Spectacular Launch! BRAV-7823 Robot Controller Based on Intel® Core™ Ultra Series 3 Officially Released
With the rapid development of emerging fields such as humanoid and embodied robots, the industry has placed unprecedented demands on robot controllers in terms of computing power, power efficiency, reliability, and scalability. At the same time, the internal space inside robots is extremely limited, while traditional controllers are often bulky and difficult to integrate, creating an urgent need for a solution that combines a compact form factor with powerful performance.
JHCTECH already offers a comprehensive lineup of ARM-based robot controllers capable of meeting the needs of diverse application scenarios. Building on this strong foundation, we are further expanding our portfolio with the launch of a powerful new x86-based flagship product.
Driven by the market’s growing demand for high-performance x86-based robot controllers, JHCTECH proudly introduces the BRAV-7823. The standout advantages of this product lie in its ultra-compact design, Intel® Core™ Ultra Series 3 Panther Lake platform, and robot-oriented I/O configuration tailored for advanced robotic applications.
The launch of the BRAV-7823 marks a major milestone for JHCTECH, establishing a complete dual-architecture robot controller portfolio combining both ARM and x86 platforms, and providing customers with more comprehensive and flexible deployment options.
Product Highlights | Six Core Advantages, Comprehensive Breakthroughs
1️⃣ Intel® Core™ Ultra 3 Series Panther Lake Processors
◼ Built on Intel® 18A process technology, delivering over 50% performance improvement compared to Lunar Lake and Arrow Lake, with lower power consumption and higher energy efficiency
◼ Open and flexible architecture supporting Windows, Linux, and mainstream RTOS
◼ Support OpenVINO™, WindowsML, DirectML, ONNX RT, WebGPU, WebNN, OpenClaw, Qwen
2️⃣ Low-Power SoC with Integrated AI Computing Engine
◼ Integrated CPU+iGPU+NPU+IPU architecture in a single SoC design.
◼ Ultra x7 358H: CPU 8TOPS + Arc B390 iGPU 122TOPS + NPU5 50TOPS = Total computing power 180TOPS (INT8). System power consumption is 60W, energy efficiency ratio is 3.0TOPS/W.
◼ Ultra 5 338H: CPU 5TOPS + Arc B370 iGPU 98TOPS + NPU5 47TOPS = Total computing power 150TOPS (INT8). System power consumption is 45W, energy efficiency ratio is 3.3TOPS/W.
Application Examples
BEV-Fusion-Based Sensor Fusion Solutions
Sensor fusion solutions represented by BEV-Fusion are increasingly being deployed in complex perception scenarios such as autonomous driving, embodied intelligence, and roadside MEC applications.
BEV-Fusion models require substantial AI computing power for real-time processing.
Powered by up to 180 TOPS AI performance, the Intel® Panther Lake platform can easily meet these demands. On the JHCTECH BRAV-7823, users can achieve approximately 2× performance improvement compared with the previous generation.
Complex Traffic Anomaly Detection System Based on Large Visual Models
Leveraging the powerful computing capabilities of the 3rd Gen Intel® Core™ Ultra platform, the system can run an 8B vision model directly on an edge AI box while utilizing only around 10% of total performance resources. This enables simultaneous detection and analysis of complex and diverse highway anomalies directly at the edge in real time.
3️⃣ High-frequency memory
◼ Onboard 16GB/32GB LPDDR5x 8533MT/s high-frequency memory, supporting In-band ECC verification
4️⃣ Automotive-grade Reliability
◼ Onboard CPU and memory design with automotive-grade connectors and automotive-level certification;
◼ Isolated protection design for Gigabit LAN, CAN, serial, and DIO interfaces
◼PCB conformal coating protection with IP51-rated chassis design;
◼Professional high-efficiency thermal design supporting stable operation in temperatures ranging from -20°C to 50°C.
5️⃣ Extensive I/O and Expansion for Diverse Application Scenarios
◼ 6*Intel I210 G-LAN, 4*GMSL2, 2*CAN2.0, 3*USB Type-C and 2*RS232/422/485+2*RS232, 8*iso.DIO;
◼ Mini HDMI 8K display, audio out+Mic audio, 2-channel amplifier;
◼ 1*M.2 E-Key supports WIFI7 and BT6 wireless networks, 1*M.2 B-Key supports 4G LTE or 5G NR wireless routers;
◼ Comprehensive and rich I/O interfaces, capable of connecting HD cameras, servo drives and various control switches.
6️⃣ Structural Design Optimized for Humanoid and Embodied Robots
◼ Compact dimensions of 130*112.4*87mm, with front and rear mounting brackets, making it ideal for installation inside compact robotic enclosures or pole-mounted control boxes;
◼ Features a high-density skived-fin heatsink design with temperature-controlled silent fans, supporting two optional airflow directions for flexible adaptation to different thermal environments.
Market Focus | Three Major Areas, Comprehensive Empowerment
The BRAV-7823 can be widely applied in the following three core scenarios:
🤖 Robotics: Humanoid Robots, Embodied AI Robots, etc.;
🚗 Autonomous Driving: Autonomous Delivery Vehicles, Autonomous Mining Trucks, Autonomous Shuttle Vehicles, Autonomous Buses, etc.;
🚦 Intelligent Transportation: Roadside Edge Computing (MEC), Highway Incident Detection, etc.;
The BRAV-7823 is not only a high-performance robot controller, but also a new benchmark for computing power in edge intelligence and high-reliability scenarios.
✨ BRAV-7823 — Compact in Size, Powered by Intel Inside, Built for the Next Generation of Intelligent Robots!
learn more about BRAV-7823 series