DownStream Technologies CAM350/DFMStream 15.0 & BluePrint-PCB 7.0 build 2053 (x64)

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DownStream Technologies CAM350/DFMStream 15.0 & BluePrint-PCB 7.0 build 2053 (x64)

x64 | File Size: 1.23 GB

Description
The CAM350 program is designed for comprehensive testing, manufacturability testing and production documentation for the production of printed circuit boards. Using this program, it is possible to identify and eliminate errors and design inaccuracies, as well as optimize PCB designs by independently choosing a priority criterion (increasing the yield, minimizing production costs, taking into account the use of a particular technological process and the capabilities of the manufacturer, etc.)

Add. Information : Regarding release 1869, 6 defects in the CAM350 program and 18 defects in BluePrint-PCB were corrected.

Installation procedure
Start installation;
Select the second option "Install DownStream Products";
Specify the license file license2021.dat from the Patch folder (it will prompt you 2 times);
Specify the license file license2021.dat from the Patch folder for the environment variable;
Select the installation options you are interested in (sentinel driver can be removed);
Copy the contents of the Patch folder to the directory with the program, replacing the files
( instead of copying the corrected files, you can cure the program yourself
by running the CSTpatcher15.cmd patcher and specifying the directory with the program files );
Set the ACT_INC_LICENSE_FILE environment variable to the path to the copied license file;
Reboot the system to apply the changes.

System requirements
• operating system Microsoft Windows 8 / 8.1 / 10 64-bit edition;
• processor with a frequency of 2 GHz or higher;
• at least 8 GB of RAM;
• 2 GB of hard disk space;
• MS Office 2013 x64 or newer.
Description: The CAM350 program is designed for comprehensive testing, manufacturability testing and production documentation for the production of printed circuit boards. Using this program, it is possible to identify and eliminate errors and design inaccuracies, as well as optimize PCB designs by independently choosing a priority criterion (increasing the yield, minimizing production costs, taking into account the use of a particular technological process and the capabilities of the manufacturer,


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