赤外線レーザー（VCSEL）

ams OSRAMの垂直面発光レーザーは、モバイル/ウェアラブル、自動車、産業の各分野で、最も要求の厳しいセンシングアプリケーションにも対応できるよう、設計されています。

近赤外線（NIR） VCSEL

VCSELは急速に発展を遂げる3Dセンシング市場を実現可能にする重要な要素です。3Dセンシング技術を利用したアプリケーションは、数を増やし続けています。自動車用LiDAR、ロボットの周囲環境検出、顔認識を使用したスマートフォンのロック解除などで、ams OSRAMは多様なVCSELのダイ、パッケージ、モジュールを提供し、広範なアプリケーション要件に応えます。

製品の選択

Device name

Description

Product Area

Product Type

ams BELAGO

BELAGO is a proprietary infrared dot-pattern illuminator for stereoscopic imaging platforms with eye-safety feature. It produces a very high-contrast dot pattern that stereo-matching algorithms can use to address low-texture situations and achieve high-accuracy depth maps. An additional benefit of the dot pattern is a reduction of the computational load required to perform the depth calculation. <br> The BELAGO dot-pattern illuminator is provided in a miniature package that is compatible with standard lead-free reflow processes. As such, it can be successfully used onboard of a great variety of 3D sensing platforms, from mobile to IoT to robotics. <br> BELAGO emitters produce approximately 5k dots at 940nm.<br/><br/><strong><a href="https://ams-osram.com/support/technical-support-form?product=BELAGO" target="_blank" style="text-decoration:underline;">Request full datasheet here</a></strong>

Lasers

IR Lasers (VCSEL)

ams EGA2000 - Industrial High-Power Flood Illuminator

<p class="amsBodyText">The EGA2000 module is specifically designed for open-space monochromatic infrared high power uniform illumination. The ultra-compact modules are assembled with ams‘ state-of-the-art opto-electronics component manufacturing processes and are reflow solderable. These modules, using laser illumination, allow improved efficiency, reduced footprint, and overall improved system performance. </p><p class="amsBodyText"><font color="#333333"><a name="_GoBack" style="touch-action: manipulation;"></a></font></p><p class="amsBodyText">EGA2000 can be used for illumination in conjunction with industrial 3D sensing cameras as well as 2D imaging systems for a variety of applications like object dimension detection in robotics and logistics, 3D mapping of the environment for autonomous guided vehicles (AGV) including household robots, 3D face authentication for e-locks and e-payment terminals and illumination in night vision systems. The EGA2000 modules produce high optical output power at either 850nm or 940nm with three field of illumination options: Narrow, Wide and Ultra-Wide.</p>

Lasers

IR Lasers (VCSEL)

ams TARA2000-AUT-SAFE for In-Cabin Sensing

Industry´s first automotive VCSEL with interlock based eye-safety<br><br> After releasing the first AECQ-102 qualified in-cabin VCSEL to the market with TARA2000-AUT (in mass production since Q2 2021) the new TARA2000-AUT-SAFE comes with an upgraded packaging and an integrated eye-safety functionality that is more reliable and cost-efficient than existing photodiode (PD) based methods. The resistive interlock circuitry is integrated on the MLA (Micro-Lens Array) and can detect faults that could compromise eye safety, such as diffuser cracking or shear-off. Also, the TARA2000-AUT-SAFE’s interlock loop is easier to integrate with a lower cost, as its read-out circuit only requires one AND gate or MOSFET which also enables a near-instant response (below 1μs) to fault conditions. The fast and reliable response is in contrast to the existing built-in photodiode method for eye safety protection, where the photodiode signal is prone to faults caused by non-eye-safety related factors such as reflective objects in front of the VCSEL module, and the response time is slower.

Lasers

IR Lasers (VCSEL)

ams BELAGO1.1 Dot Projector

<div>BELAGO1.1 is a proprietary infrared dot-pattern illuminator for stereoscopic imaging and structured light platforms with eye-safety feature. It produces a focus-free, high-contrast dot pattern that algorithms can use to address low-texture situations and achieve high-accuracy depth maps. An additional benefit of the dot pattern is a reduction of the computational load required to perform the depth calculation.</div><div>The BELAGO1.1 dot-pattern illuminator is provided in a miniature package that is compatible with standard lead-free reflow processes. As such, it can be successfully used onboard of a great variety of 3D sensing platforms, from mobile to IoT to robotics, both for stereoscopic imaging and structured light. BELAGO1.1 emitters project 5k dots, focus-free, in a random pattern at 940nm.</div>

Lasers

IR Lasers (VCSEL)

ams BELICE-SD

BELICE-SD is a proprietary infrared dot-pattern illuminator for stereoscopic imaging platforms. It produces a very high-contrast dot pattern that stereo-matching algorithms can use to address low-texture situations and achieve high-accuracy depth maps. An additional benefit of the dot pattern is a reduction of the computational load required to perform the depth calculation. <br> The BELICE-SD dot-pattern illuminator is provided in a miniature package that is compatible with standard lead-free reflow processes. As such, it can be successfully used onboard of a great variety of 3D sensing platforms, from mobile to IoT to robotics. <br> A pair of BELICE-SD emitters produce approximately 10k dots at 850nm. A 940nm version is currently under development.

Lasers

IR Lasers (VCSEL)

OSRAM BIDOS® CORE, OLI0608V.A1-940-B

VCSEL bare die (940 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

15 mA

10 mW

21 °

0.215 mm

0.175 mm

0.1 mm

-20 °C

85 °C

OSRAM BIDOS® CORE, OLI2020V.A1-850-A

VCSEL bare die (850 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

850 nm

600 mA

500 mW

17 °

0.52 mm

0.1 mm

-40 °C

100 °C

OSRAM BIDOS® CORE, OLI3539V.A1-850-A

VCSEL bare die (850 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

850 nm

4000 mA

3300 mW

15 °

0.985 mm

0.885 mm

0.1 mm

-40 °C

100 °C

OSRAM BIDOS® CORE, OLI3539V.A1-940-A

VCSEL bare die (940 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

4000 mA

3600 mW

18 °

0.985 mm

0.885 mm

0.1 mm

-40 °C

110 °C

OSRAM BIDOS® CORE, OLI5050V.A1-850-A

VCSEL bare die (850 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

850 nm

5000 mA

4000 mW

18 °

1.26 mm

0.1 mm

-40 °C

110 °C

OSRAM BIDOS® CORE, OLI5050V.A1-940-A

VCSEL bare die (940 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

5000 mA

4000 mW

20 °

1.26 mm

0.1 mm

-40 °C

110 °C

OSRAM BIDOS® CORE, OLI7878V.A1-850-A

VCSEL bare die (850 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

850 nm

12000 mA

10000 mW

18 °

1.99 mm

0.1 mm

-40 °C

110 °C

OSRAM BIDOS® CORE, OLI7878V.A1-940-A

VCSEL bare die (940 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

12000 mA

10000 mW

17 °

1.99 mm

0.1 mm

-40 °C

110 °C

OSRAM BIDOS® E1005 L, PLPVYL1 940A_E

VCSEL (940 nm) P<sub>opt,typ</sub> = 11 mW

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

15 mA

11 mW

18 °

1.0 mm

0.5 mm

-40 °C

85 °C

ams TARA2000-AUT - Automotive Flood Illuminator

<div>The TARA2000-AUT is designed for the new generation of 2D and 3D optical in-cabin sensing applications, where a high power illumination and high signal-to-noise ratio is needed under all circumstances. VCSEL based illumination enables maximum image quality with minimum PCB footprint, and combined with a narrow spectral bandwidth ensures robustness against sunlight and sunglass reflections inside the car. The ultra-compact module is designed and manufactured with ams‘ state-of-the-art opto-electronics component manufacturing processes and is AECQ-102 and ISO26262 compliant, a first in its class.</div><div> </div><div>TARA2000-AUT can be used both for 2D NIR-imaging and for 3D sensing systems such as time-of-flight and stereo vision. Different wavelength options offer flexibility to customers using different optical systems, and multiple FOI options make sure there is a good fit for each application such as driver monitoring, interior monitoring, or gesture sensing.</div>

Lasers

IR Lasers (VCSEL)

OSRAM BIDOS® P2433 Q, V105Q121A-850

850 nm Multi-Mode VCSEL Power Array Designed for Sensor Field of Interest : 60° x 45°

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

850 nm

4000 mA

3000 mW

63 °

50 °

2.4 mm

3.3 mm

1.2 mm

-20 °C

85 °C

OSRAM BIDOS® P2433 Q, V105Q121A-940

940 nm Multi-Mode VCSEL Power Array Designed for Sensor Field of Interest : 60° x 45°

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

4000 mA

3000 mW

63 °

50 °

2.4 mm

3.3 mm

1.2 mm

-20 °C

85 °C

OSRAM BIDOS® P2433 Q, V105Q131A-940

940 nm Multi-Mode VCSEL Power Array Designed for Sensor Field of Interest : 72° x 58°

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

4000 mA

3000 mW

74 °

61 °

2.4 mm

3.3 mm

1.2 mm

-20 °C

85 °C

OSRAM BIDOS® P2433 Q, V205Q121A-940

940 nm Multi-Mode VCSEL Power Array Designed for Sensor Field of Interest : 60° x 45°

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

4000 mA

6500 mW

66 °

53 °

2.4 mm

3.3 mm

1.2 mm

-20 °C

85 °C

OSRAM BIDOS® P2433 Q, V205Q131A-940

940 nm Multi-Mode VCSEL Power Array Designed for Sensor Field of Interest : 72° x 58°

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

4000 mA

6500 mW

78 °

65 °

2.4 mm

3.3 mm

1.2 mm

-20 °C

85 °C

OSRAM BIDOS® CORE, OLI0608V.A1-895-A

VCSEL bare die (895 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

895 nm

1.4 mA

0.3 mW

20 °

0.2 mm

0.16 mm

0.15 mm

-20 °C

110 °C

OSRAM BIDOS® CORE, OLI3539V.S1-940-A

VCSEL bare die (940 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

4000 mA

7400 mW

25 °

0.985 mm

0.885 mm

0.1 mm

-20 °C

100 °C

OSRAM BIDOS® CORE, OLI3539V.S2-940-A

VCSEL bare die (940 nm)

Lasers

IR Lasers (VCSEL)

Infrared (>800 nm)

940 nm

4000 mA

10800 mW

28 °

0.985 mm

0.885 mm

0.1 mm

-20 °C

100 °C

注目製品

ams TARA2000-AUT - Automotive Flood Illuminator

TARA2000-AUTは、あらゆる状況で高出力イルミネーションと高いS/N比が求められる新世代の2Dおよび3D光学インキャビンセンシングアプリケーション向けに設計されています。VCSELベースの照明は、最小のPCBフットプリントで最大の画質を実現し、狭いスペクトル帯域幅との組み合わせで、自動車内での太陽光やサングラスの反射に対する堅牢性を確約します。この超小型モジュールは、amsの最先端オプトエレクトロニクス部品の製造プロセスで設計・製造され、そのクラスで初めてAECQ-102とISO26262に準拠した製品となっています。

詳細とデータシート

赤外線レーザー（VCSEL）

近赤外線（NIR） VCSEL

注目製品

ams TARA2000-AUT - Automotive Flood Illuminator

ams OSRAMについて

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