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NVIDIA'S New 30HX & 40HX Crypto Mining Cards Are Based on Turing Architecture

We have recently discovered that NVIDIA's newly announced 30HX and 40HX Crypto Mining Processors are based on the last-generation Turing architecture. This news will come as a pleasant surprise to gamers as the release shouldn't affect the availability of Ampere RTX 30 Series GPUs. The decision to stick with Turing for these new devices is reportedly due to the more favorable power-management of the architecture which is vital for profitable cryptocurrency mining operations. The NVIDIA CMP 40HX will feature a custom TU106 processor while the 30HX will include a custom TU116. This information was discovered in the latest GeForce 461.72 WHQL drivers which added support for the two devices.

NVIDIA's Mining Performance Cap On Unreleased ZOTAC RTX 3060 Shows Results

The NVIDIA RTX 3060 isn't even released yet, but as you might've heard, cards are already doing the rounds throughout the secondhand market at ridiculous prices. And now, to sour the pot even more, one crypto enthusiast going by the name of CryptoLeo on YouTube has shown that he already has his hands on the card - and performed a quick mining test on it. The user showcases the cards' serial number, so I hope NVIDIA is reading this post so as to know exactly which distributor this graphics card came from; breaking time-to-market likely isn't to be taken lightly by the company.

The test, done without the RTX 3060's release drivers (which are still a week away), showcases the graphics card capping its own mining performance a little after the mining algorithms begin to be processed. The card, identified in the below screenshots as tagged "1", shows a decline in performance from the initial 41.5 MH/s down to 24-24 MH/s. The card tagged as "2" is a GeForce GTX 1080 Ti, which doesn't show the same performance decline (naturally). That the card exhibited this behavior sans release drivers goes to show that NVIDIA's solution is, at the very, very least, BIOS-based, and isn't a shoestring-budget driver-based solution that was haphazardly thrown in for good measure. And once again, it's a ZOTAC card in the mining spotlight. Is this a pattern?

NVIDIA GeForce RTX 3060 Anti-Mining Feature Goes Beyond Driver Version, Could Expand to More SKUs

Yesterday NVIDIA announced the company's first Crypto Mining Processor (CPM) that serves the purpose of having a dedicated processor only for mining with no video outputs. Alongside the new processors, the company has also announced that in the next driver update the GeForce RTX 3060 GPU will get Etherium mining performance halved, limiting the use of this GPU SKU by miners. However, up until now, we have thought that NVIDIA is limiting the mining performance of this card by simply having a driver detect if crypto mining algorithms are in place and limit the performance. However, that doesn't seem to be the case. According to Bryan Del Rizzo, director of global PR for GeForce, more things are working behind the driver.

According to Mr. Del Rizzo: "It's not just a driver thing. There is a secure handshake between the driver, the RTX 3060 silicon, and the BIOS (firmware) that prevents removal of the hash rate limiter." This means that essentially, NVIDIA can find any way to cripple the mining hash rate even if you didn't update your driver version. At the same time, according to Kopite7Kimi, we are possibly expecting to see NVIDIA relaunch its existing SKUs under a different ID, which would feature a built-in anti-crypto mining algorithm. What the company does remains to be seen.

ZOTAC Promotes Cryptocurrency Mining Farm via Twitter

ZOTAC's official Twitter channel has posted an image that promotes the usage of its graphics cards in mining environments. Under the caption "An army of #ZOTACGAMING GPU's hungry for coin!", the company posted an image of a cryptocurrency mining farm populated with its graphics cards. The usage of a gaming hashtag in the post just adds insult to injury, with the picture showcasing at least eight of its GeForce RTX 3070 Twin Edge graphics cards on mining duties.

Of course, for ZOTAC, its cards being re-purposed for mining isn't a make-it-or-break-it affair: the company makes money selling its products to gamers or miners alike. However, considering how global supply of the latest gaming-branded graphics cards has been constrained ever since the initial RTX 3000-series launch, it seems that this Tweet might have been a misstep on the company. It's bound to attract crosshairs towards a seemingly unjust distribution of graphics cards in the market, with several would-be users of their gaming-branded graphics cards being left out in the cold regarding the primary purpose these graphics cards are developed and marketed for: gaming. The company has in the meantime deleted the Tweet.

Internet Cafes Are Turning To Cryptocurrency Mining As "Profits are Higher"

An internet cafe in Vietnam has turned to mining cryptocurrency as the pandemic has affected their business. Internet cafes have been ordered to close to limit the spread of COVID-19 forcing the owners to find an alternative use for their computer hardware. The owner of Star Computer computer cafe in Ho Chi Minh city has announced that they will be switching to cryptocurrency mining as the "profits are higher". The cafe is owned by a Vietnamese computer store and has managed to secure a significant number of RTX 3080 GPUs for the mining operations. Star Computer internet cafe has also encouraged other internet cafe owners to contact them about setting up similar operations.
Star Computers (translation)
Switching business season, Profits are higher than net business, whoever wants to do, contact me for free.

EVGA Launches SuperNova 1300 M1 Mining Power Supply

EVGA has recently released the SuperNova 1300 M1 mining power supply for cryptocurrency mining rigs. The new fully modular power supply is rated at 80+ Gold efficiency and can support six GPUs. The power supply includes a single 4+4 pin CPU interface along with six VGA power cables which each include a 6+2 pin and 6 pin connector for high power graphics cards. The 1300 W power supply includes limited SATA and Molex connectors while forgoing the typical EVGA branding with a minimalistic cardboard box packaging. The EVGA SuperNova 1300 M1 is currently listed on Newegg.com for 299.99 USD, the product is not currently listed on EVGA's site.

Ethereum Mining Farm with 78 RTX 3080 Graphics Cards Spotted

Availability for NVIDIA and AMD's latest graphics cards is dire, to say the least; the average consumer finds their stocks to be spotty, at best, with available cards quickly dropping into oblivion. Scalpers and their associates are part of the problem, as is already well-known; however, another element to this same problem - at least, when it comes to numerous graphics cards finding their way to the same consumers, instead of being available for others - is mining. Because while we are definitely not facing the same shortages as we were back in the day where everyone and their mother wanted to get into mining using our tried and true graphics cards, mining farms are still a reality, and they are making use of NVIDIA (and AMD's) latest graphics cards as well.

Case in point, a mining farm running as many as 78 PNY RTX 3080 graphics cards has surfaced in Las Vegas. This 78-card mining farm was apparently put together with a $100,000 budget (around $1,199 per card, not considering other installation costs). For that money, the mining farm should be capable of around 6,474 MH/s (83 MH/s per RTX 3080), which amounts to a monthly Ethereum production of around 17.3 ETH per month (pricing fluctuates, so we won't give an estimation on dollar value for each ETH). Associated electricity running costs with such a system, including cooling, should pan out around 23.4 kW (with an estimated 300 W of power for each card) at $8.34 per Kw.

NVIDIA RTX 3090 Dagger-Hashimoto Mining Performance Leaked; Ampere Likely Not on Miners' Minds

Alleged mining benchmarks of NVIDIA's upcoming RTX 3090 graphics card have leaked, and the scenario looks great for non-mining usages. The RTX 3090 is being quoted as achieving 120 MH/s on the ubiquitous Dagger-Hashimoto ETHash protocol. That number in itself is impressive - but not when one considers the cards' 350 W board power. granted, a 100% PL isn't the best scenario for mining - and one would expect no knowledgeable miners to use their graphics cards on the NVIDIA-shipped power-curve spot their graphics cards come in at (nor AMD cards, mind you).

The RTX 3080 may be a better example, as there have been more numerous benchmarks done on that particular GPU. It strikes the best balance in performance and power at around 65% PL (210 W), where it achieves 79.8 MH/s. However, previus-gen AMD RX 5700 XT graphics cards have been shown around 50 MH/s whilst consuming only 110 W (with underclocking and undervoltage), which, paired with that particular graphics card's pricing, makes it a much, much better bet for mining efficiency and return on investment. The point is this: reports of miners gobbling up RTX 3000 series stock are, at least for now, apparently unfounded. And this may mean us regular users of graphics cards can rest assured that we won't have to deal with miner-induced shortages. At least until AMD's Navi flounders (eh) to shore.

NVIDIA Investors Claw Back at Company, Claiming $1 Billion Mining GPU Revenue Hidden Away in the Gaming Division

NVIDIA investors have recently filed a suit against the company, claiming that NVIDIA wrongfully detailed its revenue indicators between departments. The main point of contention here is that investors claim NVIDIA knowingly obfuscated the total value of the crypto market boom (and subsequent bust) from investors, thus painting a picture of the company's outlook than was different from reality (making demand for the Gaming division look higher than it was in reality) and exposing them to a different state of affairs and revenue gains than they expected. The investors say that NVIDIA knew that a not insignificant number of its graphics cards sold between 2017 and 2018 was being bought-up solely for the purpose of crypto mining, and that the company knew this (and even marketed GPUs specifically for that purpose).

The crypto mining boom had miners gobbling up all NVIDIA and AMD graphics cards that they could, with both companies seemingly increasing production to meet the crypto mining bubble demand. However, due to the economics of crypto mining, it was clear that any profits derived from this bubble would ultimately open the door to an explosive logistics problem, as miners offloaded their graphics cards to the second-hand market, which could ultimately harm NVIDIA's financial book. Of course, one can look at NVIDIA's revenue categories at the time to see that crypto would hardly fit neatly into either the Gaming, Professional Visualization, Datacenter, Auto, or OEM & IP divisions.

10 Years Jail for Buying, Selling, Mining Crypto-currency in India: New Bill

The Banning of Cryptocurrency and Regulation of Official Digital Currency Bill 2019, on its way to the Indian Parliament for debate and possible legislation, seeks to impose a stunning 10-year imprisonment as penalty for any person or business found buying, selling, holding, or mining crypto-currency in India. It has wording to tell wilful mining apart from "crypto-jacking" (malware that mines crypto on a computer or portable computing device without its user's knowledge). Violations of this Act will also be treated as "cognizable" and "non-bailable," meaning that the accused cannot seek bail, anticipatory or in custody, while their case is being taken up by India's criminal-justice system.

A Cognizable Offense under Indian law, is comparable to a Felony under U.S. law, and some of the most heinous crimes, such as homicide and rape, are classified as these. The Indian Government has reportedly taken this step to clamp down on rampant tax-evasion, "hawala" money transfers (illegal money transfers disconnected from the banking system), and financing of terrorism, drug-trade, and social unrest by foreign NGOs and eco-terrorists. The Bill is expected to have smooth sailing through Parliament as the incumbent political administration enjoys a simple majority in the Lok Sabha (essentially House of Commons); and has a good sway over the Rajya Sabha (Council of States, but essentially House of Lords).

Razer Wants to Mine Crypto on Your PC in Return for Loyalty Rewards

In a move that made us go "WTF" internally, Razer has decided to test their fanbase's loyalty more so than ever before. Today, the company introduced Razer Softminer, a mining software program that is intended to be installed on computers and run to mine cryptocurrency. But instead of the users getting whatever new cryptocurrency is in fashion, Razer instead wants to retain all mined crypto and in turn "award" users with the so-called Razer Silver- loyalty reward credits, in their own words. The miner appears to be running off a version of the Gamma desktop application, as per speculation from TweakTown.

Razer Softminer utilizes heavy GPU performance loads, and there is no mention as to what the actual mining is for. It is clear, however, that the users are not mining Razer Silver (which Razer is quick to admit is not cryptocurrency) and these loyalty credits are handed out in an equivalent manner based on the mining power of the system. In their estimate, a sytem with at least a NVIDIA GTX 1050 or AMD RX 460 running the mining program for a whole day will net ~500 Razer Silver, and these can be used to "redeem Razer peripherals, digital rewards such as games, vouchers and more" from a dedicated rewards page.

BIOSTAR Presents Professional Crypto Mining Motherboards with TB360-BTC Expert and TB360-BTC PRO

BIOSTAR, a leader in crypto mining motherboards, introduces two new BTC series professional crypto mining motherboards - TB360-BTC Expert and TB360-BTC PRO. Fully optimized for professional crypto mining, the TB360-BTC Expert and TB360-BTC PRO support 17 x PCI-E 3.0 and 12 x PCI-E 3.0 expansion slots respectively. Packed with features for scaling up professional mining operations of any size, the TB360-BTC Expert and TB360-BTC PRO ensure a rock-solid mining system with improved mining performance. The BIOSTAR TB360-BTC series is also the first crypto mining motherboards based on the B360 and H370 chipset, which can support 8th generation Intel Core processors.

The Only Thing You Get with Mining Ethereum Now is Room Heating

Cryptocurrency prices continue their downward slide making them no longer viable to mine on GPUs. The value of Ethereum has dropped to USD 256, down from its historic high of $1,250 this January. Bitcoin fell to below $6,000 Wednesday, way down from its late-2017 high of $19,000. A 79 percent devaluation isn't the worst of Ethereum's problems. The currency is facing stiff inflation from conversions to other cryptocurrencies or the Dollar. At its peak, ETH held 32 percent of all cryptocurrency market cap, beaten only by BTC at 39 percent. Now ETH only makes 14 percent.

Gigabyte Expects Its Graphics Card Shipments to Fall by 20% in 2Q18

As the mining craze seems to have hit a steaming wall alongside the current contraction in the crypto market (which has almost all cryptocurrencies redlining), Gigabyte is revising its graphics card shipment expectations for 2Q18. This isn't a sudden move, mind you: the "cryptocurrency mining accelerator market" has been slowing its ludicrous demand for some time now. However, Gigabyte expects the slowdown to continue and maybe even become steeper: a 20% reduction in its overall shipment expectations for 2Q18, from 1.2M units down to 1M, and a 10% reduction in ASP (Average Selling Price) do speak to this decline in demand. As a result of this expected decrease, Gigabyte will once again turn its marketing efforts towards gaming products and usage scenarios for their graphics cards, diverting funds that had been allocated to mining.

Don't worry though: Gigabyte is doing great. 1Q18 saw the company post record profits higher than the first half of 2017 - 1Q18 profits rose 91% sequentially and skyrocketed five-fold YoY to NT$1.61 billion (US$52.75 million). The company's revenue for graphics cards hit an all-time high of 49% per graphics card sold (a result of increased ASP). the company's motherboard business should see the same results as the previous year - a fault of Intel's increased delays in launching a new, compelling product line-up. Who would have thunk - Intel, the company that's always launching new platforms and chipsets and ending motherboard support for new CPUs.

Graphics Card Shipments Fall On Weak Mining Demand in 2H18; Prices to Remain Hiked

According to DigiTimes, the entire AIB partner and graphics card supply channel is gearing up to an expected demand decrease for graphics cards in the second half of 2018. This marks an expectation on the continuation of the downward trend since December 2017, a time where Bitcoin (and as such, alternate cryptocurrencies) were at all-time highs. As profits decrease, difficulty increases, and mining players offload their graphics cards to still-interested buyers of their hardware, the market's ability to trade existing graphics cards and absorb new inventory is dwindling. Naturally, this reduced demand means that prices for new graphics cards have also been decreasing and somewhat stabilizing towards pre-mining boom prices.

However, producers of graphics cards obviously don't want to give away their record-high profits in their entirety; and they're showing some reluctance, some "pricing memory" on their graphics cards, maintaining gross margins in the 20% area, double that of pre-mining pricing. As such, graphics card makers are again abandoning the mining boom as a source of stable revenue, looking to other solutions (such as servers, datacenter acceleration and such, DigiTimes reports in the case of TUL). Another thing that would certainly help graphics card manufacturers in keeping up high demand and profits, of course, would be the impending release of a new NVIDIA architecture... At least for those that have AIB status with the company.

BIOSTAR at COMPUTEX 2018 - Motherboards With a Focus on Mining

At COMPUTEX 2018, we took a detour through BIOSTAR's booth to check exactly what products the company felt like showcasing to the world. The result was a look at the company's (now not so recent) focus on mining products, materialized in their TB-360-BTC Expert motherboard (an H370 motherboard with 16x PCIe 1x slots for graphics card integration via risers). The TB360-BTC+ cuts that number of PCIe 1x ports down to 7, and makes use of Intel's B360 chipset.

ASUS Intros H370 Mining Master Motherboard - Those Aren't USB Ports

ASUS rolled out one of its first crypto-currency miner-friendly motherboards based on the Intel 300-series chipset platform, now that cheaper Pentium Gold and Celeron processors for this platform are available. The H370 Mining Master puts out all 20 PCI-Express gen 3.0 lanes of the H370 Express chipset as x1 slots. It does this in a space-saving way - wiring out each PCIe "port" as USB 3.0 physically (using its 9 pins), which you wire out using USB 3.1 type-A male-to-male cables into open-ended PCIe x1 risers. You can plug in 20 graphics cards over risers, besides a 21st card on the board's PCI-Express 3.0 x16 slot.

The rest of the board is pretty spartan, which is what miners need. The LGA1151 socket is powered by a simple 4+2 phase VRM. Power is drawn from three 24-pin ATX, and one 8-pin EPS. The CPU socket is wired to two DDR4 DIMM slots, supporting up to 32 GB of dual-channel memory, the x16 slot, and the H370 Express chipset. Storage connectivity includes just two SATA 6 Gbps ports. You get six USB 3.0 ports (four on the rear panel, two via headers). Display outputs include DVI and HDMI. Legacy connectivity includes PS/2 combo, and one serial COM header. 6-channel HD audio, and one 1 GbE interface, driven by an Intel i219-V, makes for the rest of it. ASUS threw in onboard power/reset buttons, and POST debug display to sweeten things.

Confessions of a Crypto Miner: Green(er) Mining

Welcome back to "Confessions of a Crypto Miner," my column about a crypto miner from 2013 trying to get caught up with the latest standards. I'm presently mining and reporting to you from a dual-GTX 1080 based rig mining zCash. Today, I'm going to talk about saving energy and reducing a miner's impact on the environment. How can you do that, you ask? Simple: Consolidation.

Mining inherently consumes a lot of energy, but a lot of things we do as tech geeks are actually not all that efficient. Case in point, my NAS I've had for years. Old Lenovo server-something or another, modded pretty hardcore, but still energy-drinking to the core. It's based around a Core 2 Quad and uses around 400W of power on its own when not doing much of anything more than being an NAS. It features big RAID arrays and big blower fans, none of which I really need in this day and age and all of which consume power. I've been thinking since I got my Ryzen quad core mining rig: What's to stop me from mining and doing my NAS stuff on the same rig, thus saving power? As it so happens, not much. My miner has the same memory size as the old Lenovo DDR2 solution and a far more energy efficient, likely faster CPU. So I can fold that 400 W server into my 550 W of mining, far reducing my footprint in a green sense. Let's get to it.

Alphacool Launches the Mining Rig 12 Open Air Frame Case

The world-famous manufacturer Alphacool introduces the first case of its Mining Rig series. The Alphacool Mining Rig 12 can accommodate two motherboards, four power supplies and of up to 12 graphics cards. There are also extensive mounting options for water cooling. For example, up to six 360 mm radiators can be mounted and at least two reservoirs with space for corresponding pumps. The ideal mining rig for Ethereum, Bitcoin, Zcash, Monero or whatever coin you wish to mine.

Mining Rig in perfection
The Alphacool Mining Rig 12 offers extensive options for equipping a water cooling system with different NexXxoS radiators, Eisbecher reservoirs and a wide range of pumps. The Mining rig case can also fit up to 7 fans, which blow directly on the graphics cards to ensure your cards stay as cool a possible whilst mining. In the lower part of the Mining Rig 12 you have 4 spaces for power supply units.

Intel's "Bitcoin Mining Hardware Accelerator" Patent Filling Published

A filed patent by Intel has shed some light on the company's idea to somewhere, along the fuzzy lines of the future, introduce a Bitcoin mining hardware "accelerator" to the market. The application itself, for a "Bitcoin Mining Hardware Accelerator With Optimized Message Digest and Message Scheduler Datapath" was originally submitted in September 2016, so it's not exactly a novel idea. However, the fact that it has just now been published doesn't really mean there hasn't been work behind closed doors at Intel towards development of working silicon of this technology.

In the filing, it appears it's Intel's intent to create a chip that could augment the existing Bitcoin mining process by increasing energy efficiency. As they themselves put it, "Because the software and hardware utilized in Bitcoin mining uses brute force to repeatedly and endlessly perform SHA-256 functions, the process of Bitcoin mining can be very power-intensive and utilize large amounts of hardware space. The embodiments described herein optimize Bitcoin mining operations by reducing the space utilized and power consumed by Bitcoin mining hardware."

MSI Launching Coffee Lake-Supporting H310-F PRO Mining Motherboard With 13 Expansion Slots

MSI is in the throes of launching a socket LGA 1151, Coffee Lake-based motherboard that's geared for cryptocurrency mining. Apparently looking to cater to the mining enthusiast that wants the latest silicon even in the CPU department of their mining setup, it's still hard to imagine something other than the upcoming Pentium or Celerons will ever make their way to this motherboard - not in any sane miners' mind, surely.

Despite Supporting Coffee Lake processors and including 1x PCIe x16 and 12x PCIe 1x slots, MSI has taken steps to reduce unneeded features as much as possible, as the usual workloads for this kind of hardware don't really require more than some basic inputs and outputs. A pair of Molex connectors allows for more power to be delivered to the graphics cards employed on this motherboard, and only 2x DDR4 DIMM slots - smart cost-savings for the market demographic. Everything else is as bare and minimal as possible - the 1x HDMI and 1x DVI video output, sound connectors, 2x USB 2.0 and 2x USB 3.0 slots... One can see the preparations for some more 5x PCIe x1 slots to be added to a motherboard - just not to this one, since it can't handle that many graphics expansion slots. Maybe on some upcoming motherboard that simply reuses this design and trades the H310 chipset for something a little beefier on that front?

SUPoX Introduces Professional Crypto Mining B250A-BTC D+ Motherboard

SUPoX introduces a professional crypto mining motherboard, SUPoX B250A-BTC D+, that takes advantage of the Intel B250 chipset for native 8-graphics card support to eliminate the need for riser cards. In addition, it can be used with server power supplies (single 12V rail PSU) which gives more options for scalable mining. Without the need for riser cards, the initial setup cost is lower (a savings of US$7-$10 per riser card) and lowers the overall power consumption. The mining rig is more stable as less heat and less clutter improves airflow, which ultimately prolongs the life of the mining system.

The Intel B250 chipset enables the B250A-BTC D+ to run up to eight native PCI-e X16 slots, which has many advantages over PCI-e bridge solutions. Miners can save on the cost of having to purchase multiple riser cards and have a more efficient overall system. It also has better reliability and stability, as additional riser cards run the risk of burnouts and capability issues that can affect the downtime of the mining rig.

Spire Intros SP-ATX-2000W-BTC ETH PSU for Mining Rigs

Spire rolled out the SP-ATX-2000W-BTC/ETH, an ATX/PS2 power-supply for GPU-based crypto-currency mining rigs. With 2000W power on tap, the PSU bears a no-frills design to keep costs low. The design focus is not just on the number of PCIe power connectors, but also the length of the PCIe power cables, so you can have a multitude of graphics cards popping out through risers. The PSU comes with a total of eighteen PCIe power connectors, of which ten are 6-pin, and eight 6+2 pin. You also get a surprisingly high thirteen SATA power connectors, a 4+4 pin EPS, and a 24-pin ATX.

Under the hood, the Spire SP-ATX-2000W-BTC/ETH features a single +12V rail design with so-called "85 Plus Gold" efficiency; APFC, common electrical protection mechanisms against over/under-voltage, overload, short-circuit, and overheat. Two 80 mm fans (one on each end) are used to keep the unit cool. Taking into account its target audience, Spire is rating its life-expectancy at 100,000 hours, and is backing it with a 2-year warranty. It is priced at USD $219.99 a piece Stateside, or 199.95€ a piece in the EU. Currently, the company is only selling it on B2B platforms such as Alibaba, in 200-unit minimum orders.

GIGABYTE Unleashes the B250-FinTech Motherboard with 12 PCIe Slots

GIGABYTE TECHNOLOGY Co. Ltd, a leading manufacturer of motherboards and graphics cards, presents the new B250-FinTech motherboard based on the Intel B250 Chipset. Featuring GIGABYTE Ultra Durable components and a native 12 PCIe slot configuration, this new crypto mining focused motherboard maximizes efficiency and yield potential for miners. The B250-FinTech motherboard's 3-for-1 power cable and fine-tuned BIOS Mining Mode are some of the many attributes that make this motherboard a fantastic choice for experienced as well as prospective miners.

"The interest for crypto mining has grown throughout the years but has skyrocketed in recent times. With close regard for consumer needs, GIGABYTE has developed the B250-FinTech motherboard as the quintessential mining platform for all who are interested in mining." GIGABYTE Deputy Director Jackson Hsu stated. "Through extensive research and an exceptionally thorough development process, we have produced a mining motherboard with a robust native PCIe slot configuration for impressive mining efficiency."

Enermax Readies Mining-specific Variants of its MaxTytan PSU Series

Enermax is giving finishing touches to crypto-currency mining-specific variants of its MaxTytan premium PSU series. These units come with features homebrew crypto-currency miners could find handy. The MaxTytan Mining variants could come in capacities of up to 1250W, offering a large number of 6+2 pin PCIe power connectors, a live power-draw meter on the back of the unit (near the AC receptacle), and a "turbo" button that spools up the fan to its maximum speed. The PSU could retain its internals from the standard variant, including 80 Plus Titanium efficiency.
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