Advanced Micro Devices

• Kria AI Series
• Kria KR260 Robotics Starter Kit

Supply chain relationships

• Infineon Technologies

  Inbound - Compute & Control - Kria KR260 Robotics Starter Kit uses Infineon TPM 2.0 security module

  Source
• Generative Bionics

  Outbound - Compute & Control - AMD supplies CPU, GPU and FPGA-based onboard compute for the disclosed GENE.01 architecture

  Source
• Westwood Robotics

  Outbound - Compute & Control - AMD Ryzen 7840HS is the main processor in Westwood THEMIS

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• SolidRun

  Outbound - Compute & Control - SolidRun Bedrock R8000 computers use AMD Ryzen Embedded 8000 processors

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• Kodiak AI

  Outbound - Compute & Control - Kodiak’s seventh-generation autonomous-truck platform incorporates AMD EPYC processors

  Source
• SICK AG

  Outbound - Compute & Control - AMD adaptive SoCs power SICK's picoScan120 lidar

  Source
• One Stop Systems

  Outbound - Compute & Control - One Stop Systems identifies AMD as a strategic CPU supplier

  Source
• Perrone Robotics

  Outbound - Compute & Control - Perrone Robotics uses AMD Zynq UltraScale+ MPSoC processors in its autonomous-vehicle software platform

  Source
• ABB Robotics

  Outbound - Compute & Control - ABB Robotics integrates AMD Kria compute modules in robotics applications

  Source
• Carnegie Robotics

  Outbound - Perception - Carnegie Robotics uses AMD FPGAs in its 3D cameras for low-latency obstacle detection

  Source
• Axiomtek

  Outbound - Compute & Control - Axiomtek RSC201 uses an AMD Kria K26 system-on-module

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• Solectrix

  Outbound - Compute & Control - AMD documents Solectrix using Kria SOM technology for high-resolution industrial-machine image processing

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• STW

  Outbound - Compute & Control - AMD Zynq UltraScale+ MPSoC is incorporated into the STW HPX.ai-vision controller

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• Parrot

  Outbound - Compute & Control - AMD/Xilinx FPGA hardware powers the MARS radio in Parrot ANAFI UKR drone configurations; GOV is excluded

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• Waymo

  Outbound - Components - Advanced Micro Devices supplies AMD compute technology for Waymo autonomous-driving compute system

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• Foundation Robotics

  Outbound - Compute & Control - AMD Ryzen AI Embedded X100 processors will power Foundation Robotics Phantom MK-2 humanoids

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• SolidRun

  Outbound - Compute & Control - SolidRun Bedrock V3000 Basic configurations use AMD Ryzen Embedded V3000 processors

  Source
• SolidRun

  Outbound - Compute & Control - SolidRun Bedrock RAI300 uses the AMD Ryzen AI 9 HX 370 processor

  Source

• AMD - NASDAQ - USD

• Dr. Lisa Su - Chair and Chief Executive Officer
• Mark Papermaster - Executive Vice President, Chief Technology Officer

Events

• 2026-09-28 - Acquisition - AMD agrees $8.2B all-stock acquisition of World Labs

  World Labs develops spatial-intelligence models and interactive 3D world technology used for simulation, robot learning and Physical AI. AMD expects the transaction to close by the end of 2026, subject to regulatory approvals and customary conditions. Following closing, Fei-Fei Li is expected to become AMD's executive vice president and chief scientist for spatial intelligence.

  Source
• 2026-08-26 - Partnership - Kodiak AI integrates AMD EPYC into seventh-generation autonomous truck

  Kodiak said it is the first driverless-trucking company to deploy EPYC processors in its hardware platform. The compute upgrade supports the company’s driverless Permian Basin fleet and planned public-highway driverless launch. AMD supplies the processor platform while Kodiak retains the autonomous-driving system and vehicle integration.

  Source
• 2026-08-20 - Capability - Waymo details custom 5nm ASIC and autonomous-compute partner stack

  The custom ASIC provides more than 1,000 TOPS for front-end sensor processing and machine-learning workloads. Waymo says its onboard compute performance has increased 20-fold in eight years and processes 13 high-resolution cameras in real time.

  Source
• 2026-07-24 - Demonstration - IBASE showcases robotics edge AI computer at AMD Advancing AI 2026

  IBASE specifies up to 16 Zen 5 CPU cores, 50 TOPS of NPU processing and 60 TFLOPS of graphics compute for the showcased configuration. The system combines CPU, GPU and NPU computing for onboard perception and decision-making. IBASE identified rugged, always-on physical AI deployment and extended lifecycle support as design priorities for the system.

  Source
• 2026-07-23 - Demonstration - MulticoreWare demonstrates real-time VLA robotics with AMD

  The demonstration ran VLA models on AMD Ryzen AI Embedded integrated GPUs using AMD ROCm software. MulticoreWare said its work on the AMD Robotics Software Suite targets latency, reliability and accuracy for production robot applications. The robotics presentation builds on more than 15 years of broader MulticoreWare software engineering work across AMD platforms.

  Source
• 2026-07-23 - Product Launch - congatec launches conga-HPC/cRX1 module for physical AI

  The module uses AMD Ryzen AI Embedded X100 processors with up to 16 Zen 5 CPU cores. Its integrated GPU delivers up to 59 TOPS dense INT8 inference, while the NPU provides up to 50 TOPS. Industrial variants support operating temperatures from -40°C to +85°C for harsh-edge deployments.

  Source
• 2026-07-23 - Product Launch - Analog Devices and AMD validate Kria AI Robotics Developer Platform

  The platform links Analog Devices sensing and signal-chain components with AMD Kria adaptive-compute hardware. Validation targets robotics prototyping and deployment workflows rather than a complete commercial robot.

  Source
• 2026-07-23 - Partnership - Foundation and AMD partner on Phantom MK-2 humanoid compute

  Foundation plans to use AMD Ryzen AI Embedded X100 Series processors in the second generation of its Phantom humanoid. The companies are co-developing an embedded compute architecture for autonomous industrial and defense applications.

  Source
• 2026-01-05 - Product Launch - Generative Bionics unveils GENE.01 humanoid concept at CES 2026

  Generative Bionics unveiled GENE.01 during AMD's CES 2026 opening keynote. The company described GENE.01 as its first humanoid robot concept and the design and technology identity for future products. The unveiling positioned Generative Bionics around Physical AI, embodied sensing, real-time compute and industrial humanoid systems.

  Source
• 2026-01-05 - Product Launch - AMD introduces Ryzen AI Embedded processors for physical AI and autonomous systems

  The processors were designed for constrained embedded systems running AI-driven workloads at the edge. AMD named autonomous systems and humanoid robotics among the physical-AI target applications. The launch expanded AMD's embedded x86 processor portfolio for high-performance edge compute.

  Source
• 2024-04-09 - Product Launch - AMD launches Versal AI Edge Series Gen 2 for embedded edge AI systems

  The Versal AI Edge Series Gen 2 line combines multiple compute engines for AI-driven embedded systems. AMD framed the portfolio for edge sensors through centralized compute in AI-driven systems. The launch included video-processing and flight-computer use cases in the broader Versal Prime Gen 2 portfolio.

  Source
• 2022-05-17 - Product Launch - AMD launches Kria KR260 Robotics Starter Kit for industrial robotics development

  AMD announced the Kria KR260 Robotics Starter Kit as an adaptive SOM development platform for robotics and industrial automation. The kit includes native ROS 2 support, robotics interfaces and the Kria Robotics Stack for hardware-accelerated development. The launch is AMD's clearest direct product marker for robotics developers inside its broader compute portfolio.

  Source

Relationships

• Foundation Robotics

  Compute Technology Partner - Foundation and AMD are co-developing the Phantom MK-2 compute architecture around Ryzen AI Embedded X100 processors.

• MulticoreWare

  Physical AI Collaboration - MulticoreWare and AMD collaborate on software optimisation for physical AI and autonomous robotics.

• Kodiak AI

  Technology Collaboration - Kodiak AI is integrating AMD EPYC processors into its seventh-generation autonomous-truck compute platform.

• Analog Devices

  Developer Platform Collaborator - Analog Devices and AMD built a validated Kria AI Robotics Developer Platform combining ADI sensing and AMD adaptive compute.

• World Labs

  Proposed Acquisition Target - AMD agreed to acquire World Labs in an approximately $8.2 billion all-stock transaction.

• Waymo

  Autonomous Compute Partnership - Waymo names AMD among the computing partners supporting development of its autonomous driving compute system.

• IBASE Technology

  Amd Robotics Partner Network - IBASE participates in the AMD Robotics Partner Network and develops edge AI computing platforms for physical AI.

• Robotec.ai

  Simulation Technology Collaboration - AMD and Robotec.ai collaborate on Kria-based hardware-in-the-loop simulation and FPGA perception prototyping.

Comparable profiles

• Ambarella

  comparable profile - AI Vision Processor Supplier

• Fuzhou Rockchip Electronics

  comparable profile - AI Vision Processor Supplier

• Visinex

  comparable profile - AI Vision Processor Supplier

Shared workflows

• Lantronix

  workflow adjacency - Autonomous Systems Compute

• Palladyne AI Corp.

  workflow adjacency - Autonomous Systems Compute

• ASRock Rack

  workflow adjacency - Autonomous Systems Compute

• Ecotron

  workflow adjacency - Autonomous Systems Compute

• D-Robotics

  workflow adjacency - Robot Perception Compute

• Qualcomm

  workflow adjacency - Robot Perception Compute

• Intel

  workflow adjacency - Robot Perception Compute

• Horizon Robotics

  workflow adjacency - Robot Perception Compute

• MemryX

  workflow adjacency - Robot Perception Compute

• Premio

  workflow adjacency - Robot Perception Compute

• ASUS

  workflow adjacency - Robot Perception Compute

• Ultralytics

  workflow adjacency - Robot Perception Compute

Context tags

• Edge AI compute - Capability - AMD positions Kria and embedded platforms for robotics and industrial edge AI.
• AI vision processor supplier - Peer Group - AMD supplies CPUs, GPUs, adaptive SoCs and embedded compute used in robotics perception and edge AI.
• Robot perception compute - Workflow - AMD compute platforms support perception, inference and control workloads.
• Robot compute supply chain - Customer Environment - AMD belongs in the robot compute supply layer rather than robot OEM layer.
• Autonomous Systems Compute - Workflow - AMD adaptive compute is used in autonomous and intelligent industrial systems.