Embedded Intelligence & Autonomy
Enables decision-making, sensor fusion, task planning, AI inference, and autonomous operation in dynamic environments.
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Product Series |
Function |
Why suitable? |
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Intel® Core™ Ultra Processors Series 3 (formerly Panther Lake) 137mm x 135mm x 86mm 22-pin GPIO GMSL x 2 (up to 6 Channels) 19V-24V USB 3.2 Gen 1 x 4, USB 2.0 x 2, HDMI x 1, DP x 1 2.5GbE x 4 (support IEEE), CANBUS x 1 |
Open Robotic System |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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MIO-5356 |
Intel® Core™ Series 3 (Wildcat Lake), DDR5-6400 up to 64GB, dual LAN, EdgeBMC remote management |
Provides an efficient compute platform for autonomous robots, combining local processing, connectivity, and remote device management in a compact SBC. |
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MIO-5381 |
Intel Core Ultra Panther Lake, Intel Arc GPU, NPU up to 50 TOPS |
Combines powerful local AI processing with a compact footprint, making it well suited for intelligent edge robotics platforms. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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MIO-5381 |
Intel Core Ultra Panther Lake, Intel Arc GPU, NPU up to 50 TOPS |
Combines powerful local AI processing with a compact footprint, making it well suited for intelligent edge robotics platforms. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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WCL051 |
Intel Wildcat Lake processor, ultra-compact Pico-ITX design |
Optimized for compact service robots and mobile robotic systems where space and power consumption are critical constraints. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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AMD Radeon™ RDNA3.5 Graphics (within SoC) 4x DisplayPort™ V1.4 Dual Channel LVDS (24Bit) and eDP V1.4 (4k) onboard integrated XDNA™2 NPU with up to 50 TOPs Dual LAN 1GbE/5GbE incl. Teaming support |
Industrial Motherboard supporting the AMD Ryzen™ AI Embedded P100 Processors |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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DLAP-701 |
Extreme AI Performance: Embedded with NVIDIA Jetson T5000™/ Jetson T4000™ up to 2070 FP4 TFLOPS for multi-model generative AI workloads. Rich High-Speed I/O: Includes 2x GbE RJ-45, 1x QSFP (4x25GbE), USB 3.2, M.2 slots for Wi-Fi/5G/SSD, and comprehensive expansion options. Industry-Grade Design: designed for Humanoid Robot /Vision Sensing System (VSS) / Autonomous Mobile Robot (AMR) applications. |
Compact Edge AI Platform Powered by NVIDIA® Jetson Thor |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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SBC35-RPL + DLAP-211 |
Dedicated CPU and AI architecture |
Separates deterministic robot control from AI vision processing, improving overall system stability, scalability, and performance. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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D457 |
Stereo depth sensing, Visual SLAM, 3D mapping |
Provides accurate spatial awareness for AMRs and humanoids, enabling safe navigation and collision avoidance. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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Core Ultra Series 3 |
Intel TCC, TSN, CPU + GPU + NPU architecture |
Enables simultaneous execution of deterministic real-time control and AI workloads on a single platform. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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Edge AI Vision Controller Fan |
Cooling of AI controllers and industrial PCs. |
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PWM Controlled High CFM Fan |
Thermal management for vision IPCs and control systems. |
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High Airflow Fan |
Cooling of edge AI and industrial automation platforms. |
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Ultra Thin Fan |
Rail and card modules for embedded control. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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Agilex 5 SoC FPGA |
FPGA + Embedded Processor |
Local robotic decision-making and sensor fusion. |
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Agilex 7 SoC FPGA |
High-End Edge AI Platform |
Physical AI, Robot Brain Co-Processing. |
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Agilex 9 |
AI Compute Acceleration |
Execution of complex AI workloads close to the sensor. |
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Stratix 10 GX / SX |
Reconfigurable AI Compute |
Flexible acceleration of AI algorithms. |
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Product Series |
Function |
Why suitable? |
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ComboStak® PowerStak® |
Hybrid High-Speed + Power Connector |
AI modules, edge compute and robot brain platforms. |
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Titen™ 224G |
PCIe Gen7 Connector |
High-Speed AI Compute Module. |
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EnergyEdge™ XTreme |
High-Speed Power + Data Connector |
Robot brains and high-performance compute. |
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PCIe M.2 Gen5/6 |
High-Speed Storage Interface |
AI storage and embedded compute. |
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FloatCombo™ |
Floating B2B Connector |
Edge AI and robot controller platforms. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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Smart dToF with histogram processing |
Sensor fusion, autonomous navigation |
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Single-Zone dToF |
Distance and Proximity Detection |
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Multi-Spectral Sensing |
Additional AI features for material recognition |
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Ambient Light Sensor |
Adaptive camera and lighting control |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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Detection Module |
Local sensor information for autonomous decisions |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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Smart IMU with integrated 32-bit MCU |
Local sensor fusion and pre-processing directly in the sensor. |
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High-performance IMU |
Self-monitoring, predictive maintenance and condition analysis. |
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IMU with integrated features |
Activity and state detection. |
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High Stability IMU |
Presence detection and self-diagnosis. |
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Product Series |
Function |
Why suitable? |
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General Purpose Switching |
Reset, power-good, wake-up and enable functions in embedded controllers. |
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Signal Processing & Amplification |
Embedded I/O, diagnostic and status circuits. |
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High Gain Variant |
Low drive currents for energy-efficient embedded systems. |
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Product Series |
Function |
Why suitable? |
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High-Speed Xccela SPI NOR |
Fast access to firmware, LLM models and edge AI applications |
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Non-volatile mass storage |
Storage of map data, AI models and log files |
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Safety MCU |
Local AI control and safety monitoring. |
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Product Series |
Function |
Why suitable? |
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Functional Safety MCU |
Central autonomous decision-making platform. |
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Edge AI MCU |
Local AI inference and sensor fusion |
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High-End MCU |
Robotics domain controller. |
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High-Reliability Memory |
Storage of AI models and firmware. |
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pSRAM |
Fast data processing for AI systems |
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Non-volatile memory |
Logging and sensor histories. |
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Product Series |
Function |
Why suitable? |
|---|---|---|
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Core Ultra Series 3 (Panther Lake) |
up to 16 Cores, 50 TOPS, NPU, GPU up to 12 Xe cores, TSN, Industrial, Functional Safety, Real-Time Support, Robotics AI Suite, OpenVino. |
Edge AI and autonomous decision-making |
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Core Processors Series 2 (WIldcat Lake + Wildcat Lake Refresh from Q1-2027) |
up to 6 (8) Cores, 40 TOPS, NPU, GPU up to 2 Xe cores, TSN, Real-Time support, Industrial |
Sensor fusion and AI inference |
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Core Ultra Series 4 (Nova Lake from Q1-2027) |
up to xx Cores, 200+ TOPS, NPU, GPU, TSN, Industrial, Functional Safety, Real-Time Support, Robotics AI Suite, OpenVino. |
Fleet control and central robotics platforms |
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Core Processors Series 2 (Bartlett Lake 12P + Raptor Lake Next Q2-2027) |
up to 12 (20) Cores, GPU, TSN, Real-Time support, Industrial |
Autonomous embedded systems |
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I226LM/IT (Codename Foxville) |
2.5GbE Ethernet Controler, MAC+PHY, PCIe |
prooven version for industrial use cases, Linux Support, TSN |
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AX210 (Codename Typhoon Peak 2 Embedded) |
M.2 Module, Wi-Fi 6E + BT5.4, dual stream Wi-Fi in the 2.4 / 5 / 6 GHz bands and BT5.4 |
Maximizing Wi-Fi 6 and Gigabit Wi-Fi benefits, enabling grater network flexibility, faster downloads, sharing backups, as well as reduced latency and improved reliability. |
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BE200 (Codename Gale Peak) |
M.2 Module, Wi-Fi 7 + BT5.4, dual stream Wi-Fi in the 2.4 / 5 / 6 GHz bands and BT5.4 |
Maximize speed, latency, and reliability benefits of Wi-Fi 7. |
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Product Series |
Function |
Why suitable? |
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Floating high-speed B2B connector, PCIe Gen3 class |
Robot controllers, AI processing and high-speed data transfer. |
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Half-Pitch Interface Connector |
Controller and embedded systems. |
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IEC61076-3-122 Safety Connector |
Safety electronics and autonomous controllers. |
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EMI-shielded connector |
Reliable data transmission in robot brains. |
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Product Series |
Function |
Why suitable? |
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Up to 10 GB/s read, 9 GB/s write |
Optimised for on-device AI and real-time inference. |
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SCM with low latency |
Supports real-time analytics and machine learning. |
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High-density 3D NAND |
Storage of large AI models |
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Enterprise & Edge Storage |
Data storage for robot brains and AI workloads. |
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Product Series |
Function |
Why suitable? |
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TVS Arrays |
Protection of MCU, I²C and communication interfaces |
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Controller Protection |
Protection of autonomous controllers against overvoltage. |
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Diagnostic Feedback |
Condition monitoring and autonomous troubleshooting. |
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ESD Protection for High-Speed Interfaces |
Protection of AI computing modules |
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Signal Integrity Protection |
Securing embedded AI platforms |
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CAN Protection |
Protection of distributed embedded controllers |
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Surge Protection |
Protection of processor and supply paths |
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Product Series |
Function |
Why suitable? |
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50+ TOPS, VLM Support, ROS, Ubuntu |
Fully fledged robot brain for physical AI and autonomous robots. |
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10 TOPS GenAI Accelerator |
Local LLM execution and autonomous decision-making. |
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10 TOPS Edge GenAI |
Autonomy without cloud dependency. |
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4 TOPS NPU |
AI inference at the edge. |
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3.2 TOPS NPU |
Edge AI for intelligent embedded systems |
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6 TOPS AI Acceleration |
Cost-optimised AI for lightweight robotics. |
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Product Series |
Function |
Why suitable? |
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High-Density Board-to-Board |
Main controller architecture |
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High Pin Count Connector |
AI and computing platforms |
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High-Speed Interface |
Edge computing and peripherals |
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Standard Interface |
Control and diagnostic modules |
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Memory interface |
Local data storage |
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Data cabling |
Controller networking |
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Product Series |
Function |
Why suitable? |
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Up to 8000 Mbps |
High-end AI computing and autonomous decision-making. |
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4267 Mbps |
Memory for edge AI platforms such as MediaTek, NVIDIA or Qualcomm. |
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NAND + LPDDR4X integration |
Complete memory solution for autonomous embedded systems. |
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Known Good Die solutions |
Direct integration into AI modules and robot compute platforms. |
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Low-Power DRAM |
Reduced energy consumption in mobile robots. |
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Optimised energy efficiency |
Extended runtimes of battery-powered systems |
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Product Series |
Function |
Why suitable? |
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Arm Cortex-M33 + Axon NPU + RISC-V |
Complete edge AI platform for autonomous robotics. |
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Cortex-M33 + LTE Modem + GNSS |
Autonomous mobile robotics with cloud connectivity. |
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nRF7120 |
Wi-Fi 6E + BLE + AI/ML Accelerator |
Robot brain with local AI and high-speed connectivity. |
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Edge AI Lab |
AI Model Training Platform |
Development of in-house robotics AI |
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Product Series |
Function |
Why suitable? |
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Ultra Low ESR Polymer Capacitor |
Power integrity for AI SoCs and edge computers. |
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High Frequency DC/DC Conversion |
Power supply for high-performance AI computing platforms. |
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Product Series |
Function |
Why suitable? |
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High-Speed Switching Transistor |
Reset, enable, switching and status functions in embedded controllers. |
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Fast Switching Schottky |
Power supply for MCU, MPU and AI modules. |
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Low Forward Voltage Schottky |
Efficient power supply for edge compute and embedded systems. |
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Product Series |
Function |
Why suitable? |
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Quad SPI FeRAM |
Storage of robot state snapshots |
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Quad SPI FeRAM |
Recovery of AI and navigation states. |
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Parallel FeRAM |
SRAM replacement with non-volatile storage |
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Parallel FeRAM |
Main ECU State Retention. |
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Non-Volatile Memory |
Storage of AI logs, snapshots and runtime states. |
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Product Series |
Function |
Why suitable? |
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Arm Cortex-M33, Security Engine |
Robot brain for decentralised motor control. |
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IEC60730 Safety Features |
Safe autonomous robotics architecture. |
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Real-time communication |
Networked robot joints |
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SoC Power Management |
Power supply for AI SoCs and robot controllers |
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Product Series |
Function |
Why suitable? |
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Low ESR power stabilization |
Reliable operation of embedded controllers |
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Product Series |
Function |
Why suitable? |
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14S5P Battery Architecture |
>1270Wh Pack Energy |
Supports local AI inference, sensor fusion and autonomy. |
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Cylindrical Platform |
Scalable cell architecture |
Suitable for humanoids, drones, quadrupeds and AMRs. |
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Product Series |
Function |
Why suitable? |
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6000mAh High Capacity Platform |
Increases the runtime of autonomous systems. |
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Scalable Cylindrical Architecture |
Suitable for humanoids, quadrupeds, service robots and AMRs. |
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Product Series |
Function |
Why suitable? |
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High-resolution embedded displays |
Display of AI, navigation and sensor fusion |
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High-End Embedded HMI |
Operation of autonomous systems |
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Display Total Solution |
Integration into AI and embedded platforms |
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Product Series |
Function |
Why suitable? |
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Cortex-M4 platform with VE |
Decentralised robot control. |
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Motor Control Driver + Intelligence |
Reduced development time through automatic parameterisation. |
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High-Speed Data Processing |
Networked autonomous robotic systems. |
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High-Speed Isolation |
Safe communication between isolated subsystems |
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Product Series |
Function |
Why suitable? |
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Low VF Rectifier |
Higher efficiency of embedded AI and controller platforms. |
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Protection for ICs, MOSFETs & Data Lines |
Protection of MCUs, NPUs, FPGAs and embedded boards. |
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Single Line ESD Protection |
Securing sensitive embedded interfaces. |
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