LEMON BLOG

Reflecting on my journey with high-performance computing, I fondly recall the robust setup I built in 2013. At its core was the Intel Core 2 Quad Q9550 processor, a powerhouse of its time. Originally clocked at 2.83 GHz, this CPU was renowned for its overclocking potential, and I couldn't resist pushing its boundaries. By adjusting the front-side bus (FSB) and increasing the Vcore, I achieved a stable overclock at 4.2 GHz. Under load, temperatures reached 80°C, while idling settled around 36°C—figures that were acceptable given the performance gains.

In the world of budget tech, few devices manage to leave a lasting impression, but my Chuwi VI8 Pro was an exception. Back in 2015, when dual-boot tablets were still a novelty, this little device caught my attention for its unbelievable price-to-performance ratio. At just RM 380, it was one of the cheapest Windows and Android tablets on the market. Despite its affordability, it turned out to be one of the most memorable gadgets I've ever owned.

Wondering how fast the USB cable you found in your drawer can transfer files or if it supports fast charging? Previously, the only way to know was to test it. However, upcoming USB-C cable and port logos will soon provide clear information on data transfer and charging capabilities.

NVIDIA has reassured consumers that the infamous 12VHPWR connector melting issue, which affected the GeForce RTX 4090, will not be a concern for the upcoming RTX 50 Series. According to the company, the problem was limited to the previous generation and won't resurface with the new Blackwell architecture cards. During an Editor's Day Q&A session in South Korea earlier this month, an attendee inquired about the melting connector and whether NVIDIA had addressed the issue. The company confirmed that it has spent the past year refining the power connector design. As highlighted in reviews of the RTX 5090 FE, the card now features an updated and more reliable connector, ensuring improved safety.

I upgraded to the Deepcool LT520 in January 2024, replacing my old XPSC Raystorm cooler, which had served me well for several years. Unfortunately, the pump on the Raystorm had gone faulty, and after considering the costs and effort involved in replacing it, I realized it wasn't worth the hassle. Instead of dealing with the complexities of a custom loop again, I decided to switch to an AIO cooler for a more straightforward, low-maintenance solution. The LT520 stood out as an excellent choice due to its balance of performance, aesthetics, and ease of installation, making the transition from my custom water-cooling setup much smoother than expected.