ADLINK AES-200 centralized computing platform provides "basic general computing power + super AI computing power"

ADLINK AES-200 centralized computing platform provides "basic general computing power + super AI computing power"

The motherboard is based on the Ascend series AI processor, bringing the ultimate experience with higher performance

ADLINK AES-200 centralized computing platform, a world-leading provider of edge computing solutions, is based on the Ascend series (HUAWEI Ascend) AI processor, providing "basic general computing power + super AI computing power". The main features are as follows: 1. A 1U server developed based on the Ascend series AI processor; 2. Supports the domestic system openEuler; 3. AI computing power up to 176TOPS; 4. Video decoding capability of 128 channels; 5. Built-in 48G RAM, 4*3.5-inch large-capacity hard disk + 1*M.2 NVME, up to 64TB storage; 6. Supports Pcie card + M.2 expansion, and can be adapted to GPU card, RAID card, video capture card, CAN card.

Based on Ascend series AI processors, high-performance, centralized computing platform

ADLINK AES-200 is a highly efficient, flexible and programmable domestically produced 1U server developed based on the Ascend series (HUAWEI Ascend) AI processor. It can greatly improve the performance of intelligent systems and significantly reduce deployment costs, and can be widely used in various fields. The Ascend series AI processor integrates 10 DaVinciV200 AI cores with a maximum frequency of 1.08GHz. 16 64-bit TaishanV200M processor cores with a maximum processor core frequency of 1.9GHz. 8 DaVinciV200 Vector cores with a maximum frequency of 1GHz. It integrates 1 HiVoyagerv100ES 2-core GPU and supports OpenGL graphics framework. Supports 16 channel 4K @ 60fps / 128 channel FHD @ 30fps H.264/H.265 video decoder, 3 channel 4K @ 60fps / 24 channel FHD @ 30fps H.264/H.265 video encoder, 4K@384fps (FHD@2048fps) JPEG decoder, and 4K@192fps (FHD@1024fps) JPEG Encoder. Provides system-wide cache consistency and virtual address consistency solutions, hardware QoS management, and security processing. Integrates common processor interfaces, including 384 bits LPDDR4x/LPDDR5, xGE, PCIe, eMMC, etc.

Rack-mounted 1U server reduces overall operating costs

ADLINK AES-200 is designed in a 1U form factor, which is compact and can meet the installation requirements of a 600mm deep cabinet. It has flexible configuration and high computing density. Compared with tower servers, it has advantages in terms of saving energy costs, maintenance costs, and environmental costs. It can effectively improve the space utilization of data centers and reduce comprehensive operating costs.

High running memory and storage expansion, higher performance computing platform brings the ultimate experience

With a computing power of 176 TOPS, it achieves energy efficiency optimization, 128-channel decoding and 24-channel encoding capabilities, enabling it to process large amounts of video data while compressing and decompressing multiple video signals. It also supports ultra-high-definition video analysis with a maximum resolution of up to 8192*8192. It can be said that in the fields of autonomous driving and data centers, ultra-high computing power can be widely used in data computing, visual rendering, medical imaging, image recognition, video on demand, weather forecasting, etc.

The SOC has 48GB RAM and 64GB EMMC built-in, and can expand 4*3.5-inch large-capacity hard disks, supporting up to 64TB of storage, and supports M.2 NVME as a system boot disk (capacity optional). With high storage density and rich I/O connections, it provides the performance and capacity of a 2U system in a compact 1U design.

Assisting the Industrial Internet in high-performance computing scenarios

At present, all walks of life have put forward more urgent demands for computing power and networks. Business upgrades have put forward requirements for higher speed, lower latency, and wider coverage of the network. In high-performance computing and big data processing scenarios, such as government big data governance, information processing visual rendering, medical imaging, image recognition, video on demand, weather forecasting and other applications, it is necessary to comprehensively consider the cost of massive data storage and data analysis latency requirements. Targetedly carry out the upgrade and transformation of key core technologies such as operating systems and artificial intelligence, and at the same time, it can be oriented to key industries such as manufacturing, mining, energy, transportation, logistics, and medical care. The industrial Internet and computing power-related industries promote each other and develop in a coordinated manner. As a new power engine in the field of industrial Internet, computing power can achieve more convenient and efficient industrial manufacturing upgrades.

High computing power application scenarios | Mining AI solutions

In addition to the deployment in key coal mine scenarios: main shaft, auxiliary shaft, vehicle entrance and exit, and dispatching room, the system meets customers' multi-scenario application needs and adds: underground tunneling, belt, substation, water pump, industrial square and other scenarios. It connects multiple cameras and uses intelligent video recognition technology to monitor and analyze the personnel entering and exiting the mine, the number of people, and the production and operation status of the coal mine in real time, so as to timely discover abnormal dynamics of the coal mine. It automatically generates and pushes alarm information to achieve all-weather remote monitoring.

This solution has high computing power and low cost per channel. It can meet the needs of medium and large mines and multi-scenario deployment. It is easy to deploy, AI-enabled, and improves efficiency.

Learn more about ADLINK's AES-200 series products.