<p>新闻：光电</p>
<p>Phlux 的无噪声 InGaAs 传感器引起了狩猎和远程射击的兴趣</p>
<p>Phlux Technology 成立于 2020 年，源自谢菲尔德大学，专注于设计和制造 1550nm 雪崩光电二极管（APD）红外（IR）传感器。该公司表示，其专利的无噪声 InGaAs 红外传感器在严苛的国防、电信和工业应用中经过验证，现在正在评估用于高端狩猎和专业射击光学设备。</p>
<p>Phlux 的 InGaAs（铟镓砷）雪崩光电二极管（APD）技术旨在检测约 1550nm 的极微弱红外信号，其灵敏度比传统近红外探测器高出一个数量级。该公司表示，这一性能飞跃最初在国防行业的激光测距仪（LRF）和光纤网络监测的光学测试设备中得到应用，现在吸引了高端激光测距仪、集成弹道瞄准镜和专业低光照目标系统制造商的关注，专为严肃的猎人和专业射手设计。针对这些应用，Phlux 已经开发了特殊版本的探测器，并与领先的 1550nm 高功率激光制造商合作，支持光学制造商进行端到端的产品开发。</p>
<p>“专业猎人和精确射手正在比以往更努力地使用他们的设备，以应对更小的目标、更微弱的光线、更恶劣的天气和更复杂的背景，” 销售负责人 Stuart Sendall 表示。“他们告诉我们的信息与我们从电信和国防客户那里听到的一样：他们需要更好的射程和更详细、准确的红外信号检测。我们的传感器旨在解锁这一额外的性能边际。”</p>
<h2>现场高灵敏度 1550nm</h2>
<p>现代狩猎和射击光学设备越来越依赖激光测距和数字火控，以支持在较远距离的首次命中。通过在约 1550nm 的眼安全红外波长下工作，系统设计师可以合法且安全地使用比传统 905nm 设备更高的激光功率，从而打开了更长的测距距离和在困难、低反射目标（如深色猎物皮毛、被灌木遮挡的动物或不合作的背景）上获得更强回报的大门。</p>
<p>Phlux 表示，其无噪声 InGaAs 传感器正是针对这一 1550nm 波段进行了优化。超低噪声和高内部增益的结合意味着它们可以检测到更微弱的回波脉冲，使制造商能够：</p>
<p>• 在不增加激光功率的情况下延长有效测距；</p>
<p>• 在缩小光学设备和降低功耗的同时保持当前的测距性能；</p>
<p>• 在雾、细雨、热晃动和低对比度环境中提高测距可靠性，而传统接收器在这些环境中表现不佳。</p>
<p>对于专业向导、夜间害虫控制人员和在严格伦理和法规约束下工作的远程射手来说，这意味着在射击前的瞬间可以获得更一致的测距数据和更自信的决策。</p>
<h2>使高端光学设备的下一代成为可能</h2>
<p>除了独立的测距仪，高端光学制造商正在探索 Phlux 的传感器，以实现结合测距、弹道计算和成像的集成解决方案。将高灵敏度的 1550nm 接收器与先进的光学和板载处理相结合，可以支持：</p>
<p>• 智能瞄准镜，将精确的测距数据与弹道特征结合，为射手提供更准确的瞄准点；</p>
<p>• 提供快速、可重复测距的紧凑型双筒或单筒设备，针对现实世界的目标而非理想的反射板；</p>
<p>• 使用 1550nm 进行 “隐蔽” 照明或瞄准辅助的专业和战术风格系统，这些系统对调谐在 1µm 以下的传统夜视设备几乎是不可见的。</p>
<p>由于 Phlux 的技术起源于严苛的国防和电信环境，因此它被设计为可靠、热稳定和长期一致——这些特性对多日旅行的专业猎人和监测光纤骨干的工程师同样重要。</p>
<p>Phlux 表示，目前正在与全球狩猎、精确步枪和专业害虫控制市场的领先光学和电光制造商进行讨论。它提供应用支持，帮助合作伙伴重新设计 1550nm 接收器，优化光学布局，并从新传感器中提取最大现实世界的测距和可靠性。</p>
<p>Phlux 展示 1550nm IR 传感器 APDs，用于激光测距仪、光学测试、LiDAR 和自由空间光通信</p>
<p>红外探测器</p>
<p>www.phluxtechnology.com</p>

<p>Phlux Technology 是一家从谢菲尔德大学衍生出的公司，因其专利的无噪声 InGaAs 红外传感器而受到关注，这些传感器专为高端狩猎和专业射击光学设备设计。这些在 1550nm 波长下工作的传感器，提供比传统探测器显著更高的灵敏度，提升了在低光和复杂条件下的性能。Phlux 正在与领先制造商合作，开发集成解决方案，结合测距和弹道计算，旨在提高专业猎人和射手的准确性和可靠性。这项技术源于国防和电信应用，确保在苛刻环境中的耐用性和一致性</p>

<p>News: Optoelectronics</p>
<div class="lb-trans"><p>新闻：光电</p>
</div><p>Phlux’s Noiseless InGaAs sensors attract interest for hunting and long-range shooting</p>
<div class="lb-trans"><p>Phlux 的无噪声 InGaAs 传感器引起了狩猎和远程射击的兴趣</p>
</div><p>Phlux Technology — which was spun off from the University of Sheffield in 2020 and designs and manufactures 1550nm avalanche photodiode (APD) infrared (IR) sensors — says that its patented Noiseless InGaAs infrared sensors, proven in demanding defense, telecoms and industrial applications, are now being evaluated for use in premium hunting and professional shooting optics.</p>
<div class="lb-trans"><p>Phlux Technology 成立于 2020 年，源自谢菲尔德大学，专注于设计和制造 1550nm 雪崩光电二极管（APD）红外（IR）传感器。该公司表示，其专利的无噪声 InGaAs 红外传感器在严苛的国防、电信和工业应用中经过验证，现在正在评估用于高端狩猎和专业射击光学设备。</p>
</div><p>Designed to detect extremely faint infrared signals around 1550nm, Phlux’s InGaAs (indium gallium arsenide) avalanche photodiode (APD) technology delivers an order-of-magnitude higher sensitivity than conventional near-infrared detectors. The firm says that this leap in performance, first adopted in laser range finders (LRF) in the defense industry and optical test equipment for fiber-network monitoring, is now drawing the attention of manufacturers of top-end laser range finders, integrated ballistic scopes, and specialist low-light targeting systems for serious hunters and professional marksmen. Special versions of the detectors have now been developed for these applications and Phlux has partnered with leading manufacturers of 1550nm high-power lasers to support optics makers in end-to-end product development.</p>
<div class="lb-trans"><p>Phlux 的 InGaAs（铟镓砷）雪崩光电二极管（APD）技术旨在检测约 1550nm 的极微弱红外信号，其灵敏度比传统近红外探测器高出一个数量级。该公司表示，这一性能飞跃最初在国防行业的激光测距仪（LRF）和光纤网络监测的光学测试设备中得到应用，现在吸引了高端激光测距仪、集成弹道瞄准镜和专业低光照目标系统制造商的关注，专为严肃的猎人和专业射手设计。针对这些应用，Phlux 已经开发了特殊版本的探测器，并与领先的 1550nm 高功率激光制造商合作，支持光学制造商进行端到端的产品开发。</p>
</div><p>“Professional hunters and precision shooters are pushing their equipment harder than ever for smaller targets, more marginal light, tougher weather, and more complex backgrounds,” says Stuart Sendall, head of sales. “They are telling us the same thing we hear from telecoms and defense customers: they need better range and more detail and accuracy in detecting infrared signals. Our sensors are designed to unlock that extra margin of performance.”</p>
<div class="lb-trans"><p>“专业猎人和精确射手正在比以往更努力地使用他们的设备，以应对更小的目标、更微弱的光线、更恶劣的天气和更复杂的背景，” 销售负责人 Stuart Sendall 表示。“他们告诉我们的信息与我们从电信和国防客户那里听到的一样：他们需要更好的射程和更详细、准确的红外信号检测。我们的传感器旨在解锁这一额外的性能边际。”</p>
</div><h2>High-sensitivity 1550nm in the field</h2>
<div class="lb-trans"><h2>现场高灵敏度 1550nm</h2>
</div><p>Modern hunting and shooting optics increasingly rely on laser range finding and digital fire-control to support first-round hits at extended distances. By operating at an eye-safe infrared wavelength of around 1550nm, system designers can legally and safely use higher laser powers than when using traditional 905nm devices, opening the door to longer ranging distances and more robust returns on difficult, low-reflectivity targets such as dark game coats, brush-obscured animals, or non-cooperative backgrounds.</p>
<div class="lb-trans"><p>现代狩猎和射击光学设备越来越依赖激光测距和数字火控，以支持在较远距离的首次命中。通过在约 1550nm 的眼安全红外波长下工作，系统设计师可以合法且安全地使用比传统 905nm 设备更高的激光功率，从而打开了更长的测距距离和在困难、低反射目标（如深色猎物皮毛、被灌木遮挡的动物或不合作的背景）上获得更强回报的大门。</p>
</div><p>Phlux says that its Noiseless InGaAs sensors are optimized precisely for this 1550nm band. The combination of ultra-low noise and high internal gain means that they can detect much weaker return pulses, allowing manufacturers to:</p>
<div class="lb-trans"><p>Phlux 表示，其无噪声 InGaAs 传感器正是针对这一 1550nm 波段进行了优化。超低噪声和高内部增益的结合意味着它们可以检测到更微弱的回波脉冲，使制造商能够：</p>
</div><p>• extend effective ranging distance without increasing laser power;</p>
<div class="lb-trans"><p>• 在不增加激光功率的情况下延长有效测距；</p>
</div><p>• maintain current range performance while shrinking optics and reducing power consumption;</p>
<div class="lb-trans"><p>• 在缩小光学设备和降低功耗的同时保持当前的测距性能；</p>
</div><p>• improve ranging reliability in fog, drizzle, heat shimmer and low-contrast environments where conventional receivers struggle.</p>
<div class="lb-trans"><p>• 在雾、细雨、热晃动和低对比度环境中提高测距可靠性，而传统接收器在这些环境中表现不佳。</p>
</div><p>For professional guides, night-time pest controllers, and long-range shooters working within tight ethical and regulatory constraints, this translates into more consistent range data and more confident decision making in the moments before a shot.</p>
<div class="lb-trans"><p>对于专业向导、夜间害虫控制人员和在严格伦理和法规约束下工作的远程射手来说，这意味着在射击前的瞬间可以获得更一致的测距数据和更自信的决策。</p>
</div><h2>Enabling the next generation of high-end optics</h2>
<div class="lb-trans"><h2>使高端光学设备的下一代成为可能</h2>
</div><p>Beyond stand-alone rangefinders, premium optics makers are exploring Phlux’s sensors for integrated solutions that combine ranging, ballistic computation and imaging. Pairing a highly sensitive 1550nm receiver with advanced optics and on-board processing can support:</p>
<div class="lb-trans"><p>除了独立的测距仪，高端光学制造商正在探索 Phlux 的传感器，以实现结合测距、弹道计算和成像的集成解决方案。将高灵敏度的 1550nm 接收器与先进的光学和板载处理相结合，可以支持：</p>
</div><p>• smart riflescopes that blend precise range data with ballistic profiles to give the shooter a more accurate hold point;</p>
<div class="lb-trans"><p>• 智能瞄准镜，将精确的测距数据与弹道特征结合，为射手提供更准确的瞄准点；</p>
</div><p>• compact binocular or monocular units that provide fast, repeatable ranging across real-world targets rather than ideal reflective plates;</p>
<div class="lb-trans"><p>• 提供快速、可重复测距的紧凑型双筒或单筒设备，针对现实世界的目标而非理想的反射板；</p>
</div><p>• specialist professional and tactical-style systems using 1550nm for ‘covert’ illumination or aiming aids that are effectively invisible to traditional night-vision devices tuned below 1µm.</p>
<div class="lb-trans"><p>• 使用 1550nm 进行 “隐蔽” 照明或瞄准辅助的专业和战术风格系统，这些系统对调谐在 1µm 以下的传统夜视设备几乎是不可见的。</p>
</div><p>Because Phlux’s technology originated in demanding defense and telecoms environments, it is designed for reliability, thermal stability and long-term consistency - qualities that matter as much to a professional hunter on a multi-day trip as they do to an engineer monitoring a fiber-optic backbone.</p>
<div class="lb-trans"><p>由于 Phlux 的技术起源于严苛的国防和电信环境，因此它被设计为可靠、热稳定和长期一致——这些特性对多日旅行的专业猎人和监测光纤骨干的工程师同样重要。</p>
</div><p>Phlux says that it is now in discussions with leading optics and electro-optics manufacturers serving the global hunting, precision rifle and professional pest-control markets. It is offering application support to help partners redesign receivers for 1550nm, optimize optical layouts, and extract maximum real-world range and reliability from the new sensors.</p>
<div class="lb-trans"><p>Phlux 表示，目前正在与全球狩猎、精确步枪和专业害虫控制市场的领先光学和电光制造商进行讨论。它提供应用支持，帮助合作伙伴重新设计 1550nm 接收器，优化光学布局，并从新传感器中提取最大现实世界的测距和可靠性。</p>
</div><p>Phlux showcasing 1550nm IR sensor APDs for laser range finders, optical test, LiDAR and free-space optical communications</p>
<div class="lb-trans"><p>Phlux 展示 1550nm IR 传感器 APDs，用于激光测距仪、光学测试、LiDAR 和自由空间光通信</p>
</div><p>IR detectors</p>
<div class="lb-trans"><p>红外探测器</p>
</div><p>www.phluxtechnology.com</p>
<div class="lb-trans"><p>www.phluxtechnology.com</p>
</div>

Phlux 的无噪声 InGaAs 传感器引起了狩猎和远程射击爱好者的关注