Communication in the Networked Age
SafeEthernet: SIL 3 and SIL 4 (CENELEC) Compliant Data Transmission
Today, more and more plants are built with a distributed structure. To comply with the highest safety standards, you must not only ensure that your safety systems themselves are protected, but also that data transmission is secured. This is why HIMA developed SafeEthernet: a transmission protocol that has now become the standard in many industries and applications. It is based on standard Ethernet infrastructure and fulfils all industry requirements, including SIL 3 and SIL 4 (CENELEC).
Fast and Safe
You use cost-effective standard components from any manufacturer and can continue to use existing networks.
Commissioning can be carried out in stages and customized remote maintenance concepts can be implemented.
SafeEthernet can be integrated into existing Ethernet networks, even if these are used for non-safety-related communication.
Data transmission via SafeEthernet is TÜV-certified to SIL 3 and SIL 4 (CENELEC). A redundant structure is possible, as is reloading during operation.
Distributed, but Secure
In centralized applications, short response times are not difficult to achieve. However, with SafeEthernet, you achieve the highest speeds even in distributed, networked plants – regardless of how far apart these are, or the topology in which your infrastructure is configured.
Moreover, you can integrate the transmission of secure and non-secure data in a standard Ethernet network – without compromising security.
Because SafeEthernet is based on the widely used Ethernet protocol, you can use cost-effective standard components. And for data transmission, you have the flexibility to select a medium:
- Copper cable
- Fiber-optic cable
Disconnection is detected automatically and communication is immediately resumed when the connection has been reestablished.
With the SafeEthernet protocol, you can network the following controllers:
- Up to 255 connections between HIMax, HIQuad X, and HIMatrix systems*
- Up to 64 connections from HIQuad systems to HIMax, HIQuad X, and HIMatrix systems**
* To increase the volume of data, up to 64 connections between two controllers are possible. 65.534 participants with 255 RIO each can be active in a single network.
** 99 HIQuad systems can be active in a single network.
News, Events, and References
HICore 1 EVALUATION KITS
HIMA Application Facts PMC LDS ESD Hybrid Solution
HIMA Technical Facts HART Communication Modul
HIMA Technical Facts HICore 1
HIMA Technical Facts HIMatrix COTS
HIMA Technical Facts HIMatrix CSG
HIMA Technical Facts HIMatrix F
HIMA Technical Facts HIMax COTS
HIMA Technical Facts HIMax
HIMA Technical Facts HIQuad Lifecycle & Modernization
HIMA Technical Facts ISO 13849-1
HIMA Technical Facts ISO 13849
HIMA Technical Facts Planar4
HIMA Technical Facts safeethernet
Technical Article Data Security
Technical Article Predictive Maintenance Security
Technical Fact HIJunction Box EN
Technical Facts Automation Security Remote Access
Technical Facts BCS Funktionsbausteine
Technical Facts BMS Funktionsbausteine
Technical Facts Function Blocks Steam Turbine
Technical Facts Function Blocks Compressors
Technical Facts HIQuad X