140CPU11303 Modicon Processor 20 MHz-Removed from the market

140CPU11303 Processor 20 MHz--Removed from the market

Schneider Ethernet multimode processor

Ethernet supports multimode, which simplifies the design of various applications and provides developers with outstanding performance by using multiple physical layers (Gpus) and multiple processors (cpus). It is a design tool for scalable computationally intensive applications. Ethernet is a multimode gateway computing solution that provides high density and high performance parallel processing capabilities to support multiple high performance computing devices. Schneider, an industry leader in multimode equipment, has invested significant capital and resources in its networking products, while combining multiple high-performance networking technologies as well as advanced manufacturing processes. Schneider is arguably an expert in Ethernet and one of the experts in data center intelligence and network security technology.

Xiamen Xiongba Electronic Commerce Co. LTD

FROM：Mr. Wei

E-Mail：2322181769@qq.com

TEL/WeChat:15396237607

1. Compared with standard Ethernet, Ethernet can simplify the realization of multiple physical layers/Gpus of the network and has good performance.

The main functions of Ethernet include: ● using a variety of network technologies (ARMCortex-A53 series CPU and GPU based on ARM) to achieve physical layer functions; ● Use GPU to achieve GPU data transmission function; ● Ethernet uses a variety of data transfer protocols (such as SRP) to achieve GPU serial communication; ● Ethernet supports parallel communication between multiple physical layers and Gpus, such as switches at the data link layer.

2. The use of general computer architecture can achieve Ethernet multi-mode functions, without the need for complex configuration of multi-mode interface.

Ethernet is a general-purpose multimode processing solution that uses its general-purpose computer architecture to support various standards of Ethernet. It includes the following structures: the first Ethernet data bus (MPI) structure; Multiple Ethernet physical layer (TCP/IP) structures; Network controller/switch based on IP and PHY; Hardware for the Data Link layer (FLAC); Systems for multiple application layer (CISP) operation; High performance computing platforms (MIPS) for storage cell layer (RAM) or memory; Software for control and data communication and software for network functionality and security; Software and data processing software for SIP network control and network monitoring software for SIP and network monitoring software and Ethernet-based network control systems supporting standard Ethernet and IPSec network control systems. Through the use of general computer architecture can be integrated into any general hardware devices or integrated into different processors: due to the need to support from multiple processors and physical layer (GPU) Ethernet physical layer; There are more than 10 different processor resources and Ethernet platforms in Ethernet. And by using multiple processors can support multimode gateway computing capabilities.

3. Ethernet supports all standard Ethernet interfaces including NVIDIADDR4 and DDR5.

In Ethernet, you can use four Gpus and four cpus to perform complex computational tasks. It can communicate efficiently between multiple Gpus while also communicating quickly in parallel processing. Ethernet also supports hardware-accelerated modes to speed up data access. Ethernet's cpus can use high performance to accelerate the performance and complexity of data access and computationally intensive applications. It is also the new standard in data center networking products and services.

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