High Performance Computing Solutions
2023-10-17
Based on the high floating-point computing performance of GPU and the high bandwidth and low latency characteristics of InfiniBand, Wodata provides customers with high-performance computing solutions based on IB network and GPU computing nodes, providing high-performance computing, artificial intelligence, cloud computing, storage Provide powerful performance support for many data-intensive applications.
Typical solution
The high-performance computing solution mainly consists of high-speed InfiniBand network and high-performance GPU server. InfiniBand HDR switches and AOC high-speed optical cables form a high-speed congestion-free network with LEAF-SPINE architecture. The high-performance GPU server is equipped with 8 data center A800 scientific computing The GPU computing platform consists of accelerator card and InfiniBand HDR network card.
The solution builds a high-bandwidth and low-latency data transmission network between GPU computing servers and storage devices to meet the performance requirements of data-intensive application systems to the greatest extent and solve the problems of long model iteration cycles and high resource consumption in the deep learning training process of various industries.
Typical solution
The high-performance computing solution mainly consists of high-speed InfiniBand network and high-performance GPU server. InfiniBand HDR switches and AOC high-speed optical cables form a high-speed congestion-free network with LEAF-SPINE architecture. The high-performance GPU server is equipped with 8 data center A800 scientific computing The GPU computing platform consists of accelerator card and InfiniBand HDR network card.
The solution builds a high-bandwidth and low-latency data transmission network between GPU computing servers and storage devices to meet the performance requirements of data-intensive application systems to the greatest extent and solve the problems of long model iteration cycles and high resource consumption in the deep learning training process of various industries.
Solution advantages
· High-speed connection
Equipped with InfiniBand HDR 100G network interface for faster data transfer to and from services.
· Unified management
Configure the local subnet through the Subnet Manager and ensure continuous operation.
· Stable and reliable
Based on InfiniBand SHIELD technology, network faults can be repaired in microseconds.
value of customer
· Customized network design to flexibly increase business performance
The customized high-speed network built by combining InfiniBand network cards and InfiniBand switches can fully release performance while enabling the system to dynamically increase the number of nodes according to business needs, achieving linear growth in storage capacity and storage performance.
· Professional and efficient technical support
Wodata's senior HPC experts can provide users with 7x24-hour technical support services. From hardware solution design to implementation to implementation of software applications and services, we will provide professional full-stack solutions.
· Low latency and rapid output, saving costs
Through the high-bandwidth and low-latency data transmission network built by InfiniBand between the GPU computing server and the storage device, the model iteration speed is quickly increased, the result output cycle is shortened as much as possible, and the waste of storage space is directly reduced.
value of customer
· Customized network design to flexibly increase business performance
The customized high-speed network built by combining InfiniBand network cards and InfiniBand switches can fully release performance while enabling the system to dynamically increase the number of nodes according to business needs, achieving linear growth in storage capacity and storage performance.
· Professional and efficient technical support
Wodata's senior HPC experts can provide users with 7x24-hour technical support services. From hardware solution design to implementation to implementation of software applications and services, we will provide professional full-stack solutions.
· Low latency and rapid output, saving costs
Through the high-bandwidth and low-latency data transmission network built by InfiniBand between the GPU computing server and the storage device, the model iteration speed is quickly increased, the result output cycle is shortened as much as possible, and the waste of storage space is directly reduced.
In the context of technology and networking, "AOC" often stands for "Active Optical Cable." An Active Optical Cable is a type of cable that integrates optical fiber and electrical components to transmit data signals over longer distances than traditional copper cables. The "active" component typically involves optical transceivers at each end of the cable, which convert electrical signals to optical signals for transmission and then back to electrical signals upon reception.
Key features of Active Optical Cables include:
1. **Optical Fiber:** The core of the cable is made of optical fibers, which carry data using light signals. Optical fibers provide high bandwidth and are less susceptible to electromagnetic interference compared to traditional copper cables.
2. **Transceivers:** Active Optical Cables have built-in optical transceivers that contain the necessary electronics to convert electrical signals to optical signals for transmission and vice versa for reception. These transceivers require power, which is supplied through the cable.
3. **High Bandwidth:** AOCs are designed to support high data transfer rates, making them suitable for applications that require high bandwidth, such as data centers, high-performance computing, and audio/video transmission.
4. **Longer Distances:** Due to the use of optical fibers and active components, AOCs can transmit data over longer distances than traditional copper cables without significant signal degradation.
5. **Lightweight and Flexible:** Compared to some other optical cable solutions, AOCs are often more flexible and lightweight, making them easier to install and manage.
6. **Applications:** AOCs are commonly used in various applications, including data centers, networking equipment interconnections, high-performance computing, and connections between devices that require high-speed data transfer.
7. **Compatibility:** AOCs are available for various industry-standard interfaces, such as HDMI, DisplayPort, USB, Ethernet, and more. This makes them versatile for different connectivity needs.
Overall, Active Optical Cables provide a reliable and high-performance solution for transmitting data over longer distances in situations where traditional copper cables may be limited in terms of bandwidth or reach.
Data Center Solutions
