In the cutting - edge field of smart glasses, the processor, akin to the product's "brain," dictates performance, functionality, and user experience. Let's examine the notable processors powering these innovative devices.

Qualcomm AR1 Gen1: Powerful Performance, Diverse Applications

The Qualcomm AR1 Gen1 processor, with its 6nm process and third-generation NPU, delivers robust AI computing power. It supports visual processing, real-time translation, and other functions. Featuring a 14-bit dual ISP, it enables 12MP photo and 6MP video shooting, and supports Wi-Fi 7 and Bluetooth 5.4. This processor is widely used in popular smart glasses models, making it a top choice for manufacturers.

Unisoc W517: Cost - Effective, Feature - Rich

The Unisoc W517 processor, built on a 12nm process with a 1×A75 + 3×A55 architecture, utilizes 3DSiP technology to reduce board area by 40%, resulting in lower power consumption. It offers features like AI noise reduction, HD calling, AI video stabilization, and face recognition. With a BOM cost 50% lower than Qualcomm's solution, it's a cost - effective option used in products like the Shanji Photo - Taking Glasses and Air2 AR Smart Glasses.

Hengxuan BES2800: Advanced Process, High Integration

The Hengxuan BES2800 processor, manufactured using a 6nm process, integrates multi-core CPU/GPU, NPU, large - capacity storage, and low - power Wi-Fi and Bluetooth in a single chip. It supports AI audio noise reduction and multi - modal interaction, and is used in the Meizu MYVU Standard Edition Smart Glasses, showcasing its strengths in audio processing and interaction.

Star宸 Technology SSC309QL: Innovative Design, Improved Yield

The Star宸 Technology SSC309QL processor employs chiplet technology and includes an LPDDR4x, reducing area by 24% compared to the AR1. Its non - standard, long - strip package design decreases size by 20%, and a system - level layout allows for back - to - back mounting with eMMC, boosting yield. It's currently in testing with multiple brands, with specific product launches pending.

Fuhuan Micro MC6350: Low - Power, Compact Size

The Fuhuan Micro MC6350 processor, fabricated using a 12nm low - power process, measures just 8×8mm and integrates 256MB DDR. It's engaging with major smart glasses and hardware manufacturers globally, promising broad application potential.

MediaTek MTK: Multi - Core Architecture, Low - Power Consumption

The MediaTek MTK processor, such as the MT8768, features an 8 - core A53 architecture and 12nm process, ensuring low - power operation. It supports various communication modes and AI voice assistants, with specific product applications discussed in comments, highlighting its potential in the smart glasses market.

Ingenic T - Series: MIPS Architecture, Strong Performance

The Ingenic T - Series processors, including the T31 and T32, are based on the MIPS32 instruction set architecture. The T31 operates at 1.5GHz and includes an FPU and 128 - bit SIMD engine. These processors are used in products like the Kanatech - K1, demonstrating their performance advantages.

These processors each bring unique strengths to the smart glasses market, driving innovation and enhancing user experiences. As technology evolves, future smart glasses processors will become more powerful and integrated, delivering even more impressive performance.

智能眼镜处理器大揭秘

在智能眼镜这个科技前沿领域，处理器就像是产品的“大脑”，决定了眼镜的性能、功能和用户体验。今天，就让我们一起看看目前智能眼镜中都有哪些出色的“大脑”在驱动着它们。

高通AR1 Gen1：强劲性能，多元应用

高通AR1 Gen1处理器采用6nm制程，搭载第三代NPU，AI算力强劲，能够支持视觉处理、实时翻译等多种功能。它还支持全彩显示，配备14-bit双ISP，可拍摄1200万像素照片及600万像素视频，同时支持Wi-Fi 7和蓝牙5.4。这款处理器被广泛应用于多款智能眼镜产品，如Meta Ray-Ban智能眼镜、雷鸟X2 Lite、Rokid Glasses AR智能眼镜等，是目前智能眼镜市场上的主流选择之一。

紫光W517：成本优势，功能丰富

紫光W517处理器采用12nm制程工艺，采用1×A75+3×A55的大小核架构，通过3DSiP技术使布板面积减小40%，功耗低。它支持AI智能降噪、高清通话、AI视频防抖、AI人脸识别、AI双摄视频通话、AI多重定位等功能。紫光W517在成本上相比高通方案降低了50%以上，具有显著的成本优势，被应用于闪极拍拍镜、影目Air2 AR智能眼镜等产品。

恒玄BES2800：先进工艺，集成度高

恒玄BES2800处理器采用6nm先进工艺，单芯片集成多核CPU/GPU、NPU、大容量存储、低功耗Wi-Fi和双模蓝牙。它支持AI音频降噪、多模态交互等功能，被应用于魅族MYVU标准版智能眼镜，展现了其在音频处理和交互方面的优势。

星宸科技SSC309QL：创新设计，提升良率

星宸科技SSC309QL处理器采用chiplet技术，内置一颗LPDDR4x，相较于AR1，其面积减少了24%。它采用非标长条型封装设计，比AR1减少了20%，通过系统级布局设计可以跟eMMC背靠背贴片，提高了良率。目前，该处理器正与多家品牌客户对接测试，具体终端产品发布以客户进度为准。

富瀚微MC6350：低功耗，超小尺寸

富瀚微MC6350处理器采用12nm低功耗工艺，芯片尺寸仅为8×8mm，集成了256MB DDR。这款处理器正在与国内外主要的智能眼镜和智能硬件制造商接洽合作，有望在更多产品中得到应用。

联发科MTK：多核架构，低功耗

联发科MTK处理器，如MT8768，采用8核A53架构与12nm制程，低功耗，支持多种通信模式，配备AI语音助手等功能。其具体应用产品在评论区引发讨论，可见其在智能眼镜领域的应用潜力。

君正T系列： MIPS架构，性能强劲

君正T系列处理器包括T31和T32。T31主处理器基于MIPS32指令集架构，工作频率为1.5GHz，支持浮点运算单元（FPU）和128位SIMD引擎。该系列处理器被应用于加南科技-K1等产品，展现了其在性能方面的优势。

这些处理器在智能眼镜领域各展所长，为不同产品赋予了独特的性能和功能。随着技术的不断进步，未来智能眼镜处理器将更加高效、集成度更高，为用户带来更加出色的体验。