Src5000 Controller per Robot Umanoide by Fan Wu

Bronzo Ingegneria · 2025

Src5000 Controller per Robot Umanoide

by Fan Wu

A' Design Award di Bronzo 2025 in Ingegneria
CLIENT: Shanghai Seer Intelligent Technology Co.,Ltd.
Estimated Number of Design Views: 36,948
Verification code 71B443520D · Verify this award

View at A' Design Award Press Release

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About Src5000 Controller per Robot Umanoide

Questo controller per robot umanoidi integra funzionalità di intelligenza artificiale e il suo design privilegia l'apprendimento continuo e una maggiore potenza di calcolo derivata dai dati dell'IA. Le alette di raffreddamento su doppia superficie e il sistema di raffreddamento suddiviso in comparti garantiscono la stabilità anche in condizioni di carico massimo. Il controller è dotato di un sistema eterogeneo multiprocessore, comprensivo di un processore IA, che consente al robot di generalizzare i compiti nei più diversi scenari.

About the A' Design Award di Bronzo

Src5000 Controller per Robot Umanoide ha vinto l'A' Design Award di Bronzo, un riconoscimento altamente prestigioso conferito a design eccezionali che si distinguono per creatività, ingegno e astuzia. I vincitori di Bronzo sono manufatti ampiamente abili e sorprendentemente creativi che autenticano la vasta esperienza, l'immaginazione e l'intraprendenza dei loro designer. Ci si aspetta che Src5000 Controller per Robot Umanoide sia un oggetto molto apprezzato, ammirato e amato, notevolmente professionale e innovativo. Questo design vincitore dell'A' Design Award di Bronzo incorpora le migliori pratiche dell'arte, della scienza, del design e della tecnologia, ed è eccellente per l'attenzione al dettaglio. Src5000 Controller per Robot Umanoide soddisfa splendidamente i bisogni, tocca i desideri, affascina i sentimenti e attira la curiosità.

Press Kit

Unique Properties: SRC5000 is a versatile AI controller tailored for humanoid robots, enabling the integration of control across all robotic components. Its AI algorithm is developed by assimilating extensive environmental and task execution data from previous generations of industrial robots, enabling the humanoid robot to effectively generalize tasks in intricate industrial scenarios and continuously learn and optimize during operation.
Dimensions & Packaging: 2350X1330X610mm
Tags: Controller, High Computing Power, Task Generalization, AI, Humanoid Robot
Production Technology: The SRC5000 features a multiprocessor heterogeneous architecture. It further incorporates an AI processing module for precise visual information analysis, a collaborative processing module to enhance background task management, and a real time processing module that enables control of up to 64 axes with microsecond response times. This enhances system control efficiency and response speed at the architectural level.
Design Challenge: Constructed on a heterogeneous computing architecture to tackle intricate industrial task, the high density integration poses some challenges on thermal management. The team devised a partitioned thermal management strategy: the AI collaboration module incorporates a base thermal plate for effective longitudinal heat transfer, while the real-time control module features surface dual cooling fins to improve convection, so the system functions continuously and reliably under full loads.
Research: The SRC5000 features an integrated controller that enables centralized oversight of the components, in addition to offering a comprehensive development tool chain and App support. This integrated hardware and software framework drastically lowers the obstacles associated with the production and deployment of humanoid robots. Innovations in controller technology are propelling the broader acceptance of humanoid robots across a range of scenarios.
Inspiration: By utilizing a unit of integrated core controller to connect and manage all robot components, the SRC5000 amply streamlines the development process for industrial robots across various scenarios, cuts down development costs, and facilitates the swift deployment of humanoid robots, paving the way for their extensive commercial uses.
Project Duration: Initiated in October 2023 in Shanghai, the project wrapped up in August 2024 and was subsequently exhibited at the Shanghai International Industry Fair in September 2024.
Operation Flow: The SRC5000 features all interfaces on a single panel, all systematically organized according to execution, energy, and sensing modules. This notably streamlines the processes of assembly, inspection, and maintenance for personnel. The operational procedure consists of controller assembly, selection of the appropriate controller within App, importing the robot model, configuring the comprehensive software components, importing maps, task placement, and conducting functional verification tests.
Patents: Shanghai Seer Intelligent Technology Co.,Ltd.
Image Credits: Shanghai Seer Intelligent Technology Co.,Ltd.