Morning Highlights

1. Thermaltake unveils the TPM-O49CDQ monitor
2. Alibaba releases two smart glasses
3. MIIT interprets the consumer goods supply–demand alignment policy
4. Samsung announces major technical breakthrough in the NAND field
5. Rumors you can just take a glance at

---

Thermaltake unveils the TPM-O49CDQ monitor

On November 27, Thermaltake officially announced the TPM-O49CDQ, a 32:9 ultra-wide curved OLED monitor. The model uses Samsung Display’s QD-OLED technology and features an RGB light strip on the back. It comes in a 49-inch size with a resolution of 5120 × 1440, a 240 Hz refresh rate, 0.03 ms GtG response time, 250 nits brightness, 99% DCI-P3 color coverage, and supports both G-SYNC Compatible and FreeSync Premium.

In terms of connectivity, the TPM-O49CDQ includes two HDMI 2.1 ports, one DisplayPort 1.4, one full-function USB-C port with 90 W PD-out, one USB upstream port, two USB downstream ports, and a 3.5 mm audio output jack. The model is listed at NT$36,900 on the official website. Source

Alibaba releases two smart glasses

On November 27, Alibaba officially launched two series of smart glasses: the Quark AI Glasses S1 and the Quark AI Glasses G1.

The Quark AI Glasses S1 feature a lightweight design, with temple arms as thin as 7.5 mm and a frame as thin as 3.3 mm. Combined with a titanium alloy structure and a 1:1 front-back weight balance, Alibaba claims the design better suits the wearing habits of Asian users. The S1 uses a waveguide dual-engine optical module with peak brightness up to 4000 nits and supports adjustable image convergence distance. For performance, the S1 is equipped with a Qualcomm AR1 + BES BES2800 dual-chip setup, 3GB + 32GB storage, and a 287mAh swappable battery—allowing what Alibaba calls a “power-swap without shutdown” continuous-use experience.

For imaging, the S1 includes a 12MP Sony IMX681 sensor, supporting 3K first-person video output, rapid snapshots, and advanced night mode, and it also enables first-person livestreaming. For audio, it uses custom speakers with spatial audio support, while the microphone system combines five microphones with a bone-conduction mic to improve voice capture in noisy environments.

On the software side, the S1 runs a custom UI with features such as object recognition, translation, reminders, photographic logging, secure payment, and near-eye navigation. It also integrates “Quark Assistant,” an AI assistant powered by Alibaba’s Qwen model, enabling conversational voice commands and task execution. Source

The Quark AI Glasses G1 come in three frame styles: Wellington, Fashion Browline, and Sunglasses. Compared to the S1, the G1 does not include a display or a waveguide near-eye module, and its memory is reduced to 2GB + 32GB, though many AI features remain intact. The device weighs around 40 g and uses the same Qualcomm AR1 + BES BES2800 dual-chip combination, with a built-in 272mAh battery rated for 9 hours of mixed-use battery life. Imaging and audio specifications are largely the same as those of the S1. Source

MIIT interprets the consumer goods supply–demand alignment policy

At a press conference held by the State Council Information Office, the Ministry of Industry and Information Technology (MIIT) provided a detailed interpretation of policy measures aimed at enhancing the alignment between consumer goods supply and demand and promoting consumption.

The ministry noted that China’s consumer market is shifting from rapid expansion toward structural optimization. The increasingly diverse needs of consumers across different ages and regions are placing higher demands on the supply side. According to the latest implementation plan, safety standards for infant and student products will be raised; integration of toys, stationery, and smart technologies will be promoted; enterprises will be encouraged to develop AI toys with open interactive capabilities; and efforts will be made to strengthen R&D of new eco-friendly materials and improve strict quality-control systems.

To better meet the needs of the elderly, the policy focuses on practical challenges such as limited mobility and home care. It will support R&D of eldercare service robots, senior-friendly footwear and apparel, and easy-to-swallow foods, while continuing to advance the age-friendly adaptation of smart devices. Meanwhile, MIIT is working to establish a standard system for elderly-care products and introduce a “Silver Age” certification to increase consumer confidence.

For younger consumers, MIIT stated it will support the development of culturally rich and fashion-forward products such as Guochao apparel, designer collaborations, and IP-based cultural merchandise. The policy also encourages emerging consumption models such as personalization and custom-made products to better meet individualized and diversified needs. Source

Samsung announces major technical breakthrough in the NAND field

Samsung has announced a significant breakthrough in the field of NAND flash memory, with its research team successfully developing an entirely new storage architecture that dramatically reduces power consumption—by up to 96% compared with conventional designs.

According to the company, the technology was developed under the leadership of the Samsung Advanced Institute of Technology (SAIT). Its core innovation lies in the first-ever combined application of ferroelectric materials and oxide semiconductors within a NAND structure. Ferroelectric materials retain polarization without continuous power supply, while oxide semiconductors traditionally suffer from unstable threshold voltages. Through architectural innovation, the team achieved “weakness compensation” between the two materials, effectively addressing the surge in energy use that typically accompanies higher storage density. The findings have been published in the prestigious journal Nature.

Samsung noted that this new architecture validates the feasibility of ultra-low-power NAND flash, offering a promising technology pathway for AI data centers, mobile devices, and high performance storage solutions. It is expected to significantly reduce energy demands in future large-scale data-processing scenarios. Source

Rumors you can just take a glance at

• Android Authority reports that an analysis of One UI 8.5 system code has surfaced a string referencing “Super Fast Charging 3.0,” further suggesting that the Galaxy S26 Ultra may support 60W fast charging. Samsung currently uses a two-tier charging system—for example, in the Galaxy S25 series, the standard model supports 25W charging under the name “Super Fast Charging,” while the Plus and Ultra models support 45W charging under the “Super Fast Charging 2.0” label. The newly discovered “Super Fast Charging 3.0” implies an even higher charging speed. Combined with earlier leaks, it is highly likely that this is Samsung’s upcoming official marketing term for 60W fast charging. Source