Thin-Film Lithium Niobate Electro-Optic Modulator
The Youopto TFLN MZ module is a high-performance, compact Mach–Zehnder thin-film lithium-niobate electro-optic modulator for overcoming optical-network bandwidth limits. As a key link interface, it bridges electrical signal processing and optical transmission by loading electrically encoded data onto light. This increases capacity and reduces the power consumption of conventional modulators. High bandwidth, low cost, small size and scalability to mass production make it a competitive solution for future high-speed optical interconnects.
Save to Favorites
Overview
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
Electro-Optic Modulator M370
EOM
Uptekopto
ADP Crystal Series Wavelength Limits (240 to 800 nm)-V1/2wave @ 500nm [500nm; Series Wavelength Limits 240 to 800 nm]: 184 ADP Crystal Series Wavelength Limits (240 to 800 nm)-V1/2wave @ 830nm [830nm; series wavelength limits 240 to 800 nm]: 306 ADP Crystal Series Wavelength Limits (240 to 800 nm)-Aperture Diameter [Series Wavelength Limits 240 to 800 nm]: 2.5mm
All Conoptics electro-optic modulators use a transverse field perpendicular to light propagation. Multiple system configurations optimize applications. Crystal length/aperture ratio adjusts half-wave voltage, a key configuration factor. Half-wave voltage scales with wavelength, so longer-wavelength devices generally need higher ratios to match existing driver levels. ADP (NH4H2PO4), KD*P (KD2PO4) and LTA (LiTaO3) offer advantages such as low piezoelectric effects or lower half-wave voltage for high-performance lasers. Referenced specifications cover ADP 240–800nm, KD*P 240–1100nm and LTA 700–2000nm. Conoptics pulse-picking systems reach 100MHz, transmission >85%, minimum pulse width 18ns, no spatial dispersion or lateral output-beam shift, and 350–1600nm coverage.
-
Electro-Optic Modulator M380
EOM
Uptekopto
ADP Crystal Series Wavelength Limits (240 to 800 nm)-V1/2wave @ 500nm [500nm; Series Wavelength Limits 240 to 800 nm]: 92 ADP Crystal Series Wavelength Limits (240 to 800 nm)-V1/2wave @ 830nm [830nm; series wavelength limits 240 to 800 nm]: 153 ADP Crystal Series Wavelength Limits (240 to 800 nm)-Aperture Diameter [Series Wavelength Limits 240 to 800 nm]: 2.5mm
All Conoptics electro-optic modulators use a transverse field perpendicular to light propagation. Multiple system configurations optimize applications. Crystal length/aperture ratio adjusts half-wave voltage, a key configuration factor. Half-wave voltage scales with wavelength, so longer-wavelength devices generally need higher ratios to match existing driver levels. ADP (NH4H2PO4), KD*P (KD2PO4) and LTA (LiTaO3) offer advantages such as low piezoelectric effects or lower half-wave voltage for high-performance lasers. Referenced specifications cover ADP 240–800nm, KD*P 240–1100nm and LTA 700–2000nm. Conoptics pulse-picking systems reach 100MHz, transmission >85%, minimum pulse width 18ns, no spatial dispersion or lateral output-beam shift, and 350–1600nm coverage.
-
Electro-Optic Modulator M390
EOM
Uptekopto
ADP Crystal Series Wavelength Limits (240 to 800 nm)-V1/2wave @ 500nm [500nm; Series Wavelength Limits 240 to 800 nm]: 115 ADP Crystal Series Wavelength Limits (240 to 800 nm)-V1/2wave @ 830nm [830nm; series wavelength limits 240 to 800 nm]: 190 ADP Crystal Series Wavelength Limits (240 to 800 nm)-Aperture Diameter [Series Wavelength Limits 240 to 800 nm]: 3.5mm
All Conoptics electro-optic modulators use a transverse field perpendicular to light propagation. Multiple system configurations optimize applications. Crystal length/aperture ratio adjusts half-wave voltage, a key configuration factor. Half-wave voltage scales with wavelength, so longer-wavelength devices generally need higher ratios to match existing driver levels. ADP (NH4H2PO4), KD*P (KD2PO4) and LTA (LiTaO3) offer advantages such as low piezoelectric effects or lower half-wave voltage for high-performance lasers. Referenced specifications cover ADP 240–800nm, KD*P 240–1100nm and LTA 700–2000nm. Conoptics pulse-picking systems reach 100MHz, transmission >85%, minimum pulse width 18ns, no spatial dispersion or lateral output-beam shift, and 350–1600nm coverage.
-
Electro-Optic Modulator M350-50
EOM
Uptekopto
KD*P Crystal Series Wavelength Limits (240 to 1300nm)-V1/2wave @ 500nm [500nm; Series Wavelength Limits 240 to 1300nm]: 455 KD*P Crystal Series Wavelength Limits (240 to 1300nm)-V1/2wave @ 830nm [830nm; Series Wavelength Limits 240 to 1300nm]: 757 KD*P Crystal Series Wavelength Limits (240 to 1300nm)-V1/2wave @ 1064nm [1064nm; Series Wavelength Limits 240 to 1300nm]: 970
All Conoptics electro-optic modulators use a transverse field perpendicular to light propagation. Multiple system configurations optimize applications. Crystal length/aperture ratio adjusts half-wave voltage, a key configuration factor. Half-wave voltage scales with wavelength, so longer-wavelength devices generally need higher ratios to match existing driver levels. ADP (NH4H2PO4), KD*P (KD2PO4) and LTA (LiTaO3) offer advantages such as low piezoelectric effects or lower half-wave voltage for high-performance lasers. Referenced specifications cover ADP 240–800nm, KD*P 240–1100nm and LTA 700–2000nm. Conoptics pulse-picking systems reach 100MHz, transmission >85%, minimum pulse width 18ns, no spatial dispersion or lateral output-beam shift, and 350–1600nm coverage.
Related Articles
Founded in 2019, Jilin JC Ultrafast Equipment Co., Ltd. is a high-tech enterprise incubated by the Ultrafast Optoelectronics Center of Jilin University. Our R&D team owns 15 years of profound experience in femtosecond laser micro-nano fabrication.
VCSEL, short for Vertical Cavity Surface Emitting Laser, is a widely used semiconductor laser component in modern optoelectronics. Unlike traditional edge-emitting lasers, VCSEL emits laser light vertically from its chip surface. Thanks to its low power consumption, stable beam quality, low cost, and easy integration, it has become the core light source for 3D sensing, wearable devices, and high-speed optical communication.
Driven by the rapid upgrading of intelligent vehicles, optoelectronic sensing technologies represented by laser sensing and infrared thermal imaging have become core pillars for high-level autonomous driving and smart cockpit iteration. Leveraging automotive-grade optoelectronic R&D advantages, Pilot Technology Group launches the VITAL intelligent vehicle solution. By integrating high-power VCSEL laser chips and vehicle infrared night-vision thermal imagers, the system comprehensively enhances vehicle environmental perception and realizes safer, smarter and more comfortable driving experiences.
The MSL‑T series water‑cooled continuous‑wave single‑longitudinal‑mode lasers from Changchun New Industries Optoelectronics (CNI) deliver key research wavelengths including 369 nm, 405 nm and 770 nm.
Loading...
Name
Phone
Organization
Use Case
Database Platform