QuantiPhi
Low-Level Driver Configuration and Generation Tool
Highlights
- Enables easy configuration via sophisticated interface
 - Prevents any incompatible settings via built-in intelligence
 - Generates well-documented production-quality code, eliminating need to develop drivers by hand
 
Description
	
					
	
				QuantiPhi generates fully documented, validated, and production-quality driver code, which is automatically integrated with the code generated using Embedded Coder® to produce an entire application from the Simulink® modeling environment. It provides a unique and powerful way to realize ideas on physical hardware. With the sophisticated, yet easy-to-use interface, users can configure the microprocessor within minutes. Users can then easily build the scheduling and I/O interface within Simulink by dragging the QuantiPhi I/O, timing, and memory blocks into their model and connecting them.
The following MCUs are supported:
- Renesas RH850 E1x
 - Renesas RL78 F13/F14
 - Renesas SH72546
 - Renesas R8C 36 and 38
 - NXP S12G and S12X (XEP/XS/XEG/XET)
 
QuantiPhi also includes device driver blocks for seamless integration with Simulink models. QuantiPhi is recommended for projects where Simulink and Stateflow® models will be deployed to a target microcontroller.
		
	
					
	
				SimuQuest Inc.
										
											35 Research Dr., Suite 400
Ann Arbor, MI 48103
UNITED STATES
										
										
											Tel: 734-585-7424
										
										
											Fax: 734-527-6029
										
										
											info@simuquest.com
										
										
											https://simuquest.com/
										
									
Required Products
Platforms
- Windows
 
Support
- Consulting
 - On-site assistance
 - System integration
 - Telephone
 - Training
 
Product Type
- Embedded Software - Tools, IDE, RTOS
 
Tasks
- Control Systems
 - Embedded Systems
 - Process Control and Monitoring
 - Real-Time Systems
 
Industries
- Automotive
 
Related Connections Views: Automotive, Control Systems, Embedded Software - Tools, IDE, RTOS, Embedded Systems, Process Control and Monitoring, Real-Time Systems