Industry News

Meta abandons self-developing AR glasses chips due to huge losses and will adopt Qualcomm's technical solution

Views : 165
Update time : 2024-08-30 13:54:33
Meta was once committed to independently developing customized XR chips. However, recently, according to a report by Fortune, due to the influence of the "Year of Efficiency" policy promoted by Zuckerberg, this ambitious plan, unfortunately, became a victim of cost-cutting.
According to the latest report, with the in-depth implementation of the "Year of Efficiency" measures in 2023, Meta's years of efforts in self-developing chips have quietly come to an end. The social media company Meta announced the adjustment of its development strategy for augmented reality (AR) glasses. After giving up self-developing chips, Meta will use Qualcomm's chips in the upcoming prototypes and future versions of AR glasses.
The report said that Meta launched a customized chip plan in 2019 and had planned to launch the first AR glasses "Orion" at the Connect 2024 conference. The aim was to develop customized chips for its internally codenamed "Orion" AR glasses to improve product performance and efficiency. Meta also regarded this customized chip as a key link in realizing Zuckerberg's performance vision.
In this project, Meta's chip team in the hardware department is responsible for developing three specific chips named Armstrong, Avogadro, and Acropolis respectively. These chips are mainly used in Orion AR glasses to enhance key functions such as image recognition and improve the overall experience of AR glasses. However, in the original plan, these customized chips were not only applied to Orion AR glasses but also included other models of the Apollo project.
The Reality Labs department behind Meta's consumer hardware has been dealing with significant financial problems. The latest quarterly report of this department shows that its revenue is 353 million US dollars, while the operating loss is 4.5 billion US dollars. With the strict control of costs by the management, Meta has decided to abandon the self-developing chip plan. Financial pressure and strategic adjustments may be an important factor for Meta to adjust its chip development strategy.
It is worth noting that with the advancement of the "Year of Efficiency" policy, since October 2023, many employees of Meta's chip team have been laid off. According to insiders, when the layoffs are settled this year, only a few employees responsible for docking with suppliers will remain in the team, marking the official end of Meta's self-research path in the field of XR customized chips.
Although Meta still maintains research and development vitality in other chip fields such as data center AI processors, its retreat from the wearable device customized chip project is a foregone conclusion.
What's your opinion on this? Please subscribe to WlS Electronic Components and leave your comments below!
Related News
Read More >>
LDK220 LDO Voltage Regulators Specifications, Features, Pinout, and Applications LDK220 LDO Voltage Regulators Specifications, Features, Pinout, and Applications
Feb .02.2026
The LDK220 series of low-dropout linear regulators (LDOs) is a high-performance device designed specifically for low-power consumption and high-precision voltage regulation, widely used in scenarios such as consumer electronics, industrial control, and po
Xilinx Spartan®-7 FPGA Family: A High-Performance and Energy-Efficient Solution for Mid-Range FPGAs Xilinx Spartan®-7 FPGA Family: A High-Performance and Energy-Efficient Solution for Mid-Range FPGAs
Jan .20.2026
Xilinx Spartan®-7 FPGA Family stands as a defining solution in the mid-range FPGA landscape, blending high performance, energy efficiency, and cost-effectiveness to redefine versatility for industrial, IoT, and consumer electronics applications. Built on
Altera FLEX Series: Architecture, Innovation, and Application Across Four Generations Altera FLEX Series: Architecture, Innovation, and Application Across Four Generations
Jan .07.2026
The Altera FLEX series was more than a lineup of FPGAs—it was a blueprint for how programmable logic devices could evolve to meet diverse market needs. The FLEX 8000 laid the architectural groundwork, the FLEX 10K redefined functionality with embedded mem
LM4765 vs. LM4766: A Comprehensive Comparison of Dual-Channel Audio Power Amplifiers LM4765 vs. LM4766: A Comprehensive Comparison of Dual-Channel Audio Power Amplifiers
Dec .16.2025
Among TI standout offerings, the LM4765 and LM4766 are dual-channel amplifiers designed to cater to diverse audio needs—from compact setups to high-fidelity systems. While sharing the same product lineage, these chips differ significantly in power output,