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The TFLT photonic integrated circuit platform
Every Miraex product is built on one proprietary foundation: thin-film lithium tantalate photonic integrated circuits engineered for high-efficiency electro-optic transduction.
Why TFLT
Thin-film lithium tantalate, engineered for quantum
TFLT delivers the strong electro-optic response needed to move quantum information between microwave and optical light — with the low loss, low power and cryogenic compatibility that superconducting and spin-qubit systems demand. The platform is compact and power-efficient by design.
Nonlinear parametric & electro-optic processes on one platform — including optical–optical conversion and amplification
Triply-resonant and traveling-wave device designs, covered by a patent portfolio
Operates from Hz level to 100 GHz+, across a broad wavelength range from UV to 2 µm
Customisable & exclusive OEM designs and licensing schemes
Specifications
Platform at a glance
Representative platform capabilities. Detailed datasheets are available on request and under NDA.
Four modes, one platform
What the platform enables
ATransduction & conversionCoherent conversion between optical and microwave domains, plus optical–optical parametric processes such as amplification.
BEntanglement generation & distributionPhoton-pair entanglement across the microwave, NIR and optical domains.
CRF over fibreHighly efficient microwave-optical modulation from kHz to beyond 100 GHz.
DOptical modulationElectro-optic modulation across a broad wavelength range — from the UV and visible, through the NIR, up to the C-band.
Let’s connect
Building with photonic quantum interconnects?
Whether you need an OEM transducer design, an exclusive licence, or an evaluation under NDA — let’s start a technical conversation.