GPU

Nvidia Takes Shots at Crypto Miners – Limits GPU Hash Rates


Boy oh boy, there is a conflict developing between avid gamers and crypto-miners, and Nvidia is coming to the rescue. Nvidia, the chip company known for its gaming-friendly graphical processing units (GPUs) is in a pickle as crypto-miners are disrupting the market by hoarding the gaming chips for mining as opposed to gaming as they were intended. Of course, the massive increase in GPU sales is great for Nvidia, so why are they trying to settle the beef? It turns out that the company’s true consumers, the gamers, are feeling annoyed that the powerful chips are constantly out of stock.
Prior to the launch of its own cryptocurrency chip, Nvidia has been struggling with shortages of its gaming chips, which were being used to mine cryptocurrency. The better processing power of Nvidia’s GPUs has made the high-end processors target crypto-mining entrepreneurs, which has negatively impacted past Nvidia’s chip rollouts. That means that there’s usually a run on the chips when they first launch, as crypto-enthusiasts try to muscle out the actual target audience, the gamers. GPUs are good at performing cryptographic calculations, like computing hashes at high speed. This sort of algorithm is used at the heart of many cryptocurrency mining calculations.




Nvidia said it was taking an important step to help ensure GPUs end up in the hands of gamers with its GeForce RTX 3060 gaming processor launching February 25. Nvidia is programming the RTX 3060 software drivers to detect cryptocurrency mining algorithms and limiting efficiency, or hash rate, by about 50%, discouraging crypto-miners from buying Nvidia’s gaming GPUs.



Nvidia is limiting the hash rate on all GPU’s going forward


Nvidia released its highly sought-after GeForce RTX 3060 chipset, which includes a bonus for gamers foiling the crypto-mining agenda. Industry experts admire the effort of Nvidia to stay true to its consumer base but are uncertain the move will take the added pressure off of gamers and their setups. The GeForce RTX3060 software drivers have been designed to find specific attributes of the Ethereum cryptocurrency mining algorithm, and limit the crypto-mining efficiency, or hash rate, by around 50%. It’s not that the performance of the chipset has been lowered, instead, the drivers will simply perform some form of throttling of Ethereum-specific use. Ethereum is the second-largest cryptocurrency, behind the infamous Bitcoin.

In a nutshell, Nvidia will attempt to identify the code that is running and enact a denial-of-service action against software it thinks is trying to do Ethereum calculations on the GPU. This appears to be the most logical method given that calculations used for mining Ethereum have a unique signature that the drivers can easily identify. Nvidia’s anti-crypto drivers work by detecting memory usage that looks like an Ethereum algorithm and cutting the hashing speed in half.


Nvidia introduces a new crypto mining GPU


Although it seems as if Nvidia is favoring their loyal fan base of gamers, crypto miners need not fret. They’re also rolling out a chip that crypto-miners can call their very own. Nvidia announced a Cryptocurrency Mining Processor (CMP) product line to address the specific needs of Ethereum mining. CMP products are optimized for the best mining performance and efficiency. Even better, CMP products don’t meet the specifications required of a GeForce GPU, so they won’t affect the availability of GeForce GPUs to gamers. Overall fascination with Ethereum has soared in the past month due to the rapid rise in the value of Bitcoin. When Bitcoin appreciates it tends to lift other cryptocurrencies along with it. The recent rise in crypto-mania has resulted in the Nvidia chip shortage as miners are buying their powerful GPUs in bulk. The current lack of Nvidia’s graphics cards is intensified by persistent demand from miners. The consequence has been empty virtual and retail shelves, in addition to absurdly inflated pricing.

That’s where Nvidia’s CMP products will benefit. The key difference between the CMP products and typical gaming cards is that CMP products lack video outputs. Crypto miners seldom need displays attached to their systems. Usually, they plug multiple GPUs into a rig and manage everything through a web dashboard. Cryptocurrency mining is all about computing performance. If companies like Nvidia can quickly bring crypto mining cards to market, they’re all going to be readily consumed by small home operations and massive crypto mining farms.


Introducing the Apple M1 Chip

Over 35 years ago in 1984, Apple transformed personal technology with the introduction of the Macintosh personal computer. Today, Apple is a world leader in innovation with phones, tablets, computers, watches and even TV. Now it seems Apple has dived headfirst into another technological innovation that may change computing as we know it. Introducing the Apple M1 chip. Recently, Apple announced the most powerful chip it has ever created, and the first chip designed specifically for its Mac product line. Boasting industry-leading performance, powerful features, and incredible efficiency, the M1 chip is optimized for Mac systems in which small size and power efficiency are critically important.

The First System on a Chip

If you haven’t heard of this before, you’re not alone. System on a chip (SoC) is fairly new. Traditionally, Macs and PCs have used numerous chips for the CPU, I/O, security, and more. However, SoC combines all of these technologies into a single chip, resulting in greater performance and power efficiency. M1 is the first personal computer chip built using cutting-edge 5-nanometer process technology and is packed with an eyebrow raising 16 billion transistors. M1 also features a unified memory architecture that brings together high-bandwidth and low-latency memory into a custom package. This allows all of the technologies in the SoC to access the same data without copying it between multiple pools of memory, further improving performance and efficiency.

M1 Offers the World’s Best CPU Performance

Apple’s M1 chip includes an 8-core CPU consisting of four high-performance cores and four high-efficiency cores. They are the world’s fastest CPU cores in low-power silicon, giving photographers the ability to edit high-resolution photos with rapid speed and developers to build apps almost 3x faster than before. The four high-efficiency cores provide exceptional performance at a tenth of the power. Single handedly, these four cores can deliver a similar output as the current-generation, dual-core MacBook Air, but at much lower power. They are the most efficient way to run lightweight, everyday tasks like checking email and surfing the web, simultaneously maintaining battery life better than ever. When all eight of the cores work together, they can deliver the world’s best CPU performance per watt.

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The World’s Sharpest Unified Graphics

M1 incorporates Apple’s most advanced GPU, benefiting from years of evaluating Mac applications, from ordinary apps to demanding workloads. The M1 is truly in a league of its own with industry-leading performance and incredible efficiency. Highlighting up to eight powerful cores, the GPU can easily handle very demanding tasks, from effortless playback of multiple 4K video streams to building intricate 3D scenes. Having 2.6 teraflops of throughput, M1 has the world’s fastest integrated graphics in a personal computer.

Bringing the Apple Neural Engine to the Mac

Significantly increasing the speed of machine learning (ML) tasks, the M1 chip brings the Apple Neural Engine to the Mac. Featuring Apple’s most advanced 16-core architecture capable of 11 trillion operations per second, the Neural Engine in M1 enables up to 15x faster machine learning performance. With ML accelerators in the CPU and a powerful GPU, the M1 chip is intended to excel at machine learning. Common tasks like video analysis, voice recognition, and image processing will have a level of performance never seen before on the Mac.

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M1 is Loaded with Innovative Technologies

The M1 chip is packed with several powerful custom technologies:

  • Apple’s most recent image signal processor (ISP) for higher quality video with better noise reduction, greater dynamic range, and improved auto white balance.
  • The modern Secure Enclave for best-in-class security.
  • A high-performance storage controller with AES encryption hardware for quicker and more secure SSD performance.
  • Low-power, highly efficient media encode and decode engines for great performance and prolonged battery life.
  • An Apple-designed Thunderbolt controller with support for USB 4, transfer speeds up to 40Gbps, and compatibility with more peripherals than ever.
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