To begin with, the SFA60A adopts 650nm visible red light and phase‑shift ranging technology. As a result, it delivers stable full‑scale ranging from 0.03m to 60m. Furthermore, it combines Class II eye safety, an ultra‑compact lightweight design, millimetre‑level high precision,…
SunFlaser Technology (Chengdu) Launches the SFA2000A Micro Laser Ranging Module – 905nm TOF, 2000m Long Range June 2026 To begin with, the SFA2000A adopts 905nm semiconductor laser and TOF (Time‑of‑Flight) ranging technology. As a result, it delivers stable full‑scale ranging…
To begin with, the SFA1200AJ adopts 905nm semiconductor pulse laser technology and operates on single-pulse TOF (Time-of-Flight) ranging principles. As a result, it delivers stable full-scale ranging from 5m to 1200m. Furthermore, it combines Class 1 eye safety, a lightweight…
To begin with, featuring 905nm semiconductor pulse laser ranging technology, the new SFA1200BJ delivers stable full‑scale ranging from 5m to 1200m. It combines Class 1 eye safety, an ultra‑light compact design, industrial‑grade reliability, and nano‑watt‑level low power consumption. As a…
In laser ranging technology selection, wavelength is the key factor that determines performance limits, safety levels, and scenario suitability. To begin with, many users focus only on surface parameters such as range and accuracy, while neglecting the underlying impact of…
Introduction To begin with, the 1535nm Er:Glass laser has become the mainstream light source for civilian, industrial, and special‑purpose applications in the fields of laser ranging, optoelectronic detection, and intelligent sensing. This is primarily due to its core advantages: eye…
01. The Relationship Between Optoelectronic Payload and Optoelectronic Pod In industry communications, professionals often use “optoelectronic payload” and “optoelectronic pod” interchangeably. However, according to aviation optoelectronic industry terminology (GB/T 43369‑2023), these two terms describe a whole‑to‑subset relationship. 1. Optoelectronic Payload…
Laser rangefinding always breaking down? 90% of people have fallen into these three traps. For those working on industrial integration, UAV development, or security projects, chances are you have encountered this frustrating situation at some point. You carefully selected a…
Introduction In laser ranging, optoelectronic detection, and intelligent sensing, the 1535nm Er:Glass laser is a top choice. It offers eye safety, high atmospheric transmittance, and strong anti-interference capability. These features make it ideal for civilian, industrial, and special-purpose applications. SunFlaser…
1. The Relationship Between Optoelectronic Payload and Optoelectronic Pod Industry discussions often use “optoelectronic payload” and “optoelectronic pod” interchangeably. However, according to aviation optoelectronic industry terminology (GB/T 43369‑2023), these two terms describe a whole‑to‑subset relationship. 1.1 Optoelectronic Payload (Optoelectronic Mission…
In the realm of precision photonics, understanding the distinction between a Laser Transmitting Antenna and a Laser module (also referred to as a laser transmitter) is critical for optimizing system performance. This is especially true when dealing with 1535nm erbium…
In the dynamic landscape of solid-state laser technology, the 1535nm erbium glass laser has emerged as a standout solution, celebrated for its eye-safe operation, compact design, and consistent performance. As an Er:glass laser (erbium-doped glass laser) operating at a critical…
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