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Single & multimode VCSEL

Multimode VCSEL

940 nm multimode VCSEL

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Single & multimode VCSEL

Multimode VCSEL

VCSEL arrays with random dot pattern at 940 nm

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Single & multimode VCSEL

Multimode VCSEL

ViBO (VCSEL with integrated Backside Optics)

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Single & multimode VCSEL

Multimode VCSEL

Linear polarisation improves exposure quality and the resolution in demanding 3D lighting applications

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Multimode VCSEL

Multimode VCSELs are infrared light sources for mobile consumer applications. The compact dimensions allow use of the laser diodes in highly integrated sensors. These laser diodes are ideally suited for time-of-flight distance sensors due to their power class and radiation characteristics.

Light emission from one or more mesas

Mesas in parallel operation result in redundancy and increase operational safety.

940 nm laser emission

Light at 940 nm cannot be perceived by the human eye.

Short rise/fall time

Benefit from a very fast pulsing mode thanks to short rise/fall times.

Exceptional reliability

Just under two billion VCSELs used without any failures.

Polarisation control

Multimode VCSELs with stable, advanced, linear polarisation improve exposure quality and the resolution in demanding 3D lighting application, e.g. in OLED displays.
The surface grating enables stable polarisation and is etched directly into the GaAs. Due to the optimised grid design, the polarised VCSELs achieve nearly 100 percent power efficiency compared to non-polarised VCSELs. TRUMPF has developed the patented technology of VCSELs with stable polarisation for large-scale applications.

Distance sensor system

The compact 940 nm laser diode is perfectly suitable for ranging applications, such as proximity or laser focusing in smartphones.

LiDAR

VCSEL arrays are excellent for LiDAR applications. Very low rise and fall times of the optical pulses make ultrashort pulses with high peak power possible. The addressability of the different segments on the VCSEL arrays can significantly improve the system performance.

Structured light

Structured light applications can be addressed very well with VCSEL arrays as the light source. Processing at wafer level with the latest semiconductor processing systems enables the smallest spacing and individual arrangements of emitters.

Illumination

Multimode VCSEL arrays are perfect light sources for IR lighting. The low spectral range and outstanding power across a temperature interval enable very good system performance.

OLED displays

VCSELs with stable and linear polarisation improve exposure quality and the resolution in demanding 3D lighting application, e.g. in OLED displays.

In-cabin sensor system

Driver monitoring, interior monitoring and gesture recognition support autonomous driving and increase safety. VCSELs as light sources are particularly well suited for this purpose because they are efficient and stable in temperature with a narrow band.

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TVT-011-940-A (multimode VCSEL chip)
TVT-001-940-B (VCSEL array with random dot pattern)
TVB-001-940-B (ViBO)
Large 850 nm / 940 nm VCSELs
Small 940 nm multimode VCSELs

	TVT-011-940-A (multimode VCSEL chip) Compare product	TVT-001-940-B (VCSEL array with random dot pattern) Compare product	TVB-001-940-B (ViBO) Compare product	Large 850 nm / 940 nm VCSELs Compare product	Small 940 nm multimode VCSELs Compare product
Laser parameters
Laser type	Multiple mode	Multiple mode	Multiple mode	Multiple mode	Multiple mode
Wavelength	940 nm	940 nm	940 nm	850 / 940 nm	940 nm
Laser power (at 25 mA and room temperature)	-	1.8 W	9 W	-	-
Output power (min.)	8 mW	2 mW	-	-	-
Output power (max.)	17 mW	2.25 mW	-	-	-
Number of zones	4 pieces	1121 pieces	-	-	-
Gradient efficiency (at room temperature)	-	1 W/A	-	-	-
Laser class	3B	3B	3B	3B	3B
Optics
Optical element	-	-	Monolithically integrated micro-optical elements	-	-
Current
Current voltage (at 25 mA and room temperature)	25 V	2.5 V	-	-	-
Threshold current (at room temperature)	3.5 mA	200 mA	-	-	-
Size
Width dimension	150 μm	784 μm	1241 μm	-	-
Height dimension	150 μm	704 μm	938 μm	-	-
Depth dimension	150 μm	100 μm	190 μm	-	-

Compare products End comparison End comparison	TVT-011-940-A (multimode VCSEL chip)	TVT-001-940-B (VCSEL array with random dot pattern)	TVB-001-940-B (ViBO)	Large 850 nm / 940 nm VCSELs	Small 940 nm multimode VCSELs
Laser parameters
Laser type	Multiple mode	Multiple mode	Multiple mode	Multiple mode	Multiple mode
Wavelength	940 nm	940 nm	940 nm	850 / 940 nm	940 nm
Laser power (at 25 mA and room temperature)	-	1.8 W	9 W	-	-
Output power (min.)	8 mW	2 mW	-	-	-
Output power (max.)	17 mW	2.25 mW	-	-	-
Number of zones	4 pieces	1121 pieces	-	-	-
Gradient efficiency (at room temperature)	-	1 W/A	-	-	-
Laser class	3B	3B	3B	3B	3B
Optics
Optical element	-	-	Monolithically integrated micro-optical elements	-	-
Current
Current voltage (at 25 mA and room temperature)	25 V	2.5 V	-	-	-
Threshold current (at room temperature)	3.5 mA	200 mA	-	-	-
Size
Width dimension	150 μm	784 μm	1241 μm	-	-
Height dimension	150 μm	704 μm	938 μm	-	-
Depth dimension	150 μm	100 μm	190 μm	-	-

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Technical data sheet

The technical data of all product versions as a download.

940 nm multimode VCSEL

Mini multimode VCSEL array with four emitters for time-of-flight applications.

VCSEL array with random dot pattern at 940 nm

VCSEL array for structured light systems. Emitter design with random scattering for advanced applications with structured light.

940 nm multimode VCSEL with polarisation control

The polarisation-stable 940 nm multimode VCSEL has two emission zones which generate an optical power of 8 mW. The stable and linear polarisation improves exposure quality and the resolution of 3D lighting applications.

ViBO

ViBO stands for VCSEL with integrated Backside Optics. This is an advanced, cost-effective and easy-to-integrate VCSEL array technology with monolithically integrated micro-optical elements. The platform offers a top view that is 5 times smaller compared to other packaged VCSEL solutions. Furthermore, the integrated optics enable an inherently eye-safe system throughout the entire product life cycle. ViBO solutions are particularly interesting for 3D sensor applications in the areas of consumer electronics, automotive and other industrial sectors.

Large 850 nm or 940 nm multimode VCSELs

The VCSEL is available as 850 nm or 940 nm multimode VCSELs. It is suitable for full-area exposure applications because the laser light is scattered. The output power includes 4-8 W, depending on the operating mode.

Small 940 nm multimode VCSELs

The small 940 nm multimode VCSEL is suitable for full-area exposure applications because the laser light is scattered. The output power includes 1-2 W, depending on the operating mode.

940 nm multimode VCSEL with double polarisation control

The polarisation-stable 940 nm multimode VCSEL features emission zones with orthogonal polarisation control. The orientation of the mesas with 0° and 90° allows double polarisation in a VCSEL. The two directions of polarisation can be controlled individually. The stable and linear polarisation improves the exposure quality in 3D lighting applications. In combination with polarisation-sensitive optics, multiple concepts such as scatter and spot illumination are made possible.

Polarisation control

Multimode VCSELs with stable, advanced, linear polarisation improve exposure quality and the resolution in demanding 3D lighting application, e.g. in OLED displays.

The surface grating enables stable polarisation and is etched directly into the GaAs. Due to the optimised grid design, the polarised VCSELs achieve nearly 100 percent power efficiency compared to non-polarised VCSELs. TRUMPF has developed the patented technology of VCSELs with stable polarisation for large-scale applications.

There is also the option of double polarisation, so that two directions of polarisation are integrated in one VCSEL.

Multi-junction VCSELs

Multi-junction VCSELs enable higher efficiency and support miniaturisation requirements. Thanks to the multiple tunnels, the laser output of a VCSEL can be multiplied at the same current.

Integrated photodiode

VCSELs with integrated photodiodes (ViP) allow reflected signals to be picked up for further processing. The patented solution thus supports the self-mixing interference technology, or SMI for short. SMI is a trusted optical measurement procedure for applications in industrial sensor systems or consumer electronics.

This product range and information may vary depending on the country. Subject to changes to technology, equipment, price and range of accessories. Please get in touch with your local contact person to find out whether the product is available in your country.

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