This signal path management software simplifies signal routing in complex switching systems and accelerates the development of switch system software.
The latest version of Switch Path Manager 6 is mainly updated in the following two aspects. - The software evaluation period is currently a cumulative total of 14 days. The cycle length is based on the number of days of actual use of the software rather than the fixed duration. Therefore, the user can complete the software according to his plan. Evaluation.
- Simultaneous launch of the lightweight version of Switch Path Manager Lite, which further reduces the cost of use, while preserving the full functionality. In practical use, it is restricted to managing not more than two switch modules. It can be created, loaded and edited with two Larger systems of the above modules - but not executable. Compared to the full version of SPM, SPM Lite lightweight licenses are not limited to certain computers and can be authorized by the organization. In addition to the above two major updates, SPM also added the following series of New features: - Enhanced system configuration editor, allowing users to perform standard system operations such as copy, paste, delete, search, replace, and cell operations. In addition, filtering is also enhanced, allowing users to filter out specific pins. With the addition of display options, users can choose what to display on the configurator.
- Introduce multi-point routing function - previously if users were to create fixed paths for multiple nodes (eg, A connected to B and C), they need to create two separate paths (A to B, B to C) and then they Combine into a group. Now it takes only one step to achieve this.
- A new and very efficient application programming interface (API) functionality has been added: IsConnectedStatus(EndpointA, EndpointB). Users only need to use a simple function call to be able to see if a node has been connected via SPM. There are multiple relays on the path, and this node is very useful when the interconnection of nodes on the path is more and more complex than the user imagined. For example: When A and B are connected to each other, C is also connected to the On the path, if you do not call the IsConnectedStatus() function, the user cannot clearly know that the path is ACB.