With the rapid development of 5G and IoT applications, real-time data processing has become crucial. Edge computing plays a key role in data analysis and storage, reducing bandwidth consumption and shortening response times. Additionally, the introduction of AI inference and machine learning provides real-time insights and actions on the accumulating data, driving the growth of Edge AI. To meet the market demand for "AI + Edge," Chenbro, a leading server chassis brand, has launched the RM252 MIO (Multiple I/O) short-depth edge computing chassis solutions, designed to support diverse applications such as smart surveillance, smart factories, and smart cities.
Chenbro launches RM252 MIO edge computing chassis solutions. Credit: Chenbro
With its short-depth chassis design, the RM252 MIO series is ideal for edge computing in high-density rack environments with limited space. Its installation and maintenance are straightforward, facilitating easy hardware upgrades and servicing. The series includes two models: the front I/O RM25206 MIO FIO and the rear I/O RM25204 MIO RIO, offering flexible cabling options. These models support a variety of I/O interfaces, expansion slots, and multiple drive backplanes, with the capability to install two full-height GPGPU cards, meeting the needs of Edge AI applications that require high performance and flexible deployment.
Designed to support two full-height GPGPU cards
The RM252 MIO series supports the installation of two full-height GPGPU cards. While normal 2U servers may encounter space limitations in accommodating two full-height cards, the RM252 MIO series employs an innovative riser card design, optimizing the space on the right side of the full-height card, allowing for a second full-height card to be installed horizontally. As a result, users can upgrade to two full-height GPGPU cards in a compact 2U server with a short 450mm chassis, significantly enhancing machine learning and deep learning computing efficiency.
In addition to the two full-height card configurations, the RM252 MIO series can also flexibly replace one single full-height card slot with six low-profile card slots, allowing for a configuration of one full-height card with six low-profile cards. Furthermore, the riser card used in the RM252 MIO series supports PCIe Gen5, offering data transfer rates of up to 32 GT/s. The newly launched RM25204 MIO RIO is suitable for both GPGPU and GPU installations, allowing users to opt for consumer-grade GPUs for image processing, catering to different application needs.
Featuring an innovative modular design and diverse hard drive support
In addition to the upgrade for two full-height GPGPU configurations, diverse drive backplane support is a key feature of the RM252 MIO series. The RM25206 MIO FIO can accommodate six 2.5-inch SAS/SATA drives, or be configured to install two NVMe with four SAS/SATA drives on the front. The RM25204 MIO RIO can install two NVMe and two SAS/SATA drives on the front, with an additional two SAS/SATA drives on the rear. The entire RM252 MIO series also supports PCIe Gen4 NVMe drives, with data transfer rates of up to 16 GT/s, making it ideal for applications requiring high-performance storage.
The modular design of the RM252 MIO series is evident in several aspects, including the FIO and RIO product design and drive installation configurations. The fan and motherboard configurations also demonstrate flexibility. The series supports various hot-swap fan modules, including 8025, 8038, and 8056, allowing users to easily replace and maintain them based on their needs. In terms of motherboards, the RM252 MIO series is compatible with E-ATX, CEB, and ATX form factors. Moreover, with patented mechanical innovations, it accommodates both 6.5-slot and mainstream 7-slot motherboards, offering a wide range of choices for the market. This modular design allows the RM252 MIO series to meet diverse application requirements, enhancing the overall user experience.
Unleashing edge AI potential for meeting diverse applications
For example, in a large retail store's visual detection application, the RM252 MIO equipped with two full-height GPGPU cards can help camera sensors identify basic customer information, such as gender and age, while also supporting further analysis on consumer preferences. These advanced computations provide more commercially valuable insights, meeting the demands of Edge AI applications.
Chenbro's RM252 MIO series offers an Edge AI server chassis solution with flexible support for two full-height GPGPU cards and an innovative modular design. With its exceptional flexibility and performance, whether for video surveillance, smart cities, or diverse data center deployments, the RM252 MIO series is the ideal choice for boosting computing performance and optimizing space utilization.
Chenbro's comprehensive Reference Motherboard Program ensures broad motherboard compatibility. Please get in touch with Chenbro's regional sales team or your local channel partner for business inquiries. For more information, please visit http://www.chenbro.com.
