Mapped subcategories
- Robot main-compute platforms
- CPU, GPU, NPU and SoC modules
- Edge-AI computers
- Real-time controllers
- Safety controllers
- Motion-control cards
- Carrier boards and storage
- High-speed networking
Component layer C · Priority 03
Compute & Control
Main computers, accelerators and real-time controllers—compared beyond headline TOPS.
Fields that create comparison value
- precision-specific throughput
- power mode and thermal envelope
- memory capacity and bandwidth
- camera and bus I/O
- real-time capability
- software support window
Current pressure-test sample.
These records test whether the same claim-level schema can preserve meaningful differences across unlike products.
Embedded AI system-on-moduleactive
Jetson AGX Orin 64GB
A high-end Jetson module whose headline TOPS value is an INT8 sparse throughput claim and must be paired with its power mode and workload precision.
Embedded compute moduleactive
Compute Module 5
A general-purpose embedded compute module with unusually long published production availability and flexible carrier-board integration.
Robotics development platformactive
Qualcomm Robotics RB5 Platform
A robotics platform emphasizing heterogeneous imaging and AI pipelines rather than a directly comparable single TOPS headline.
Rugged edge-AI computeractive
MIC-733-AO
A complete industrial computer that adds wide-input power, rugged I/O and expansion around an AGX Orin module; module TOPS must not be mistaken for whole-system performance.
Fanless edge-AI computeractive
BOXER-8641AI
A rugged complete computer offered with 32 GB and 64 GB AGX Orin variants, making ordered configuration part of every comparison.
Industrial edge-AI computeractive
reComputer Industrial J4012
An industrial Jetson system whose robotics value comes from exposed CAN, serial, Ethernet and digital I/O in addition to module AI throughput.
Industrial system-on-moduleactive
Verdin iMX8M Plus Quad 4GB WB IT
An industrial SoM whose real-time core, CAN-FD and maintained OS ecosystem may matter more to a robot controller than a large TOPS headline.
Embedded AI system-on-moduleactive
Jetson Orin NX 16GB
A compact Jetson module whose current Super headline must be separated into sparse and dense INT8 throughput and tied to software and power mode.
Embedded compute moduleactive
Compute Module 4
A widely deployed embedded module with a public production commitment and explicit standard versus extended temperature variants.
Industrial system-on-moduleactive
Verdin AM62 Quad 2GB WB IT
A low-power industrial SoM that exposes real-time and CAN-FD integration features rather than a neural-accelerator headline.
Fanless edge AI computeractive
BOXER-8651AI
A compact Orin NX system whose system-level ports and input range are distinct from the underlying Jetson module capabilities.
Embedded AI system-on-moduleactive
Jetson Orin Nano 8GB
An entry Orin module whose Super-mode figures require JetPack 6.2 and a compatible power and thermal configuration.
Robotics development platformunknown
Robotics RB3 Platform
A legacy-generation robotics development platform retained as a distinct record from the newer RB3 Gen 2 family.
Fanless Jetson Orin NX edge computer familyactive
MIC-713-OX
A rugged Orin NX system family whose memory, CPU and optional GMSL configuration depend on ordering code.
Jetson AGX Orin machine-vision computeractive
BOXER-8646AI
A camera-dense AGX Orin system with twelve PoE ports, dual CAN FD and a constrained 19–24 V input range.
Compact Jetson Orin NX edge computeractive
reComputer Mini J4012
A compact Orin NX system with dual CAN and preinstalled NVMe storage; its published TOPS figure predates later Super-mode tables.
Industrial wireless system-on-moduleactive
Verdin iMX95 Hexa 8GB WB IT
An i.MX95 Verdin configuration whose public revision table exposes active EOL and replacement churn rather than hiding it.
Open-source robot control boardactive
Single-board computeractive
Raspberry Pi 5 Model B Rev 1.1
The revision-bounded Raspberry Pi 5 identity published by OpenAMR. Raspberry Pi’s current product page supports family-level specifications; it does not by itself provide a Rev 1.1 change manifest or prove the selected OpenAMR unit.
Microcontroller development boardactive
Teensy 4.0
The exact real-time controller named by the OpenAMR responsibility-party component table, separated from the processor identity and from any flashed firmware or carrier wiring.
Single-board computer familyactive
Raspberry Pi 5
The family-level product identity used by LeKiwi, TrotBot and optional AlohaMini configurations. It is deliberately separate from the OpenAMR-specific Rev 1.1 record and does not infer a board revision from a RAM label.
Embedded processoractive
Intel Atom x7425E (FJ8071504822030 / SRMLN)
The exact tray ordering code, spec code and stepping are attached to the processor record. Processor specifications do not identify a carrier board, BIOS, memory population, cooling system or robot workload.
Adaptive edge-compute system-on-moduleactive
SM-K26-XCL2GC
The commercial-grade part number is separated from the industrial variant and from Kria starter kits. Product-page architecture claims do not prove a complete robot carrier, thermal design, firmware image or sustained workload.
DIN-rail embedded industrial PClegacy
CX5130-0100
The exact -0100 order suffix is retained: no operating system and no TwinCAT are included. CPU-module specifications do not establish a complete real-time robot controller, I/O terminal set, licenses or deterministic performance.
First deliverable
Expand compute records; add workload, power-mode and production-lifecycle evidence
Publication gate: a record needs a stable model identity, at least one traceable first-party source, useful integration fields, a last-verified date and visible evidence labels.
Where this layer is monitored.
A sample of the cross-source ledger. The full directory includes use and republication guidance.
ISO/TC 299 — Robotics ↗Standards & protocols · Global
Published standards, work programme, scope, terminology and revision status.
Cite standard number, title, edition and status. Do not reproduce clauses, tables or figures without the applicable license or permission.
IEC standards and publications ↗Standards & protocols · Global
Electrical safety, batteries, machinery, EMC and industrial-control standards.
Use bibliographic facts and RCI commentary. Reproduction or translation of normative content requires the relevant permission.
IEEE Standards Association ↗Standards & protocols · Global
Networking, timing, sensing and systems standards; active projects and revisions.
IEEE permits proper references to standard titles and designations; reprinting, modification or translation of standard content requires permission.
EtherCAT Technology Group ↗Standards & protocols · Global
Technology specifications, implementation guidance, conformance and member/product signals.
FACTS
Record protocol and conformance facts with exact source pages. Do not mirror specifications, logos or member materials without permission.
CAN in Automation (CiA) ↗Standards & protocols · Global
CANopen/CAN FD profiles, technical articles, device profiles and implementation updates.
FACTS
Summarize protocol facts and link to the specific profile or article. Treat specification text and graphics as protected unless stated otherwise.
MIPI Alliance specifications ↗Standards & protocols · Global
Camera, display and chip-to-chip interface specification status and release news.
FACTS
Use release metadata and explain implications in RCI wording. Do not republish member-only or copyrighted specification content.