Sliverline brings industry's first cloud computing infrastructure to semiconductor design community. We provide the platform for chip designers to develop chips using tools and apps through the browser. Our platform integrates seamlessly with current design flows and methodologies.
Users of our website do not need to buy server grade machines or costly software. Silverline securely connects to your data in dropbox, google drive or box. Use any of the available apps to build you design and take your design to manufacturing. The chip design data you bring or generate on silverline platform is yours to keep. You can send data to one of our preferred foundry partners or to foundry of your choice.
Semiconductor has changed our world for better in many ways over the past decades, and will continue to do so in foreseeable future. Semiconductor designs and chips are used in communication, entertainment, energy, healthcare, computation, scientific research domains. It is our passion and our vision to enable engineers across the globe to be able to create solutions and products which improves the life for every member of planet earth.
Design your ASIC chip on our website, synthesize, estimate, floorplan, place and rout your design using apps on silverline website.
You can also try our patented RTL floorplanner tool to see if it can help with design closure in your current design.
Users can send chip for production to one of our preferred foundry partners to get in o the productions.
Silverline’s apps can be used to do custom style designs, These designs are hand created using schematic editor and layout editor tools.
Our transistor level simulator is 10x to 100x faster than spice and can quickly verify the functionality of your circuit.
Please take a look at switchsim, xschematic and layout editor and many other GDS tools
Large number of designs use this methodology. Our apps allow custom designers to create models of their custom blocks which can be seamlessly used in traditional ASI design methodology.
We have many apps which allow easy integration with analog and digital portions of the design, mixed mode routing of analog nets etc.