Unlocking 10th Gen Intel CPUs: Overclocking Secrets Revealed!

Unlocking 10th Gen Intel CPUs: Overclocking Secrets Revealed!

Table of Contents:

1. Introduction
2. Mystery Intel GPU Teased
3. ASRock's BFB Feature for 400 Series Boards
4. ASRock Embraces Intel's ATX12V O Power Supply Connector
5. Leaked Benchmarks for AMD/Samsung RDNA in a Samsung SOC
6. Conclusion

Mystery Intel GPU Teased

In recent months, Intel has been making waves in the GPU space. From the exascale XE HPC Ponte Vecchio GPU to the XE LP mobile design for DG One, the company has been focused on their graphics offerings. Now, Intel has teased yet another GPU in a tweet from their graphics account. The photo posted with the tweet may look like a server CPU at first glance, but it's actually a GPU. While the tweet doesn't provide much information, a retweet by Raja Koduri, Intel's senior vice president of architecture, software, and graphics, gives us more insight. Koduri refers to this GPU as the "father of all" (FOA) and Hints at its potential use in the gaming industry. Based on the form factor and size of the heat spreader, it is speculated that the GPU could be a massive die, a multi-chip module for graphics, or a GPU die with HBM modules. Further details regarding this mysterious Intel GPU are yet to be revealed.

ASRock's BFB Feature for 400 Series Boards

ASRock has been making headlines with its new base frequency boost (BFB) feature for their 400 series motherboards. This feature allows users to overclock the base frequency of locked Intel CPUs. By running the CPU as if it were a higher-wattage part, the BFB feature can increase the base clock. For example, an i5-10400 with a base clock of 2.9GHz can be boosted to 4GHz, while a i9-10900 with a base clock of 2.8GHz can be boosted to 3.7GHz. It's important to note that BFB does not alter the turbo-boost clocks. ASRock's slides showcasing the feature have incorrect base clock numbers, but it is confirmed that BFB will work on all ASRock boards that feature it, not just the Z490. It remains to be seen how Intel will respond to this feature, as they have previously disabled overclocking on locked CPUs.

ASRock Embraces Intel's ATX12V O Power Supply Connector

ASRock has taken a step further in their collaboration with Intel by embracing the new ATX12V O power supply connector. This connector replaces the traditional 24-Pin connector for the motherboard with a new 10-pin connector that exclusively supplies 12 volts of power. The removal of the 3.3 and 5-volt supplies might seem redundant, but ASRock has added two small 4-pin connectors to accommodate SATA drives and other accessories that still require these voltages. While the positioning of the power connector may raise questions, with it being located at the top of the board while the data connections are at the bottom, it offers the advantage of having power and data coming from one source instead of being split between two sources. Additionally, there is a mystery 6-pin 12-volt power connector above the 10-pin connector, for which the purpose is currently unknown. Although the manual for the motherboard is not yet available, ASRock's adoption of Intel's new power supply connector signals a collaborative effort between the two companies.

Leaked Benchmarks for AMD/Samsung RDNA in a Samsung SOC

Exciting news for AMD and Samsung as leaked benchmarks reveal impressive performance for the RDNA-equipped Samsung System-on-a-Chip (SOC) in smartphones. The benchmarks, which include Aztec Ruins and Manhattan 3.1 tests, demonstrate that the Radeon GPU in the Samsung SOC outperforms Qualcomm's Adreno 650, currently the highest performing graphics chip in the market. If the leak holds true, this means that Samsung's chips are poised to lead the mobile graphics market. It is worth noting that Radeon and Adreno are anagrams of each other, adding a touch of irony to this technological rivalry. While the source of the leak may be questionable, these benchmarks certainly have the potential to disrupt the mobile GPU landscape.

Conclusion

In summary, Intel's mystery GPU continues to pique Curiosity and speculation in the tech community. ASRock's innovative BFB feature and adoption of Intel's ATX12V O power supply connector showcase the company's dedication to pushing boundaries and catering to user needs. The leaked benchmarks for AMD/Samsung RDNA in a Samsung SOC hint at an exciting future for mobile graphics. As the industry evolves, it will be fascinating to see the developments and advancements from these key players. Stay tuned for more updates on these and other tech breakthroughs.