Tech News
Back to home
Technology

Frore Systems' LiquidJet and AirJet Pak cooling systems in the flesh — live demo with production hardware display impressive cooling capacity

Source

Tom's Hardware

Published

TL;DR

AI Generated

Frore Systems showcased their innovative AirJet and LiquidJet cooling systems at CES, demonstrating impressive cooling capabilities with live demos using production hardware. The AirJet and LiquidJet lines offer efficient cooling solutions for various applications, including ultraportables, laptops, mini-PCs, and high-performance servers. These systems feature advanced technologies like vibrating membranes for silent operation and 3D microscopic water channels for enhanced cooling efficiency. Frore's cooling solutions are already being adopted by companies like Qualcomm and are designed to address the increasing power demands of future AI GPUs and data centers.

Read Full Article

Similar Articles

Intel details 18A-P process node, touts higher performance, lower power, and better thermals — 9% more performance, thermal conductivity improved by 50%

Intel details 18A-P process node, touts higher performance, lower power, and better thermals — 9% more performance, thermal conductivity improved by 50%

Intel is progressing with its 18A-P process node technology, boasting higher performance, lower power consumption, and improved thermals compared to its baseline 18A technology. The 18A-P process introduces new transistors, tighter process variability control, and enhanced thermals, potentially attracting interest from companies like Apple. This enhanced technology offers a 9% performance boost or an 18% power reduction compared to the base 18A process. Additionally, improvements in skew corner tightening, threshold voltage options, and metal stack resistance and capacitance contribute to better performance efficiency and yield. The 18A-P process also focuses on enhancing thermals, reliability, and voltage behavior critical for both client and data center applications.

Tom's Hardware•
Disabled gamer prototypes true one-handed keyboard-and-mouse controller — maker inspired to build device after losing right arm in an accident

Disabled gamer prototypes true one-handed keyboard-and-mouse controller — maker inspired to build device after losing right arm in an accident

A Reddit user, inspired by losing their right arm in an accident, created a prototype for a one-handed gaming controller that combines keyboard and mouse functions. The ERCHAM MK1 features a 28-key programmable keypad with an optical sensor for mouse functionality, making it suitable for individuals with disabilities like amputees, nerve injuries, or stroke survivors. The device allows for left- and right-handed use without modifications and has garnered interest from the Reddit community, potentially leading to production. The creator aims to develop the controller further, catering to a market segment often overlooked by mainstream peripheral manufacturers.

Tom's Hardware•
Commodore backs down over FPGA firmware lockdown — it won’t now try and block third-party firmware installs but will stand firm against bricked modded units

Commodore backs down over FPGA firmware lockdown — it won’t now try and block third-party firmware installs but will stand firm against bricked modded units

Commodore has reversed its decision to block third-party firmware installs on the C64 Ultimate computer, allowing users to experiment freely. However, the company will not provide support or replacements for modded units that become bricked. The initial plan to restrict non-Commodore FPGA firmware caused a divide among fans, leading to heated discussions on social media and forums. Commodore now emphasizes user freedom but warns that using community-installed firmware is at the owner's risk, with no free support or warranty service provided for damaged units.

Tom's Hardware•
CEO Interview with Xianxin Guo of Lumai

CEO Interview with Xianxin Guo of Lumai

Xianxin Guo, CEO of Lumai, discusses the company's optical computing technology for AI and data center acceleration, aiming to address power efficiency and scalability limitations of traditional silicon-based approaches. Lumai's hybrid optical-electronic design enhances compute efficiency by leveraging light for key operations, reducing energy consumption and breaking through AI system bottlenecks. The technology is well-suited for high-throughput AI inference workloads in data centers, offering a more cost-effective and scalable solution. By focusing on optical compute, Lumai differentiates itself from competitors and aims to redefine AI compute efficiency for long-term scalability and performance gains. The company engages with customers through collaborative discussions and partnership-driven approaches to integrate optical computing seamlessly into existing AI infrastructure.

SemiWiki•

We use cookies

We use cookies to ensure you get the best experience on our website. For more information on how we use cookies, please see our cookie policy.