AMD Adaptive SoCs
The AMD SoC portfolio integrates the software programmability of a processor with the hardware programmability of an FPGA.
Overview
Automation can only be as good as its access to momentary and historic information about the automated process. Industrial networks ensure the required transparency to gain continuous insight into the present status of the automation. At the same time, these networks transport management data, video/audio data, software up- and downloads and finally peer-to-peer data from and to every connected IoT device.
- Converged
- Time Sensitive
- Ecosystem
Converged Networks
It is called “real time” when a network can assure which time is needed for a point-to-point data transfer at maximum. Cyclic data transport, often in intervals with between 10 µs and a few ms, allow running continuous control and monitoring with a predefined sample rate.
AMD adaptive technology has cycle-oriented functions in combination with real-time behavior in its Programmable Logic. Dedicated resources in the AMD devices’ digital logic makes solutions deterministic by design.
The trend is to get converged networks. Converged networks combine time-bounded traffic and other traffic types on one common medium.
Time Sensitive Networking
EtherCAT, EtherNet/IP, PROFINET, and several other protocols do their work in factories today. Time Sensitive Networking (TSN) is a big step to an even better converged and Ethernet based standardized network. TSN allows networks with a flexible topology and with the versatility to scale over time. The target to acquire and submit all data through one common network interface instead of dealing with multiple networks for specific functions. A convergence like that expands the possibilities for automation remarkably.
AMD Solutions and Partner Ecosystem
The AMD home-grown solutions and the partner ecosystem provide a complete set of industrial networking solutions. Industry leaders and specialists listed below offer their field-proven IP on AMD devices.
Vision related interfacing is also a subset of solutions for industrial connectivity on AMD. GigE Vision, USB3 Vision are high speed interfaces for vision data, while SLVS-EC and MIPI are supported for optical sensor connectivity. Partner companies support this with IP.
S/PDIF and AES are supported for audio connectivity as well as I²S for the transport of PCM sound between devices.
AMD lets you keep up with evolving networking technology. Be among the first to support standards updates even in products that you already delivered. That saves the value of your developed assets and allows your customers to be armed for future Industrial IoT applications. The seamless integration of networking protocols in AMD SoCs.
Solution Provider |
Network |
Description |
AMD |
TSN Endpoint Subsystem |
The Time Sensitive Networking LogiCore IP from AMD allows to connect the Processing System of AMD SoCs directly to TSN infrastructure |
AMD |
Tri Ethernet MAC (TEMAC) |
Parameterizable IP core for use in networking equipment, operates in 2500 Mbps, 1000Mbps, 100 Mbps, and 10 Mbps modes. |
AMD |
10G/25G Ethernet Subsystem |
10 Gigabit or 25 Gigabit per second (Gbps) Ethernet Media Access Controller integrated with a PCS/PMA in BASE-R/KR modes or a standalone PCS/PMA in BASE-R/KR modes |
SoC-e |
TSN Switch |
TSN Switches build TSN infrastructure with a scalable number of ports. Interface speeds up to 10Gps are possible |
SoC-e |
Substation Communication (IEC 61850) |
HSR and PRP are networking protocols for communication in energy networks. These protocols deliver 0-loss-redundancy and low latency. |
Softing |
Profinet IRT |
Profinet IP Core with integrated MicroBlaze for the Protocol Stack |
Softing |
EtherNet/IP |
EtherNet/IP Interfaces and switch with integrated MicroBlaze for the Protocol Stack |
Beckhoff |
EtherCAT |
EtherCAT Slave Controller IP Core |
acontis |
EtherCAT Master |
Software Stack for EtherCAT Master function in Processing System |
Euresys |
GigE Vision |
IP Cores for Vision applications |
Framos |
SLVS-EC 2.0/3.0 |
Implements SLVS-EC Rx with up to 8 lanes |
AMD |
MIPI |
DSI (Tx) and CSI-2 (Rx and Tx) IP |
AMD |
AES3 & SPDIF |
Implements the AES3 and SPDIF controller and includes standard bus interfaces to the AMBA® AXI4-Lite and AXI4-Stream interfaces, allowing for integration to the IP core with a master system for further processing of audio data. |
AMD |
I²S Transmitter and Receiver |
Implements Inter-IC-Sound (I2S) interface used to connect audio devices for transmitting and receiving PCM audio. |
Device Support
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