| Time required to run algorithms created from Simulink |
Seconds |
Hours to weeks. Time consuming hand coding may be required. |
| Implications of software changes |
Simply update the Simulink design, and automatically regenerate the application and download to the target machine. Test your design in real-time using Simulink external mode, GUIs, or automated scripts. |
Implementing and testing software design changes can be very time consuming. |
| Implications of hardware requirements changes |
Real-time target machines can be expanded with additional I/O at any time. |
Expensive and time consuming hardware redesigns may be required. |
| Internal knowledge management and documentation |
Simulink models are easy to understand for new team members, and the generation of documentation can be automated. |
Without carefully maintained documentation, changes in the team may significantly impact knowledge of designs. |
| Early detection of design failures |
Powerful real-time testing and logging capabilities for the detection of bugs at early as possible. |
Limited and oftentimes time consuming debugging possibilities. |
| Guarantee that deterministic real-time sample rates and frequencies are met |
Speedgoat has extensive expertise in matching controller configuration to project specific requirements. |
Can be difficult to predict, multiple software and hardware design iterations may be required. |
| Supply chain management, long-term availability, and lead times |
Sourcing complete controllers simplifies procurement, and Speedgoat stock management services shorten lead times. Most components are typically available for 7+ years. |
Searching, sourcing, and managing availability of a wide range of components can be time consuming. Integration and testing replacement components can be a lengthy process. |