Building tomorrow with
precision engineering
We design and verify complex analog and mixed-signal ICs from concept to first-pass silicon.
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Tell us what you need and our analog design team will scope it with you.
Looking for Possibilities
Explore how a partnership with FingTap can accelerate your next silicon program.
Got a Talent
Join a team of expert analog and mixed-signal engineers building real silicon.
Realizing thrilling R&D projects
Explore how we’ve helped our clients push the boundaries of technology with innovative analog solutions.
Your trusted partner in complex analog IC design.
We provide specialized analog design services dedicated to solving the most challenging problems in integrated circuits. From block-level design to full-chip integration, we deliver robust and verified silicon solutions.
Our expertise spans across ADC Design, Charge Pumps, Bandgaps, Oscillators, Buffers, Transimpedance Amplifiers, LDOs, Top-Level verification, and custom layout.
What are you looking for?
We offer comprehensive analog design services to support your product development lifecycle at any stage.
Core Analog Blocks
Expertise in ADC design, transimpedance amplifiers (TIA), buffers, and precision oscillators.
Power Management
Design of robust power management circuits including LDOs, charge pumps, and bandgap references.
Top-Level Verification
Comprehensive top-level verification to ensure seamless integration and first-pass silicon success.
Custom Layout
High-quality analog layout services focusing on matching, parasitics mitigation, and area optimization.
Projects
A closer look at the analog and mixed-signal programs our team has taken from concept to verified silicon.
Neural Data Acquisition SAR ADC
A high-precision successive-approximation ADC built for a low-noise neural sensing application, optimized for both accuracy and power draw.
Sub-Microwatt Sensor Interface
Full custom ASIC for a medical implant, anchored by a low-power bandgap circuit delivering stable references at sub-microwatt consumption.
Coin-Cell LDO Regulator
A sub-1V dropout LDO core engineered to keep a battery-powered IoT node stable across its full discharge curve.
On-Chip Voltage Doubler
A compact charge-pump block generating a boosted rail on-die, removing the need for an external supply.
Optical Receiver Front-End
A low-noise TIA stage designed to convert photodiode current into a clean voltage signal for a high-speed optical link.
Full-Chip Signoff Program
End-to-end top-level verification across multiple analog blocks, ensuring first-pass silicon success on tape-out.
Ready to engineer the future?
Whether you’re looking to partner up as a client or want to join our team of expert analog designers, we’d love to hear from you.