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Move manufacturing knowledge into design and reduce risk

Valor Design-for-Manufacturing (DFM) Solutions
Why is it that 2-3 respins of PCB designs during new product introduction is “Expected” instead of the “Exception”? Leading-edge PCB designs have extreme density, high layer count, and lightening-fast edge rates. Issues that can affect manufacturing can be easily overlooked, and when found during manufacturing, can affect time-to-market and cost. Valor design-for-manufacturing solutions have been proven to reduce the number of re-spins in a PCB design, reducing your project risk while allowing your product to generate revenue much sooner. 
 
The powerful DFM engine in Valor NPI, combined with the extensive component library VPL, can be integrated into Xpedition and Cadence Allegro flows, or used with any EDA flow to let you fix issues that can affect manufacturability, cost, and schedule. 

Valor Design-for-Manufacturing (DFM) Solutions

Why is it that 2-3 respins of PCB designs during new product introduction is “Expected” instead of the “Exception”? Leading-edge PCB designs have extreme density, high layer count, and lightening-fast edge rates. Issues that can affect manufacturing can be easily overlooked, and when found during manufacturing, can affect time-to-market and cost. Valor design-for-manufacturing solutions have been proven to reduce the number of re-spins in a PCB design, reducing your project risk while allowing your product to generate revenue much sooner. 
 
The powerful DFM engine in Valor NPI, combined with the extensive component library VPL, can be integrated into Xpedition and Cadence Allegro flows, or used with any EDA flow to let you fix issues that can affect manufacturability, cost, and schedule.