What Would Adding UxHw® Support to Your Simulator Be Worth?
No two transistors come off a production line identical. A chip only sells if it works across the spread. So designers ask a simulator how a circuit behaves when every device varies at once. It answers by running the circuit thousands of times over on random values, which can hold a project up for days. UxHw computes with the distributions themselves, so one run replaces the thousands. This calculator is for the company that sells the simulator: the change is a modest edit to its variability routines. Enter your installed base, your solver timings, and your price.
Analyses Per Customer Per MonthHow many variability analyses one of your customers launches a month on your tool. The three scenarios on the Your Tool tab differ only in this number. Each is a scenario you can overwrite rather than a measurement of anyone.
120
Iterations Per AnalysisMonte Carlo iterations in one analysis. The default of 1,871 matches the equivalent iteration count in the cited benchmark, so the comparison is like with like.
1,871
Customers Running Variability AnalysisHow many of your customers run Monte Carlo variability on your tool today. The default follows the scenario you picked. Your installed base is yours, so replace it.
Minutes Per Iteration on Your SolverHow long one iteration takes on a representative customer netlist in your simulator. The default follows the scenario you picked. It depends entirely on the circuit and on your solver, so time one and enter it.
Annual Price of the Tier You Would SellWhat you would charge a customer a year for the UxHw-enabled tier. The default follows the scenario you picked. Most of this market sells under non-disclosure, so your own figure is the only one that counts.
Cost to Build the Equivalent YourselfWhat it would cost you to build an equivalent probabilistic solver in house, costed however you already cost engineering. The default follows the scenario you picked. Only your own estimate of your own team can carry this figure.
Iterations Your Sigma Target NeedsThe default is the iteration count the cited benchmark ran, so the comparison is like with like. It is not a claim about what any sigma target requires, which Signaloid has not sourced. Enter the count your customers work to. Verification They Cannot Run Today will show what the wait becomes.
Override the speedup
This calculator's figures rest on one measured multiple, cited
with its baseline under the result. If you have measured your own, on your own workload, enter it
here and the arithmetic follows it. Nothing leaves the page. The citation under the figures still
reports what Signaloid measured, a banner above the result says the numbers are yours, and the
exported card and the quote mail both record the substitution. Clear the field to go back.
There is no single multiple to override here. This
calculator's figures rest on several separately measured quantities rather than on one speedup.
Each is cited with its own baseline under the result. Overriding one of them alone would give
a figure that follows from no measurement, so the field the other calculators carry is absent.
Speedup, ×
Signaloid Cloud Compute Engine
Turnkey. Signaloid supplies the compute, so it replaces this workload’s cloud bill rather than adding to it.
Turnkey. Signaloid supplies the compute, so it replaces this workload’s cloud bill rather than adding to it.
UxHw AWS Marketplace AMI
Runs on your own AWS, so the reservations and negotiated rates you already hold still apply.
Runs on your own AWS, so the reservations and negotiated rates you already hold still apply.
Enterprise On-Premises
For a workload that cannot leave the building.
For a workload that cannot leave the building.
Benefits