We work on Semi-custom integrated circuit (IC) layouts in which some IC layout elements are standardized while enabling customization of specific design blocks or elements within the design.
This strategy is frequently employed to achieve a balance between the flexibility of totally custom ICs and the cost-effectiveness of fully standardized ICs.
We offer a flexible approach to IC design, allowing you to balance the benefits of standardization with the need for customization to meet specific application requirements.
We involve ourself designing every transistor and interconnect in the integrated circuit from scratch, without relying on pre-designed or standardized components.
This approach offers us maximum flexibility and allows us to optimize the circuit for specific performance metrics, such as speed, power consumption, and area.
our full custom IC layouts offer the highest level of design flexibility and optimization we apply our significant expertise, resources, and time.
Our High-voltage integrated circuit (IC) layouts involve designing circuits that can operate at voltages significantly higher than those typically found in standard ICs.
These circuits are commonly used in power management, automotive applications, industrial control systems, and other areas where high-voltage requirements are necessary.
We design layouts for high-voltage integrated circuits with careful consideration of isolation techniques, spacing requirements, transistor design, shielding, and reliability testing. By addressing these challenges effectively, we develop high-voltage IC layouts that meet stringent performance, safety, and reliability requirements.
MinDCet, Belgium
Wurth Elektronik, Germany
TAS, Belgium
IMEC, Belgium