Mixellume Microelectronics

Intelligent Precision Measurement Platforms.

A number is not the product. Confidence is.

Metrology-grade hardware. Embedded measurement intelligence. Semiconductor depth.
The instrument is just the starting point. Mixellume connects precision instruments, embedded measurement intelligence, and custom silicon so critical readings become trusted decisions — and instruments become the specification for the silicon beneath them.

Discuss a measurement challenge -> Early access open — applied research & customer discovery
Explore Series 65 Pre-production platform
R&D labs Calibration workflows Production test Semiconductor workflows Trusted DAQ data
Built for measurement-critical workflows

For teams that need confidence, not just readings.

Mixellume is aimed at environments where a measurement only becomes useful when its noise state, calibration context, drift visibility, uncertainty, and diagnostic trail can travel with it.

Bench to decision

R&D labs

Precision measurement work where raw readings need context before they can support design, validation, or applied research decisions.

Context-aware readings
Standards continuity

Calibration workflows

Instrument and reference workflows where confidence depends on calibration chain visibility, drift behavior, and defensible uncertainty.

Traceable confidence
Repeatable automation

Production test

Automated environments where SCPI-ready control, diagnostics, and measurement state help data survive repeated process workflows.

Decision-ready data
Mixed-signal depth

Semiconductor workflows

Characterization and validation contexts where deeper control of the signal chain can strengthen measurement architecture over time.

Signal-chain control
Why now

Measurement workflows are producing more data than confidence. The opportunity is not only faster instruments, but calibrated hardware that can preserve context, uncertainty, and diagnostic meaning as data moves into automated and production environments.

Engineering depth

800+ engineer-years of semiconductor depth. Two directions, one engineering core.

Before large customer fleets, deep-tech buyers look for engineering depth, execution history, and technical range. Mixellume's team covers the full stack: from metrology instruments and calibration continuity to custom ASIC design, analog front-end engineering, and silicon validation — across 22–350 nm process nodes and DC to 50 GHz.

0
+
engineers across architecture, analog, layout, digital & characterization
0
+
combined engineer-years of semiconductor & metrology experience
22–350
nm process-node experience from advanced nodes to mature production
RF–PMU
coverage across RF, analog, mixed-signal, ADDA, PMU, clocking and interfaces

This is the engineering base behind Series 65 — a metrology platform built with instrument discipline and semiconductor depth.

Analog schematic Analog layout Digital RTL Silicon validation Characterization ADDA PMU Clocking RF mixed-signal Metrology Calibration chain SCPI automation
Market shift

From noisy signals to intelligent measurement systems.

Modern R&D, calibration, production, and semiconductor workflows need data that is filtered, contextualized, traceable, and ready for decisions. The leap is not only more hardware. It is more intelligence inside the measurement chain.

Old race

More hardware
More modules
More raw samples
More isolated boxes

Mixellume thesis

Smarter chains
Context + uncertainty
Traceable decision data
Trusted process intelligence
“

The next precision instrument should not simply report a number. It should defend the number.

Series 65 platform

A metrology platform, not just a product catalog.

Series 65 connects measurement instruments, power and stimulus, calibration, reference lab systems, and a future DAQ layer into one traceable ecosystem. The platform is built on a semiconductor engineering core that makes each layer more precise than off-the-shelf components allow.

05
DAQ Layer
Trusted process data — context, traceability, diagnostics
Roadmap S65 DAQ
04
Series 65 LAB
Reference laboratory platform
Roadmap S65 LAB
03
Series 65 CAL
Calibration continuity for standards and traceability
Roadmap S65 CAL
02
Series 65 Power
Intelligent power and stimulus layer
Roadmap S65 Power
01
Series 65 PRO
6.5-digit precision measurement instrument · Pre-production
Now S65 PRO
Hardware foundation Trusted data →
Series 65 Platform · Current instrument
Series 65 PRO
Now

The first instrument in the platform. Pre-production precision instrument establishing the measurement architecture, firmware, SCPI automation, calibration workflow, and validation base for all platform layers above.

Resolution6.5 digit
Speed3,200 readings/sec
Memory32k readings
AutomationSCPI-99 ready
Join the applied research programme →

Customer discovery & applied research collaboration open. Pre-production platform — architecture and firmware complete.

Download Preliminary Datasheet
Second direction — Custom silicon & system architecture

The instrument defines the requirement.
The chip solves it.

The same semiconductor engineering core that powers Series 65 is available as a custom silicon programme. Mixellume designs custom ASICs for mission-critical RF, GNSS, and navigation systems — with Graph Embedded AI at the silicon level and hardware-level signal resilience for environments where standard components cannot deliver.

GNSS & Navigation Phased-array IC Anti-jamming silicon Graph Embedded AI RF to 50 GHz
DC–50GHz
RF frequency range
22–350nm
Process node coverage
Explore silicon capabilities →

Applied research & customer discovery open

Embedded measurement intelligence

Intelligence built in, without losing sight of the hardware.

Mixellume amplifies calibrated hardware with embedded signal intelligence — filtering, compensation, drift visibility, uncertainty modeling, and diagnostics. Where needed, that intelligence runs directly in custom silicon, at measurement speed.

Calibrated hardware gets sharper when the chain can think.

Filtering can suppress noise without erasing signal dynamics. Compensation can correct nonlinearity, thermal drift, and range effects. Uncertainty modeling can make measurement context portable. Diagnostics can find anomalies before tolerance is lost.

Chain state

Filtering
noise -> signal

Suppress unwanted noise while preserving the useful dynamics of the measurement.

Execution model

Two engineering engines, one platform.

The instrument team defines the measurement problem. Semiconductor and mixed-signal capability moves more intelligence and control deeper into the architecture.

Instrument & Metrology Engineering Core

  • Measurement architecture and requirements.
  • Precision signal-chain integration.
  • Product firmware, UI, and SCPI control.
  • Calibration logic, noise, drift, and validation workflows.
  • Pre-production instrument readiness and platform roadmap.

Semiconductor & Mixed-Signal Expansion Layer

  • Architecture and program management.
  • Analog schematic design and analog layout.
  • Digital RTL, verification, and back-end flows.
  • Characterization, silicon validation, and production test development.
  • RF, analog, mixed-signal, digital, AD/DA, PMU, clocking, and interfaces.
Not a chip team looking for a product.
A precision measurement platform company adding deeper control over the electronics stack.
Not a catalogue of instruments.
A measurement architecture moving toward trusted process data.
DAQ layer

The bridge from instruments to trusted process data.

DAQ should not be positioned as a channel-count race. The opportunity is data confidence: calibration continuity, traceability, context, and measurement intelligence moving into real workflows.

1

Bench measurement

R&D and calibration workflows anchored in instrument-grade confidence.

2

Automated test

SCPI and software integration for laboratory and production test environments.

3

Process monitoring

Production and cleanroom environments where raw data alone is not enough.

4

Measurement intelligence

Context, confidence, traceability, diagnostics, and decision-ready process data.

Start with the chain

Bring the measurement challenge. Mixellume will bring the architecture.

For customer discovery, applied research, production path, or strategic platform discussion.

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