Everbright Photonics

High-power dot-spot VCSEL (Vertical-Cavity Surface-Emitting Laser) automotive LiDAR chip built on a multi-junction epitaxial structure with a center wavelength of 905nm. Mass-produced models on the official website: EB-VCSEL-LR-30-0905-06-001 (905nm/30W) and EB-VCSEL-LR-60-0905-06-001 (905nm/60W) (source: official product center / English product page). The dot-spot series covers an overall power range of 10W–100W, supports repetition frequencies on the order of MHz, and features high energy density, low divergence angle, and high efficiency. Multi-junction VCSELs achieve higher peak power with a smaller emission area, meeting LiDAR ranging requirements (source: official EAC2024 news / third-party trade-show report). Suitable for short-range (10–50W, 3–6 junctions, 20–30° divergence) and mid-range (50–150W, 6–8 junctions, 15–20°) LiDAR, and used in volume for consumer scenarios such as robotic mowers, driverless vehicles, and intelligent robots.

Wavelength 905nm; overall power 10W–100W (mass-produced 30W/60W); multi-junction epitaxial structure; MHz-order repetition frequency; high energy density, low divergence, high efficiency; short-range 3–6 junctions / 20–30° divergence; mid-range 6–8 junctions / 15–20°

• Automotive LiDAR (short/mid-range Flash LiDAR, rotating-mirror/solid-state)
• Consumer robots
• Driverless vehicles
• Robotic mowers

High-efficiency line-spot VCSEL automotive LiDAR chip with a center wavelength of 905nm. Mass-produced model on the official website: EB-VCSEL-LR-300-0905-05-001 (905nm/300W) (source: official product center / English product page). The company has overcome the epitaxial design and process challenges of 12 junctions (12-junction), maintaining an electro-optical conversion efficiency above 38% at 300W on a single chip (source: third-party LASER magazine report based on official Munich laser-expo materials). It meets the requirements of L3 autonomous driving for long-range, high-precision, and high-reliability LiDAR; suitable for long-range (200m+) LiDAR requiring 8–12 junctions and a divergence angle below 10–18° (source: same product roadmap).

Wavelength 905nm; mass-produced model EB-VCSEL-LR-300-0905-05-001 (905nm/300W); 12-junction epitaxial design; electro-optical efficiency ≥38% at 300W; long-range 200m+ detection; 8–12 junctions; divergence <10–18°; meets L3 autonomous driving

• Automotive LiDAR (long-range L3 autonomous driving, 200m+ detection)

A 1D addressable VCSEL array targeting the all-solid-state (Flash) LiDAR market, launching on an 8-junction 940nm (8J-940nm) epitaxial platform that delivers mass-produced single-channel output power of 100W–200W with a uniform near-field spot. The unique device design achieves near-top-hat circular or rectangular symmetric spots, greatly reducing the optical design and alignment difficulty of the radar system and enabling cost-effective all-solid-state LiDAR (source: official EAC2024 news / trade-show report).

8-junction 940nm (8J-940nm) epitaxial platform; single-channel output 100W–200W; uniform near-field spot; near-top-hat circular/rectangular symmetric spot; for all-solid-state Flash LiDAR

• All-solid-state (Flash) automotive LiDAR
• Cost-effective 3D sensing

A flagship high-power, high-brightness 2D addressable VCSEL array that has passed automotive-grade AEC-Q102 certification (source: trade-show report, EAC2026 news). It has achieved mass-production validation including low leakage rate, high uniformity, automatic batch screening, and burn-in testing; single-channel power has been raised from 40W to 100W, supporting MHz-order high repetition frequency and an ultra-wide operating temperature range of -20°C to +125°C. Based on 6-junction/8-junction epitaxial platforms, the inter-channel breakdown voltage reaches -70V, leakage current is below 1e-5A, and the peak optical power difference between Blocks is less than 20%. Everbright Photonics has become the only domestic mass-production IDM platform for 2D addressable VCSELs, capable of rapidly customizing specified sizes and channel-count specifications (source: EAC2026 news / trade-show report).

Automotive-grade AEC-Q102 certified; single-channel power 40W–100W; MHz-order repetition frequency; operating range -20°C~+125°C; 6J/8J epitaxial platform; inter-channel breakdown -70V; leakage <1e-5A; Block peak-power variation <20%; customizable size and channel count

• High-precision, high-line-count all-solid-state automotive LiDAR

Automotive EEL (Edge-Emitting Laser) LiDAR chip series featuring high power density and high pulse peak power, well suited to LiDAR systems using APD detectors. The center wavelength is mainly 905nm. Mass-produced models on the official website: EB-BC-75-0905-10-001 (905nm/75W), EB-BC-125-0905-10-001 (905nm/125W, 3 junctions), EB-BC-160-0905-10-001 (905nm/160W, 4 junctions), EB-BC-500-0905-10-001 (905nm/500W, 3 junctions 4 channels), EB-BC-1200-0905-10-001 (905nm/1200W, 4 junctions 8 channels), EB-BC-12-0940-10-001 (940nm/12W) (source: official product center English page / EAC2024 news). It meets the growing demand of LiDAR for 905nm pulsed laser-diode output power and optical point-cloud density.

EEL edge-emitting laser; center wavelength mainly 905nm (incl. 940nm); high power density and high pulse peak power; suited to APD detectors; mass-produced 75W/125W(3J)/160W(4J)/500W(3J 4ch)/1200W(4J 8ch)/940nm 12W; 905nm pulsed laser diode

• Automotive LiDAR (905nm pulsed LiDAR with APD detectors; mechanical / rotating-mirror / hybrid-solid-state schemes)

3D Structured-Light (Structure Light) VCSEL chip with a center wavelength of 940nm and an output power of 1.5W (source: official product center English page). It achieves high precision and accuracy at close range, used in face recognition and AR/VR 3D sensing scenarios (source: EAC2024 news).

3D Structured-Light VCSEL; wavelength 940nm; output power 1.5W; close-range high precision; for face recognition and AR/VR

• 3D structured-light face recognition
• AR/VR close-range high-precision 3D sensing

3D Time-of-Flight (ToF) VCSEL chip with a simple, low-cost algorithm, widely used in face recognition and short-range sensing. Mass-produced models on the official website: EB-VCSEL-TOF-1-0808-06-001 (808nm/1W), EB-VCSEL-TOF-2-0940-06-001 (940nm/2W), EB-VCSEL-TOF-3-0808-06-001 (808nm/3W), EB-VCSEL-TOF-3-0940-06-001 (940nm/3W) (source: official product center English page / EAC2024 news).

3D ToF (Time-of-Flight) VCSEL; wavelengths 808nm/940nm; output power 1W/2W/3W; simple algorithm, low cost; for face recognition and short-range sensing

• Face recognition
• Short-range ToF sensing
• Smart consumer terminals

VCSEL area-array (array) module with a center wavelength of 808nm and output power of 120W and 300W (source: official product center). It belongs to the VCSEL array-module products under the LiDAR and 3D sensing chip category.

VCSEL area-array module; center wavelength 808nm; output power 120W and 300W; VCSEL array module product

• LiDAR and 3D sensing
• Industrial heating and other VCSEL array applications