inspection and remote operation.
- 360 degree perception hardware
- Low-latency edge processing
- Remote telemetry and diagnostics
Solution Layers
Robotics Hardware Layers for UK Applications
Each layer below supports a specific robotics requirement, helping UK engineering teams match the right Tekdis product groups to the platform they are building.
Edge AI Processing
NVIDIA Jetson Thor and Orin systems, carrier boards and rugged GPU platforms for inference, sensor fusion, path planning and robotics workloads.
Perception & Vision
GMSL2, RGB-IR, stereo depth and machine-vision cameras for object detection, crop recognition, visual SLAM and multi-camera platforms.
LiDAR & 3D Mapping
360 degree, hybrid solid-state and application-specific LiDAR options for mapping, ranging, obstacle detection and safety areas.
Positioning & Navigation
GNSS, INS, IMU and dead-reckoning hardware for platforms that need reliable positioning around buildings, trees, tunnels or weak signal areas.
Rugged Control Systems
Fanless computers with wide DC input, ignition sensing, M12, PoE and CAN bus for deployment on mobile machines.
Power, Network & Expansion
5G/LTE, Wi-Fi, PoE, M.2 modules, industrial SSDs, memory, displays and interface expansion to complete the system.
Related Product Areas
Robotics Hardware Categories from Tekdis UK
Explore example Tekdis UK hardware used across outdoor robotics, autonomous mobile robots, machine vision systems and rugged edge AI deployments.
Edge AI Computers
NVIDIA Jetson Robotics Hardware
Rugged Jetson edge AI computers for sensor fusion, perception, inference and robotics control workloads.
View example hardware Machine VisionGMSL2 Cameras for Robotics
Long-cable camera hardware for machine vision, object detection, stereo vision and autonomous platforms.
View example camera LiDAR SensorsLiDAR for Autonomous Robots
Ranging and 3D perception hardware for mapping, obstacle detection, navigation and safety zones.
View example LiDAR RF & GNSS4G/5G, Wi-Fi and GNSS Antennas
Vehicle antennas and RF hardware for positioning, telemetry, wireless connectivity and remote access.
View example antenna Rugged NetworkingPoE and M12 Ethernet Hardware
Rugged Ethernet and PoE expansion for cameras, LiDAR, sensor networks and distributed robotics builds.
View example switch
Tekdis Ltd supports UK robotics projects with product selection, local technical support, competitive pricing and access to a broad industrial hardware line-card.
Example Product Stack
Example Robotics Hardware Stack Products
The products below show example hardware layers for a UK robotics build, from edge AI and perception through to ranging, external RF antennas and optional rugged network expansion.
Example shown: ATC3562
Run inference and sensor fusion locally
The central computer provides GMSL2 input for the Owl camera, GbE for LiDAR, optional GNSS/5G/Wi-Fi expansion, CAN bus and rugged I/O for real-time perception and control workloads.
Example shown: Owl GMSL2
Capture low-latency visual data
Camera hardware supports object detection, machine vision, crop recognition, obstacle awareness and multi-camera coverage around the platform.
Example shown: CB64S1
Map, range and detect obstacles
LiDAR adds 3D environmental data for localisation support, near-field perception, safety zones and autonomous path planning.
Example shown: 4x4 MiMo Sharkfin
Combine cellular, Wi-Fi and GNSS signals
A multi-function vehicle antenna supports cellular, Wi-Fi and GPS/GNSS signals for mobile robots, reducing the need for separate antennas across the platform.
Example shown: T(P)ES-L6208XT
Expand Ethernet and PoE when required
A rugged PoE switch can add Ethernet sensor ports, powered device support and M12 field connectivity for larger or more distributed robotics builds.
Configuration note: selected sensors can connect directly to the edge AI computer. Rugged Ethernet/PoE expansion can be added for extra sensor ports, powered devices, M12 field cabling or network separation. Final configuration should include the correct GMSL2 cable, Ethernet/PoE cabling, RF antenna leads, power wiring, mounting accessories and module options.
Example hardware for outdoor robotics
- NVIDIA Jetson Orin NX 8/16GB SoM
- 4-CH GMSL2, 2 x GbE
- IP67, DC 9V~36V & 24V, +65°C
- Hybrid Solid-State, 64-ch, IP69K
- 180° horizontal, ~40° vertical FOV
- ~100m detection range
- 2.3MP global shutter sensor
- IP65-rated durability
- GMSL2 with PoC
- 8 10/100TX + 2 10G Copper
- Managed, 80W PoE budget, PD detection
- IP67/54, 9-36V / 16.8-56V / 16.8-137.5V DC
Reference Builds
Where Robotics Hardware Fits on Outdoor Machines
These layouts show where each robotics hardware layer can sit within a complete outdoor platform.
Autonomous field machine
A rugged autonomy stack for agricultural, inspection or outdoor mobile machinery.
- 1
Edge AI Computer
Runs local inference, sensor fusion, camera pipelines and route logic.
- 2
GMSL2 Camera Network
Long cable cameras provide forward, side and rear vision coverage.
- 3
LiDAR
3D mapping and ranging support obstacle awareness and navigation.
- 4
GNSS / INS
Positioning hardware supports localisation in open and difficult signal areas.
- 5
5G / LTE
Remote diagnostics, telemetry, updates and fleet visibility.
- 6
Rugged I/O
CAN bus, PoE, M12, storage and power integration for deployment.
Crop-picking robot
A vision-led robotics stack for detection, depth, positioning and robotic arm guidance.
- 1
Stereo Vision
Depth cameras help detect crop location, size and picking distance.
- 2
Edge AI Inference
Jetson hardware runs detection models and robotic control logic locally.
- 3
LiDAR Safety Zone
LiDAR supports obstacle awareness around people, rows and structures.
- 4
Control I/O
CAN bus, serial and digital I/O connect the robot arm and machine systems.
- 5
Connectivity
5G/LTE and Wi-Fi support fleet updates, logging and remote access.
- 6
Industrial Storage
Rugged SSD and memory support image logging, datasets and system uptime.
Partner Hardware
Robotics Hardware Brands Available from Tekdis UK
A curated UK line-card across AI platforms, embedded PCs, sensing, vision, LiDAR and rugged robotics hardware.
NEXCOM
Rugged Computing
NVIDIA Jetson
Edge AI Platform
Axiomtek
Embedded PCs
LSLiDAR
LiDAR Sensors
Leopard Imaging
GMSL2 Cameras
ASUS IoT
Edge AI / IPC
GPI Korea
Vision Hardware
Neousys
Rugged Edge AIStandards & Interfaces
Robotics Hardware Standards, Interfaces and Keywords
The standards, interfaces and keywords UK engineers often need when specifying robotics hardware for field deployment.
Rugged & Environment
- MIL-STD-810H shock and vibration
- MIL-STD-461 EMI / EMC
- IEC 60529 IP67 / IP69K
- -40°C to +70°C operating range
- EN 50155 rail certification
- SWaP-C optimised designs
- Wide 9 to 48 VDC, ignition sensing
Safety & Compliance
- EN ISO 3691-4 AGV / AMR
- ISO 13849-1 Performance Level
- ANSI/RIA R15.08 mobile robots
- UL 3100 automated vehicles
- ISO 26262 ASIL functional safety
- IEC 61508 functional safety
- CE, FCC and RoHS
Interfaces & Software
- NVIDIA Jetson Orin / Thor
- ROS and ROS 2 middleware
- GMSL2 cameras and LiDAR
- CAN bus, PoE and M12
- GNSS / INS / IMU fusion
- PCIe, M.2, COM-HPC and COMe
- COTS and long-life supply options
Robotics Hardware FAQ
Common UK Robotics Hardware Questions
Practical answers for OEMs, system integrators and engineering teams specifying hardware for autonomous robots, AMRs, AGVs, machine vision and outdoor robotics platforms.
What robotics hardware does Tekdis supply in the UK?
Tekdis Ltd supplies edge AI computers, NVIDIA Jetson systems, GMSL2 cameras, stereo cameras, LiDAR, GNSS and RF antennas, rugged networking, industrial storage, memory, displays, power accessories and I/O hardware.
Does Tekdis supply robotics software?
No. Tekdis focuses on the industrial hardware stack that supports robotics software, including hardware for ROS, NVIDIA Isaac, machine vision, sensor fusion, edge AI and custom control applications.
Can Tekdis support a complete robotics hardware BOM?
Yes. Tekdis can help UK OEMs and system integrators source hardware layers together, including compute, perception, ranging, positioning, wireless connectivity, storage, network hardware and rugged I/O.
Which hardware is used for robotics perception?
Robotics perception hardware commonly includes GMSL2 cameras, 3D stereo cameras, RGB-IR cameras and LiDAR sensors connected to an edge AI computer for detection, depth, mapping and obstacle awareness.
What hardware is needed for outdoor autonomous robots?
Outdoor robots usually require rugged edge computing, IP-rated sensors, reliable power input, GNSS or inertial positioning, wireless connectivity, industrial storage, rugged cabling and interfaces such as PoE, CAN bus and M12.
Can Tekdis support prototype and production robotics projects?
Tekdis can support early samples, refresh projects, second-source options and production supply planning for UK robotics OEMs and system integrators.
Why Tekdis Ltd
Build a Complete Robotics Hardware Platform in the UK
Speak with the Tekdis Ltd UK team about matching AI computers, cameras, LiDAR, positioning, wireless connectivity, storage and rugged I/O for your next UK robotics project.
System-level hardware advice
Support across the full robotics hardware stack, from perception and edge processing through to network, storage and field deployment hardware.
Local UK support
Technical support, competitive pricing and fast quotes from the Tekdis Ltd team.
Configured before shipment
Module selection, OS imaging, storage, connectivity and licensing support.
Flexible supply options
Source individual components for development work or matched hardware sets for OEM builds.
Tekdis Ltd UK
Outdoor & Autonomous Robotics Hardware
Build reliable autonomous robots with industrial hardware from Tekdis Ltd. We support UK robotics OEMs and system integrators with NVIDIA Jetson edge AI computers, GMSL2 cameras, LiDAR, GNSS positioning, wireless connectivity, storage, power and rugged I/O for autonomous mobile robots, machine vision and industrial robotics.
The Tekdis Advantage
One hardware partner for the full robotics platform
Outdoor robotics teams often lose time sourcing cameras from one supplier, AI computers from another, LiDAR from another, and then chasing antennas, storage, displays, cables, I/O and power accessories separately. Tekdis Ltd brings the hardware stack together so your engineering team can focus on the robot, not the supplier chase.
Wide-range hardware supply, built around one application.
Tekdis does not supply autonomy software. We supply the hardware foundation your software runs on: edge AI computers, cameras, LiDAR, antennas, positioning hardware, network hardware, storage, displays, power and rugged I/O.
One platform. One hardware stack. One supply partner.
No software lock-in
Source the whole stack together
Match edge AI, cameras, LiDAR, RF antennas, storage, displays, network hardware and I/O around the same platform requirements.
Bring your own autonomy software
Use your preferred robotics software, ROS environment, NVIDIA Isaac workflow, vision pipeline or custom application.
Plan beyond the first sample
Support long-life supply, second-source options, replacement parts, accessory matching and scalable OEM purchasing.
Cover the parts people forget
Include GMSL2 cables, RF leads, mounting hardware, PoE budget, DC power, storage and wireless module options.
Complete Hardware Stack
Everything around the autonomy software
Your team owns the software, algorithms and robot behaviour. Tekdis supports the physical hardware layers that make the platform work in the field.
Your robotics software
ROS, NVIDIA Isaac, custom perception, SLAM, path planning, vehicle control or application software.
+
Tekdis hardware stack
Matched hardware layers for perception, edge processing, positioning, connectivity, storage, power and rugged deployment.
Edge AI Core
NVIDIA Jetson and rugged GPU systems for inference, sensor fusion and local decision-making.
Perception
GMSL2, stereo, RGB-IR and machine-vision cameras for object detection, depth and visual data.
Ranging
LiDAR sensors for mapping, obstacle detection, safety zones and 3D environmental awareness.
Positioning & RF
GNSS, antennas, 4G/5G, Wi-Fi and RF accessories for positioning, telemetry and remote access.
Network & I/O
PoE, M12, CAN bus, Ethernet, serial, DIO and expansion hardware to connect sensors and machine systems.
Deployment Hardware
Industrial SSDs, memory, displays, power accessories and mounting hardware for field-ready builds.
Tekdis supplies the hardware stack, not the autonomy software. This is designed for OEMs and system integrators who already have software capability but need a stronger hardware supply partner.
Application Value
A robotics BOM that works as one system
The real value is not a single AI computer, camera or LiDAR sensor. It is the ability to supply the surrounding hardware that turns those parts into a practical robotics platform.
From parts list to platform hardware package
Tekdis can help define the hardware bill of materials for outdoor autonomous platforms, then support the supply path from sample build through to production.
- Perception hardware selected around cable length, field of view, mounting and interface requirements.
- Edge AI hardware matched to camera count, LiDAR input, acceleration needs, power budget and environment.
- Wireless, GNSS, storage and I/O selected as part of the deployment, not after the prototype is already built.
- Optional alternatives and second-source choices to support cost reduction and lifecycle planning.
Reduce supplier complexity
Consolidate key hardware layers through one technical supply partner instead of managing a separate supplier for each subsystem.
Stronger purchasing pathMake hardware choices earlier
Confirm interfaces, cable runs, power requirements, storage, RF and I/O before the system design becomes difficult to change.
Fewer redesign risksBuild with production in mind
Select hardware that can move from bench testing to field trials and OEM production without restarting the sourcing process.
Scalable hardware supplyCover the full operating environment
Account for vibration, temperature, dust, moisture, DC power, antenna placement, network cabling and service access.
Outdoor-ready thinkingPlatform Blueprint
A working robotics platform, layer by layer
The platform below shows how Tekdis hardware categories can be combined into one machine architecture, with each layer supporting sensing, navigation, processing, control or field connectivity.
Example: Owl GMSL2 Camera
Camera input for machine perception
GMSL2 and stereo cameras provide low-latency visual data for object detection, crop recognition, visual SLAM and multi-camera coverage.
Example: CB64S1 LiDAR
3D ranging and obstacle awareness
LiDAR adds dense point-cloud data for mapping, near-field perception, obstacle avoidance and safety zones around the robot.
Example: ATC3562 Orin NX
Rugged Edge AI Computer
The central platform provides verified GMSL2 camera input, GbE for LiDAR, optional GNSS/5G/Wi-Fi expansion, CAN bus and rugged I/O for real-time perception, fusion and control workloads.
Example: 4x4 MiMo 4G/5G + WiFi, GNSS Sharkfin
External RF antenna system
A multi-function roof antenna supports cellular, Wi-Fi and GPS/GNSS signals for mobile robotics platforms. It can be paired with the edge computer’s compatible wireless and positioning module options to reduce the number of external antennas required.
Example: T(P)ES-L6208XT PoE Switch
Rugged Ethernet and PoE expansion
Used when the platform needs additional Ethernet ports, PoE power for external sensors, M12 connectivity or a rugged network point close to cameras and LiDAR. Smaller builds can connect sensors directly to the edge AI computer.
Example Platform
Outdoor autonomous field robot
Each hardware layer answers a deployment requirement and feeds into the wider autonomous platform.
- Forward and side GMSL2 cameras detect objects, people, crop rows and operating boundaries.
- LiDAR provides 3D ranging for obstacle avoidance, mapping and navigation around changing terrain.
- GNSS, INS and IMU hardware supports positioning through open areas and weak signal zones.
- The rugged edge AI computer runs perception, SLAM, sensor fusion, path logic and machine I/O locally.
- 5G/LTE and Wi-Fi module options, a rugged roof antenna, optional PoE switching, M12 cabling, CAN bus and industrial storage turn the prototype into a field-ready system.
Processing
ATC3760 / ATC3562 / PE1103N
Jetson Thor or Orin systems for inference, sensor fusion, route logic and real-time control.
Vision
Owl, Hawk and RGB-IR stereo cameras
Depth, wide field of view, rugged camera options and GMSL2 input for multi-camera builds.
Ranging
CB64S1, CH128 and 360 degree LiDAR
Mapping, obstacle awareness, blind-spot monitoring and ranging around the platform.
Deployment
PoE expansion, M12, CAN, 5G antenna and storage
Direct sensor connections may be enough for smaller builds. Add a rugged Ethernet/PoE switch when the platform needs more ports, PoE power or distributed field cabling.
Example Applications
Hardware stacks for different robotics platforms
Edge AI, perception, positioning, connectivity and rugged I/O can be adapted to field robotics, inspection, yard automation, AMR/AGV projects and autonomous machinery.
Field Robotics
Outdoor autonomous machine
Designed around rugged edge AI, GMSL2 vision, LiDAR, GNSS/INS and mobile connectivity.
- IP-rated edge AI computer
- GMSL2 cameras and LiDAR
- GNSS, 5G and CAN bus integration
Agricultural Robotics
Vision-guided picking robot
Built around stereo depth, edge inference, object detection, robotic arm control and data logging.
- Stereo depth and RGB-IR vision
- Jetson inference platform
- Storage for image datasets
AMR / Inspection
Mobile inspection platform
Combines cameras, LiDAR, localisation and wireless networking for autonomous inspection and remote operation.
- 360 degree perception hardware
- Low-latency edge processing
- Remote telemetry and diagnostics
Solution Layers
Hardware layers selected for the application
Each layer below supports a specific robotics requirement, helping engineering teams match the right Tekdis product groups to the platform they are building.
Edge AI Processing
NVIDIA Jetson Thor and Orin systems, carrier boards and rugged GPU platforms for inference, sensor fusion, path planning and robotics workloads.
Perception & Vision
GMSL2, RGB-IR, stereo depth and machine-vision cameras for object detection, crop recognition, visual SLAM and multi-camera platforms.
LiDAR & 3D Mapping
360 degree, hybrid solid-state and application-specific LiDAR options for mapping, ranging, obstacle detection and safety areas.
Positioning & Navigation
GNSS, INS, IMU and dead-reckoning hardware for platforms that need reliable positioning around buildings, trees, tunnels or weak signal areas.
Rugged Control Systems
Fanless computers with wide DC input, ignition sensing, M12, PoE and CAN bus for deployment on mobile machines.
Power, Network & Expansion
5G/LTE, Wi-Fi, PoE, M.2 modules, industrial SSDs, memory, displays and interface expansion to complete the system.
Example Product Stack
Products that fit into the build
The products below show example hardware layers for a robotics build, from edge AI and perception through to ranging, external RF antennas and optional rugged network expansion.
Example shown: ATC3562
Run inference and sensor fusion locally
The central computer provides GMSL2 input for the Owl camera, GbE for LiDAR, optional GNSS/5G/Wi-Fi expansion, CAN bus and rugged I/O for real-time perception and control workloads.
Example shown: Owl GMSL2
Capture low-latency visual data
Camera hardware supports object detection, machine vision, crop recognition, obstacle awareness and multi-camera coverage around the platform.
Example shown: CB64S1
Map, range and detect obstacles
LiDAR adds 3D environmental data for localisation support, near-field perception, safety zones and autonomous path planning.
Example shown: 4x4 MiMo Sharkfin
Combine cellular, Wi-Fi and GNSS signals
A multi-function vehicle antenna supports cellular, Wi-Fi and GPS/GNSS signals for mobile robots, reducing the need for separate antennas across the platform.
Example shown: T(P)ES-L6208XT
Expand Ethernet and PoE when required
A rugged PoE switch can add Ethernet sensor ports, powered device support and M12 field connectivity for larger or more distributed robotics builds.
Configuration note: selected sensors can connect directly to the edge AI computer. Rugged Ethernet/PoE expansion can be added for extra sensor ports, powered devices, M12 field cabling or network separation. Final configuration should include the correct GMSL2 cable, Ethernet/PoE cabling, RF antenna leads, power wiring, mounting accessories and module options.
Example hardware for outdoor robotics
- NVIDIA Jetson Orin NX 8/16GB SoM
- 4-CH GMSL2, 2 x GbE
- IP67, DC 9V~36V & 24V, +65°C
- Hybrid Solid-State, 64-ch, IP69K
- 180° horizontal, ~40° vertical FOV
- ~100m detection range
- 2.3MP global shutter sensor
- IP65-rated durability
- GMSL2 with PoC
- 8 10/100TX + 2 10G Copper
- Managed, 80W PoE budget, PD detection
- IP67/54, 9-36V / 16.8-56V / 16.8-137.5V DC
Reference Builds
Where each hardware layer sits on the machine
These layouts show where each hardware layer can sit within a complete robotics platform.
Autonomous field machine
A rugged autonomy stack for agricultural, inspection or outdoor mobile machinery.
- 1
Edge AI Computer
Runs local inference, sensor fusion, camera pipelines and route logic.
- 2
GMSL2 Camera Network
Long cable cameras provide forward, side and rear vision coverage.
- 3
LiDAR
3D mapping and ranging support obstacle awareness and navigation.
- 4
GNSS / INS
Positioning hardware supports localisation in open and difficult signal areas.
- 5
5G / LTE
Remote diagnostics, telemetry, updates and fleet visibility.
- 6
Rugged I/O
CAN bus, PoE, M12, storage and power integration for deployment.
Crop-picking robot
A vision-led robotics stack for detection, depth, positioning and robotic arm guidance.
- 1
Stereo Vision
Depth cameras help detect crop location, size and picking distance.
- 2
Edge AI Inference
Jetson hardware runs detection models and robotic control logic locally.
- 3
LiDAR Safety Zone
LiDAR supports obstacle awareness around people, rows and structures.
- 4
Control I/O
CAN bus, serial and digital I/O connect the robot arm and machine systems.
- 5
Connectivity
5G/LTE and Wi-Fi support fleet updates, logging and remote access.
- 6
Industrial Storage
Rugged SSD and memory support image logging, datasets and system uptime.
Partner Hardware
The brands robotics OEMs trust
A curated line-card across AI platforms, embedded PCs, sensing, vision, LiDAR and rugged robotics hardware.
NEXCOM
Rugged Computing
NVIDIA Jetson
Edge AI Platform
Axiomtek
Embedded PCs
LSLiDAR
LiDAR Sensors
Leopard Imaging
GMSL2 Cameras
ASUS IoT
Edge AI / IPC
GPI Korea
Vision Hardware
Neousys
Rugged Edge AIStandards & Interfaces
Built and specified to standard
The standards, interfaces and keywords engineers often need when specifying robotics hardware for field deployment.
Rugged & Environment
- MIL-STD-810H shock and vibration
- MIL-STD-461 EMI / EMC
- IEC 60529 IP67 / IP69K
- -40°C to +70°C operating range
- EN 50155 rail certification
- SWaP-C optimised designs
- Wide 9 to 48 VDC, ignition sensing
Safety & Compliance
- EN ISO 3691-4 AGV / AMR
- ISO 13849-1 Performance Level
- ANSI/RIA R15.08 mobile robots
- UL 3100 automated vehicles
- ISO 26262 ASIL functional safety
- IEC 61508 functional safety
- CE, FCC and RoHS
Interfaces & Software
- NVIDIA Jetson Orin / Thor
- ROS and ROS 2 middleware
- GMSL2 cameras and LiDAR
- CAN bus, PoE and M12
- GNSS / INS / IMU fusion
- PCIe, M.2, COM-HPC and COMe
- COTS and long-life supply options
Why Tekdis Ltd
Build a complete robotics hardware platform
Speak with the Tekdis Ltd UK team about matching AI computers, cameras, LiDAR, positioning, wireless connectivity, storage and rugged I/O for your next robotics project.
System-level hardware advice
Support across the full robotics hardware stack, from perception and edge processing through to network, storage and field deployment hardware.
Local UK support
Technical support, competitive pricing and fast quotes from the Tekdis Ltd team.
Configured before shipment
Module selection, OS imaging, storage, connectivity and licensing support.
Flexible supply options
Source individual components for development work or matched hardware sets for OEM builds.