Optoma, a world-leading manufacturer of large display solutions and the No.1 4K UHD brand and the No.1 DLP brand worldwide and in the Americas, announces its new N-Series Professional Displays with intuitive, user-friendly software for business professionals to connect, present, and collaborate globally, both in-person and remotely. Featuring portrait and landscape orientation, Optoma's N-Series is built for use in corporate lobbies, reception areas, conference rooms, lecture halls, digital signage, and other professional environments.

In response to the growing demand for commercial display solutions, Optoma designed the N-Series Professional Displays to enhance the current conferencing setups of corporate and education settings and accommodate hybrid work and distance-learning scenarios. Engineered for simplified connectivity and heightened engagement.

AMD's latest GPUs have been reported to be experiencing overheating issues, with many users claiming that the vapor chamber cooler works better in a vertical rather than a horizontal position. Regardless of orientation, vapor chamber coolers should equal roughly the same heat dissipation performance and move the heat away from the source; however, testing showed that some reference AMD Radeon RX 7900 XTX GPUs feature defect coolers. According to the testing conducted by Roman "der8auer" Hartung, AMD's Radeon RX 7900 XTX RDNA3 GPUs are experiencing problems with overheating caused by a faulty vapor chamber design.

What der8auer found is that these coolers could have a defect in the manufacturing process, where the liquid inside the vapor chamber faces problems in circulation after condensation. It could relate to manufacturing issues of the cooler itself, with an inadequate amount of fluid or insufficient pressure inside the chamber. For more in-depth testing and performance benchmarks, see the video below. It is important to note that we didn't see other reports that replicate this behavior, so always take these reports with a dash of salt.

ORIGIN PC has launched CRYO CORE, an internal liquid cooling distribution system that routes the liquid cooling of the system through a motherboard mount for improved aesthetics.

Built out of acrylic, the CRYO CORE can be held in a standard orientation and can be added to MILLENNIUM or GENESIS gaming desktops. If a system is customized with dual tempered glass panels, the laser etched ORIGIN "O" logo, RGB lighting, and flow meter can be made visible on the opposite side of the motherboard.

Authorities from various countries, are suiting up to take on Google over its controversial "One Google, One Policy", which is in effect from today, which its critics call as being invasive to privacy. "Under the new policy," DailyTech writes, "Google will do away with separate privacy agreements and individual collection of data in its various products. In its place will be a single mass monitoring/data mining apparatus, which will collect sensitive information including location, interests, age, sexual orientation, sexual habits, relationship status, religion, political views, health concerns, employment status, and more."

Google's implementation of the new policy has been faced with opposition from French authorities, who sent an open letter to Google CEO Larry Page asking for technical details of how Google plans to collect and use user data. The letter notes that the new policy "does not meet the requirements of the European Directive on Data Protection, especially regarding the information provided to data subjects." Across the Atlantic, in the US, Attorneys General of various states expressed concerns and voiced criticism over the new policy.

Following our article yesterday about AMD using new high performance liquid cooling technology for their upcoming 7900-series graphic cards, TechPowerUp can now bring you a detailed insight into how this technology works, which has been developed by Vapro Inc. The following slides will help to explain this technology.

By using liquid cooling based heatsinks, the following performance advantages are achieved: improvement of thermal resistance, handling of high heat flux and power and easy to manufacture.