Product of Canada and the USA - ISO9001/CE! Compliant - Environmentally Compliant
Accelovant
Crystalline / diamond pattern — Kristonium material-science visualization

Our Technology

The materials-science breakthrough that ends the accuracy or affordability trade-off.

Fiber-Optic Sensing Without Compromise

Kristonium® is our patented, photo-luminescent material system that replaces fragile phosphors, metals or MEMS active components. Kristonium® is revolutionizing the semiconductor, power, and data center industries by increasing performance and lowering costs.

LEARN ABOUT OUR SOLUTIONS
Semiconductor | Power & Data Centers

Kristonium®: The Crystal Advantage

Kristonium® is Accelovant’s proprietary, ceramic-like, photo-luminescent material that serves as the active sensor core in Accelovant fiber-optic devices. Our material is engineered for extreme precision, reliability, and durability. Kristonium® emits light in a stable, predictable pattern across wide temperature ranges which enables robust and long-lasting performance in the most demanding environments. Unlike conventional sensor materials, Kristonium® is highly resistant to mechanical stress and contamination, making it ideal for applications in semiconductor, power and data centers.

Kristonium® eliminates the fragile, adhesive-bound phosphors still used by legacy suppliers. With ±0.1 °C uncalibrated accuracy, repeatability, and durability in harsh environments, Kristonium® delivers precise data from –95 °C cryo tests to 450 °C.

Kristonium ceramic macro — single-crystal material under microscope

Compare Kristonium®

Key Spec / IssueThermocouples & PRTsGaAs / Fiber Optic ProbesKristonium® FO Probes (Accelovant)
RF / EMI immunityVulnerable. Acts as an antenna in RF fields; requires heavy filtering/shielding; prone to high measurement errors.Conditional. Optical probe is immune, but high-frequency RF harmonics couple into controller electronics, degrading signal.100% Immune. Completely immune optical sensor combined with EMI-hardened, exceptionally low-noise electronics.
Temperature range-200°C to >500°C-40°C to 300°C-200°C to 700°C
Long-Term Drift @ 450°C (1 yr)+/- 0.5°C+/- 0.25°C+/- 0.05°C
Recalibration3 – 6 months12 monthsNone Required (No-drift solid-state design)
Accuracy+/- 2.5°C at 450°C+/- 1.0°C at 300°C+/- 0.10°C AT 150°C; +/- 0.50°C AT 450°C

Small But Powerful

Each modular system can be configured to accommodate 1-120 sensors. Sensor channels are configurable and hot-swappable.

  • UNIFICATION: One-size-fits-all allows for lower inventory level at your production sites.
  • SERVICEABILITY: Accelovant solutions are designed to be field replaceable without rewiring. Modules are hot-swappable and plug-and-play.
Dense fiber patch cabling in a lit server rack — small but powerful

Configure variants to your solution without reengineering ours

Kristonium® sensors are built on a fully modular architecture—giving you design flexibility without requalification or NRE.

  • Configure our sensors to match your solution.
  • Standardized modular optoelectronic platform works with any probe configuration
  • Sensors are modular allowing for fast adaptation to your tool geometry
  • Faster time-to-market for new systems or custom variants
  • Simplified supply chain with fewer unique parts
  • Quick swaps in the field with minimal technician training
  • Consistent deployment across all OEM solutions types

More speed. Less friction. No compromise.

Configurable Kristonium probe and cable — modular architecture

Trusted by Tier-1 foundries and OEMs.

“Accelovant promised performance that exceeded our specifications by 2x. We put them to the test—and they truly delivered.”

PhD Engineer, Top 3 OEM

Accelovant fiber-optic temperature sensor product

Ready to let us help you get ahead?

Give us your build parameters, and we’ll give you unbeatable solutions