HICore 1: The TÜV Certified Safety System on Chip for Your Safety Product
Are you faced with the challenge of developing a safe control system for your product or do you need to introduce safety to your control system?
The TÜV-certified HICore 1 package consisting of a safety system on chip (safety SoC) and safe software is the ideal solution. Regardless of whether you are designing an embedded control system, a sensor, an actuator, a cyber physical system of the fourth industrial revolution, or a safety component of a medical device.
Make HICore 1 the core of your system – regardless of whether you are developing a small device where HICore 1 runs all tasks or a complex system where HICore 1 only supervises functional safety. Certified libraries for safe communications compliant with industry standards, such as PROFIsafe or Fail Safe over EtherCAT (FSoE), are available.
During development, you can concentrate on core functionality. HICore 1 covers the rest. The safety SoC modules, a safe operating system, and safety middleware jointly provide a safety platform for your design. This kit is certified in accordance with IEC 61508 Ed. 2 for safety related systems up to SIL 3. Additionally, we support you through every phase, from concept to certification.
Maximum Safety, Minimum Size
Reduce Costs and Time to Market
Versatile ApplicationHICore 1 is the safety platform for all types of products in all market sectors.
Shorter Time to MarketHICore 1 accelerates the development and certification processes for your product. This results in faster approval of your whole system for release onto the market.
ConnectivityCertified libraries for safe communications compliant with industry standards PROFIsafe, FSoE, and ISOfast available.
TÜV-CertifiedHICore 1 provides the ideal basis for functional safety verification in accordance with the strict standards IEC 61508 up to SIL 3 and IEC 13849 up to PL e.
Reduced CostsHigh integration density simplifies the design, saves costs, and reduces the risk of obsolescence.
Safe PlatformThe sophisticated safety concept and extensive diagnostic coverage allow for proof test intervals of up to 20 years.