Empowering Edge Intelligence: The BRAV-7722 equipped with the new Edge BMC module, ushers in a new era of remote operation and maintenance!
With the rapid development of edge computing, how to efficiently and securely manage massive distributed devices has become a key focus of the industry. JHCTECH's latest Edge BMC remote management module, ECB-327, was designed to address this pain point! Even more excitingly, it has been successfully integrated into our BRAV-7722 high-performance AI edge computing system, injecting new momentum into intelligent edge operation and maintenance.
What is ECB-327?
The ECB-327 is a lightweight out-of-band edge BMC management solution based on the CSCB2400 BMC chip and compliant with IPMI specifications. It is an innovative design developed to overcome the challenges of edge device operation and maintenance.
Through its built-in sensor network, it can monitor hardware status data such as power supply, CPU, memory, hard drive, and environmental parameters in real time. It also supports out-of-band communication with the motherboard via a baseband management interface. Functionally, it enables remote power-on/off control, firmware updates, event logging, and fault diagnostics. The ECB-327 is widely applicable in scenarios such as data center server cluster monitoring, vehicle-road-cloud integrated MEC, highway tolling systems, smart streetlights, video surveillance, and energy management, providing robust remote maintenance for unattended edge devices.
💡 ECB-327 Core Advantages
Practical Functionality: Supports remote monitoring, fault diagnosis, and rapid recovery; up to 70% of device failures can be resolved by restarting.
Hardware Compatibility: Deeply optimized for Intel platforms, supporting unified edge-cloud management and simplifying maintenance processes.
Security Monitoring: Features high-precision voltage and temperature monitoring, providing hardware support for large-scale AI model deployments.
Cost Efficiency: Offers a significantly lower cost than traditional server-grade BMC solutions, making it ideal for large-scale edge device deployments.
Independent Operation: Runs independently of the CPU, supporting remote shutdown and startup, avoiding the high costs of on-site operations required by traditional solutions.
Integrated Hardware and Software: Deeply integrated hardware and software, simplifying development processes and lowering the barrier to secondary development.
User-Friendly Operation: Enables remote management via a web browser with a clear and intuitive visual interface.
When ECB-327 meets BRAV-7722: A powerful combination that unleashes edge computing power!
The BRAV-7722, a high-performance AI edge computing system, is equipped with Intel Alder Lake-S/Raptor Lake-S/Raptor Lake-S Refresh series processors. It supports dual-channel DDR5 memory, multiple display outputs, multiple network ports, and a rich array of I/O interfaces, making it widely used in demanding scenarios such as intelligent transportation, machine vision, autonomous driving, and digital healthcare.
🚀Now, with the integration of the ECB-327 module, the BRAV-7722 further achieves:
True Unattended Operation and Maintenance: Even if the system crashes, it can be remotely woken up and controlled via the BMC module, eliminating the need for on-site maintenance.
Visualized Remote Management: Real-time monitoring of device status through a web interface simplifies operation and maintenance.
Integrated Hardware and Software Delivery: Lowers the barrier to secondary development and accelerates project implementation.
🌐 From Vehicle-Road-Cloud to Smart Security, the Ubiquitous Intelligent Edge
The ECB-327 Edge BMC module has been successfully adapted to the BRAV-7722 edge computing system. It enables applications in multiple scenarios, including vehicle-road-cloud integrated MEC, gaming consoles, asset management, video security, and energy management, demonstrating strong adaptability and stability. Whether in remote highway toll stations or densely distributed smart light pole networks, the BRAV-7722 can achieve "edge intelligence and cloud-edge collaboration" by leveraging its powerful local computing power and the remote management capabilities of the ECB-327 module.
Quick Overview of Specifications
BRAV-7722
🔸Intel® 12th/13th/14th Gen Core i9/i7/i5/i3/ Pentium/Celeron LGA1700 Socket CPU
🔸Dual-channel 4*DDR5 4800/5600MHz, up to 48GB per slot
🔸3 LAN, 4 USB 3.2, 2*COM, 1*Line out
🔸3 HDMI + 1 DP, dual integrated graphics and dual dedicated GPUs
🔸2*M.2 slots supporting 4G LTE, 5G NR wireless modules and BMC modules
🔸1*M.2 M-key, 1mSATA and 12.5" SATA Bay
🔸1*MXM3.1 slot supporting Intel Arc A750E and A770 series GPUs
🔸DC 19V power connector with reverse connection, overcurrent, and overvoltage protection
ECB-327
🔸CSCB2400 BMC chip, compliant with IPMI specification BMC system firmware
🔸Supports FPU, MPU AES/HASH/TRNG
🔸M.2 2230 KEY-E module
🔸System resource management functions
🔸Remote control, settings, and firmware update functions
🔸Fault diagnosis function, supports displaying the latest 64 POST Codes
🔸System monitoring functions, including CPU and critical hardware
🔸Event logs and alarms
🔸Interface management, including user management, IPMI 2.0 management interface, etc.
✅ Driving the Future of the Edge Together
The integration of the ECB-327 transforms the BRAV-7722 from a powerful computing platform into a smart edge cornerstone integrating performance, management, and reliability. We firmly believe that true edge intelligence lies not only in efficient computing but also in ubiquitous and reliable control.
In the future, we will continue to explore innovative paths for the integration of edge management and computing power, driving more scenarios to achieve the intelligent operation and maintenance goals of "remote manageability, fault diagnosis, and status awareness," helping customers move steadily forward and gain a competitive edge in the era of the Internet of Things.