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What we build

Chips, not slideware.

Four product families we build for our customers, with reusable subsystems underneath to shorten schedule and de-risk first silicon.

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Mixed-signal SoCs

Digital + analog on one die

For products that need a small MCU core, an ADC or DAC, and a handful of analog peripherals on the same piece of silicon. Mature nodes, sensible cost, predictable yield.

  • Microcontroller-class digital subsystem
  • On-chip ADC / DAC (8 to 16 bit)
  • PMU, LDOs, references, bandgaps
  • Standard interfaces (SPI, I2C, UART, GPIO)
  • Mature nodes (180nm / 130nm / 65nm)
  • QFN, LQFP, BGA packaging

Analog & power management

PMICs, drivers, sensor interfaces

Pure-analog or mostly-analog parts where layout, matching, and noise dominate the design. Built on BCD and mature analog flows.

  • Power management ICs
  • LED and motor drivers
  • Sensor front-ends and AFEs
  • Bandgap, references, oscillators
  • Linear and switching regulators
  • BCD-class processes

Custom digital ASICs

Glue logic to small accelerators

Custom digital chips that replace boards full of FPGAs or commodity parts. RTL-driven, verification-heavy, sign-off clean.

  • Glue logic and protocol bridges
  • Small RISC-V or ARM-class control SoCs
  • Domain-specific accelerators (DSP, crypto)
  • FPGA-to-ASIC conversion
  • Standard memory and interface IP
  • UVM-class verification sign-off

Reference IP & subsystems

Building blocks we reuse

Pre-validated blocks we drop into customer chips — saving time, taping out faster, lowering risk on a first part.

  • PMU + supervisory subsystem
  • SAR ADC (10 / 12 / 14 bit)
  • Crystal-less RC oscillator
  • UART / SPI / I2C controller stack
  • Boot ROM and one-time-programmable
  • Production test wrapper

Looking for something else?

If your part doesn't map neatly to one of these families, talk to us anyway. We'll tell you honestly whether we're the right team for it.

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