Polar Instruments Speedstack Si 2022 v22.04

Speedstack Si(Speedstack+Si9000e) insertion loss controlled PCB stackup design tool is made for you if you are a designer, fabricator or PCB technologist who needs to manage PCB stackups with both impedance and insertion loss control. In addition to incorporating Polars proven insertion loss field solver capability, Speedstack Si allows rapid import and export of insertion loss projects into the Si9000e insertion loss field solver so you can analyse your stack up design in detail.

Available versions: 22.x ,20.x ,…

Polar Instruments Speedstack PCB 2022 v22.04 Tested Picture

Speedstack Si delivers rich reporting capability and not only generates the stackup material data but also graphs predicted insertion loss characteristics – including industry standard modeling for roughness using Hammerstad, Groisse and Cannonball-Huray methods.

Speedstack Si license holders have full access to the stand alone Si9000e Quick Solver license. The designer or board fabricator can use the Goal Seek facility of the Si9000e field solver to arrive rapidly at the controlled impedance structure parameters to produce the target impedance. Speedstack Si is able to directly output controlled impedance test files associated with each stackup for use with the Polar CITS series of TDR impedance testers.

Optional rapid modelling of both rigid and flex-rigid stackups with Speedstack Flex

Speedstack Si provides an intuitive graphical interface to allow designers to create accurate and efficient stackups for both rigid and flex-rigid PCBs with minimum effort, producing error-free documentation for tighter control over the finished board. For PCB fabricators, Speedstack Si allows experimentation with alternative materials to provide high manufacturability at minimum cost while maintaining the specified parameters and performance of the board.

Speedstack navigator for multiple cross sections with both Speedstack HDI and Speedstack Flex option

The Navigator provides a clear contextual view of the rigid and flexible stacks within a flex-rigid build and allows easy alignment of displayed materials between stacks.