Essens IC designs high‑performance image sensor IP and custom sensor solutions for industrial, scientific, medical, and security applications. Their robust analog and digital IP blocks—including advanced pixel architectures, ultra‑low‑noise ramp ADCs, and high‑speed interfaces—enable plug‑and‑play sensors that are easy to integrate, low power, and optimized for manufacturability, while also offering end‑of‑life replacement services for legacy systems.
Funding
Funding not disclosed
Founders
Product
Problem
Many industrial, scientific, medical, and security applications require image sensors with extreme performance—such as ultra‑low noise, high dynamic range, and fast readout—but existing off‑the‑shelf sensors are often bulky, power‑hungry, or difficult to integrate, leading to higher system costs and longer time‑to‑market.
Solution
Essens IC designs high‑performance image sensor IP and custom sensor solutions that address these demanding requirements. By developing essential, robust analog and digital IP blocks—including advanced pixel architectures, low‑noise ramp ADCs, and high‑speed interfaces—the company delivers plug‑and‑play sensors that are easy to integrate and optimized for manufacturability. Their designs achieve sub‑20 µV RMS readout noise, 12‑bit conversion in under 20 ns per row, and single‑shot HDR capability, while maintaining ultra‑low power consumption. Essens IC also offers end‑of‑life replacement services, providing newer sensor designs that seamlessly fit existing systems, thereby reducing redesign effort and extending product lifespans.
Target Audience
Primary customers are OEMs and system integrators in industrial automation, scientific instrumentation, medical imaging, and security equipment who need specialized, high‑performance image sensors with fast integration cycles.
Features
- GS/RS and HDR pixel architectures for high dynamic range imaging
- Ramp‑based ADCs with noise down to 20 µV, 1 µm pitch, and sub‑1 µs 12‑bit digital CDS conversion
- Compact low‑power analog IP blocks (PMU, bias, bandgap) for reduced system power and weight
- High‑speed digital interfaces including SLVS, LVDS, and CML
- Multi‑stacked sensor technology supporting up to triple stacking for increased functionality
- Custom sensor development tailored to scientific, industrial, security, and medical markets
- End‑of‑life sensor replacement services ensuring compatibility with legacy designs