Intel Reveals ‘Bonanza Mine BMZ1’ Blockchain Accelerator Mining Chip – Bitcoin News

Final week the California-based expertise firm Intel defined its intentions to develop crypto mining semiconductors that will showcase “1000x higher efficiency per watt.” Now Intel has revealed extra particulars in regards to the “Bonanza Mine” (BMZ1) blockchain accelerator chip at this 12 months’s Worldwide Stable-State Circuits Convention (ISSCC).

Intel’s Bonanza Mine Crypto Chip Merchandise Launched at ISSCC

Data regarding Intel’s new crypto mining accelerator chip has been revealed to the general public, in response to numerous studies overlaying 2022’s ISSCC event. On February 12, Information reported on Intel’s intentions to craft blockchain accelerator chips as Intel govt Raja M. Koduri described Intel’s objectives.

Intel’s displays at ISSCC revealed the “Bonanza Mine” (BMZ1) accelerator, however Tom’s {Hardware} creator Paul Alcorn explained that Intel is already engaged on a second-generation “Bonanza Mine ASIC, often called the BMZ2.” Alcorn’s analysis notes that Intel described the way it mixed 300 chips right into a “highly effective 3,600W miner that delivers as much as 40 [terahash per second (TH/s)] of efficiency.”

The BMZ1 leverages a 7 nanometer (nm) course of and the scale is an approximate “7 x 7.5mm exposed-die FCLGA bundle.” Alcorn says that whereas the BMZ1 is a 7nm course of, it doesn’t give many particulars on the method node.

“Every chip die measures 4.14 x 3.42mm, for a complete of 14.16mm^2 of silicon, so these are comparatively small slivers of silicon,” the report printed by Tom’s {Hardware} explains. “The smaller die measurement improves yield and maximizes wafer space utilization (as much as 4,000 die per wafer), thus serving to maximize manufacturing capability (although it does require extra wafer dicing/packaging capability).” Alcorn’s BMZ1 abstract provides:

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Every Bonanza Mine ASIC has 258 mining engines, and every engine computes parallel SHA256 double hashes. These engines comprise 90% of the die space and function at what Intel characterizes as an ‘ultra-low’ voltage of 355mV. Every ASIC operates at 1.35 to 1.6 GHz at 75C, consuming a median of seven.5W apiece whereas hitting as much as 137 Ghash/s. That works out to 55 J/THash/s at 355mV.

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Intel’s specs will not be as profound as Bitmain’s latest mining rig launch bulletins. For example, in mid-November 2021, Bitmain revealed the Antminer S19 XP that boasts 140 TH/s. On the finish of January this 12 months, Bitmain introduced the launch of a good stronger bitcoin mining unit known as the Antminer S19 Professional+ Hyd. and the agency claims that every unit produces 198 TH/s.

Intel already has orders from corporations seeking to leverage the brand new BMZ1 and BMZ2 accelerators stemming from firm’s like Griid, Argo Blockchain, and Jack Dorsey’s Block (previously Sq.). An S-4 filing stemming from Griid doesn’t point out the BMZ1 however the submitting does focus on the built-in circuit product named BZM2

Tags on this story
7nm course of, accelerators, Argo, Argo Blockchain, ASIC, ASICs, Bitcoin, Bitcoin (BTC), block, Blockchain, Blockchain tech, BMZ1, BMZ2, Bonanza Mine ASIC, Chip Units, chips, Circuit Improvements, Circuits, crypto mining, Cryptocurrencies, Ethereum, Ethereum (ETH), GPU, Griid, Intel, Intel accelerator, Intel Govt, Mining Crypto, Raja M. Koduri, Semiconductors, SHA256

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Jamie Redman

Jamie Redman is the Information Lead at Information and a monetary tech journalist dwelling in Florida. Redman has been an lively member of the cryptocurrency group since 2011. He has a ardour for Bitcoin, open-source code, and decentralized purposes. Since September 2015, Redman has written greater than 5,000 articles for Information in regards to the disruptive protocols rising right this moment.

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