Precision® Hi-Rel
Precision Hi-Rel, developed with the guidance of NASA, provides new synthesis-based radiation effects mitigation for aerospace and high reliability applications.
Alternative methods to mitigate radiation effects, such as manually coding safeguards into the design, can be either too difficult, time consuming, or error-prone. With Precision Hi-Rel, designers can protect against single-event effects (SEEs) and benefit from automation, extensive user-control, and multi-vendor support.
Key Features
Triple Modular Redundancy (TMR)
- Broadest device support for TMR insertion
- Extensive user control
Safe FSM
- Fault-Tolerant FSM encoding
- Fault Recovery for all state machine encodings
All Features of Precision RTL Plus, Including:
- Physical synthesis (pre-P&R)
- Low power synthesis
- Incremental flows
- Formally verifiable synthesis (assured synthesis)
- Requirements tracking support
- Precise-Encrypt™ - HDL Encryption
- Graphical resource management
Datasheet
Contact Mentor Graphics
- Precision Hi-Rel Info Request or call toll free: 1-800-547-3000
“Although the concept of TMR is simple, writing a reliable VHDL equivalent is not. Automating TMR logic insertion, while allowing the user to select the type of TMR mitigation, is very beneficial to a FPGA designer developing critical space applications”
Melanie Berg, MEI Technologies, NASA/GSFC Radiation Effects and Analysis Group
Mitigating Radiation Effects in FPGAs: Automation and Device Options
On-demand Web Seminar: This webinar discusses the various methodologies to radiation effects mitigation and their impact on development, quality-of-results, and reliability. View On-demand Web Seminar