Mixellume's semiconductor engineering core was built to make precision instruments better than off-the-shelf components allow. That same depth is now available as a custom silicon programme. The instrument acts as the specification. The chip is the answer — tighter, faster, more confident, and purpose-built for the environment it operates in.
Mixellume controls the full development chain — from system requirements through analog front-end, digital core, embedded AI, and silicon characterization. The instrument is the customer. The chip is the answer.
Standard chips process signals. Custom silicon with embedded graph inference interprets them. Mixellume integrates AI inference directly into the hardware architecture — so the instrument makes better decisions before the data leaves the chip. Signal classification, anomaly detection, and adaptive compensation happen in hardware, at measurement speed, with deterministic latency.
A standard component was designed for everyone. A custom chip is designed for one problem — yours.
From analog schematic to RTL-to-GDSII delivery — Mixellume covers the complete semiconductor development stack in-house. The same team that designs for precision instruments applies that rigor to custom silicon programmes for external system integrators and OEM partners.
RF, baseband, PMU, clocking, AD/DA, and RFID circuit design. 38 schematic engineers, 477 engineer-years. DC to 50 GHz.
Matching, parasitics, and manufacturability focus. 13 layout engineers, 317 engineer-years. 28–350 nm. Full-block coverage from RF to RFID.
Synthesis, placement, routing, DFT, verification. Cadence, Synopsys, and Siemens flows. Physical signoff with Calibre and PVS.
Hardware-level AI inference integrated into custom digital cores. Enables signal classification, anomaly detection, and adaptive compensation at silicon speed.
Active phased-array antenna IC architecture. Spatial filtering, null-steering, and beamforming — implemented at the silicon level for deterministic performance.
Functional and parametric validation across full operating range. Semi-automatic measurement systems, golden sample tracking, mass-production sorting, and root-cause analysis.
Mixellume architectures include hardware-level interference compensation and signal integrity mechanisms. GNSS, navigation, and mission-critical RF systems operate where jamming, spoofing, and multipath are not edge cases — they are the operating specification.
Adaptive antenna design for controlled spatial filtering and null-steering. Hardware implementation of beamforming and interference rejection.
Interference suppression at the silicon level — not in post-processing. Real-time, deterministic response with no software latency overhead.
Hardware-level signal authentication and anomaly detection built into the receiver architecture. Protection without performance compromise.
Custom silicon achieves performance targets at a fraction of the size, weight, and power of SDR-based platforms. Architecture-first approach to power efficiency.
The same engineering team that validates Series 65 instrumentation delivers end-to-end custom silicon — from system architecture and analog front-end through RTL, digital backend, and production characterization. No subcontracting the hard parts.