From the Spring Festival Gala Stage to Embodied Intelligence:Realtimes Joins Hands with NVIDIA to Equip Mass-Produced Humanoid Robots with the

----How Realtimes NeuroCub Platform Supports Humanoid Robots to Move from Prototype to Mass Production

In the 2026 Spring Festival Gala, humanoid robots have appeared on stage multiple times, among which Wu BOT has sparked nationwide discussions. Their precise movements, smooth interactions, and stable performance have truly made many people feel for the first time that 'embodied intelligence' is moving towards reality. But the more noteworthy issue than 'being able to walk and jump' is:

Why can humanoid robots move?

What is the 'brain' behind it?

Humanoid robots, the real challenge is the 'computational brain'

In humanoid robot systems, motors are responsible for actions, structures are responsible for support, and sensors are responsible for perception, but it is the computational brain that truly determines the level of intelligence.

A mature humanoid robot needs to simultaneously complete:

Multi modal perception fusion (visual, laser, force, tactile, etc.)

● Microsecond level real-time motion control

Large scale Transformer model inference

Long term stable operation

● Consistent delivery from prototype to mass production

The computational brain is not only facing a problem of computing power, but also a problem of engineering computing platforms.

Nvidia Jetson: A computing power base with embodied intelligence

Currently, the mainstream computing brain ("computing platform") of humanoid robots has gradually shifted towards the NVIDIA Jetson system.

Both Jetson AGX Orin and the new generation Jetson Thor offer:

High computing power AI reasoning ability

● Computing power support for multimodal models

● Local low latency edge computing capability

But chips are just "computing power modules", and truly landing on the humanoid robot body requires:

Industrial grade low latency communication network

● Low latency time synchronization

Multiple high-speed cameras, LiDAR and other sensors are connected

Industrial grade heat dissipation and anti vibration fastening design

Long term stable operation capability

This is the value of the Jetson embodied intelligent brain hardware platform.

Realtimes NeuroCub Platform：Jetson embodied intelligent brain for humanoid robots

The NeuroCub Platform RTS-AGO/AGT series launched by Realtimes is the Jetson embodied intelligent brain for humanoid robots. Its core advantages are high production maturity, interface customization for embodied/humanoid robots, industry-leading real-time and synchronization accuracy, complete computing power coverage, and fast delivery. In the "brain" solution for humanoid/quadruped robots, it is currently one of the strongest manufacturers in China in terms of production delivery and landing capabilities.

1、 Overview of Core Advantages (Compared to Other Solutions)

1. Mass production maturity and delivery capability (most prominent)

● Mass production verification: The RTS-AGO/AGT series has produced thousands of units, making it one of the few domestic manufacturers that truly delivers the Jetson humanoid robot solution on a large scale.

● Full coverage of computing power: The RTS-AGO/AGT series covers 200/275/600/1000 TOPS, and the Thor platform has entered the mass production stage, which can quickly match the full cycle requirements from prototype to mass production.

● Short delivery cycle: Standardized controllers+customized services, compared to developing from scratch, shorten the production cycle by 6-12 months.

2. The interface is specially customized for embodied/humanoid robots (unique level)

● Multi sensory access: 12 GMSL2+6 USB (with locking)+3 RJ45, supporting simultaneous access to binocular cameras (4 Obi Zhong Guang 335Lg), LiDAR, and monocular cameras, meeting the multi-sensor fusion requirements of VLA (Visual Language Action) models;

● Real time control bus: 4-channel CAN FD+EtherCAT, supporting low latency, anti-interference, suitable for multi joint precision control of humanoid robots;

● Ultra high speed interconnection: 1 10G+2 Gigabit RJ45 network ports, expandable to multiple sensors, 3 network ports supporting PTP+EtherCAT simultaneously, meeting the bandwidth requirements for large model inference and real-time control;

● High precision timing: Supports PPS clock synchronization: provides 20ns level high-precision time alignment capability, and has low jitter characteristics to ensure consistent timing throughout the perception, decision-making, and execution links, which is the key to complex embodied tasks.

3. Real time performance and synchronization accuracy (industry-leading)

● EtherCAT+PPS dual synchronization: nanosecond level timestamp, jitter<1 microsecond, meeting the strict real-time requirements of multi joint and multi machine collaboration for humanoid robots.

● Low latency closed-loop: from sensor data input to actuator output, end-to-end delay in milliseconds, suitable for fast response in dynamic environments.

4. Hardware design adapted to robot body (strong engineering)

● Compact structure: compact design, small size, volume only 1/3 of the general edge computing box, easy to integrate into the narrow space in the robot trunk;

● Intelligent cooling: adaptive speed regulation air cooling, high load performance, low load and low noise, supporting 7 × 24-hour continuous operation;

● Industrial grade reliability: The carrier board adopts a wide temperature range (-40 ℃~85 ℃), anti vibration, and EMC protection design, suitable for industrial/outdoor robot scenarios;

● High speed durable large capacity storage: supports 1TB/600TBW/7000MB/s large capacity SSDs;

● Multiple wireless communication extensions: Supports 4G/5G/Wi Fi/Bluetooth wireless communication module extensions, catering to both remote networking and close range device interconnection needs;

● Hardware ecosystem: adapted to Orbbec, Realsence, Zed, Senyun Livox、 Mainstream perception devices such as Sagitar.

5. Software Stack and Ecology (Deep Adaptation to Jetson):

● Native support for Isaac: Deeply adapted to NVIDIA Isaac Sim/Isaac Lab/GR00T, providing an end-to-end toolchain from simulation to deployment;

● Linux real-time kernel (PREEMPT_RT): pre installed Ubuntu system, built-in Linux real-time kernel (PREEMPT_RT) package, supports robot low latency control;

● Support distributed control: pre installed ROS/ROS 2, supports multi robot distributed control;

● IGH EtherCAT master station: can be pre installed with IGH open-source EtherCAT master station protocol stack, supporting low latency communication;

Large model deployment: Supports localized deployment of VLA large models, reducing the threshold for implementation.

2、 Key comparison with mainstream solution providers (easy to understand at a glance)

At present，Realtimes NeuroCub Platform has achieved mass production verification of thousands of units in projects such as humanoid robots, semi humanoid robots, and quadruped robotic dogs.

This means that it is not only a 'box that can run models', but also an engineering level brain platform validated by real robot projects.

Realtimes NeuroCub PlatformSelection recommendation

Humanoid robots enter the era of mass production, computing power is just the beginning

he Spring Festival Gala allowed more people to see the "stage performance" of humanoid robots.

But what truly determines the future of the industry is the technological system behind it:

● embodied intelligent algorithm

● Multi modal fusion architecture

● Real time control system

● Engineering computing platform

When humanoid robots move from laboratories to large-scale applications, embodied intelligent brains will become the most essential infrastructure. With the computing power support of NVIDIA Jetson platform, Ruitai Feiyun Intelligent Computing is providing stable, mass-produced, and evolving computing brain solutions for humanoid robots.

The Spring Festival Gala is just the beginning, and the era of humanoid robots is truly coming.

Introduction to Realtimes

As a national high-tech enterprise and a Beijing "specialized, refined and new" enterprise, Ruitai New Era (Beijing) Technology Co., Ltd. has always focused on artificial intelligence edge computing and embodied intelligence systems. Our business not only covers humanoid robots, but also extends to multiple cutting-edge fields such as quadruped robots, autonomous driving, collaborative robots, and low altitude unmanned aerial vehicles.

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