Bitcoin mining firm Greenidge expects to go public by merging with Nasdaq-listed Support.com

Greenidge Generation Holdings, the parent organization of upstate New York-based bitcoin mining firm Greenidge, hopes to open up to the world in the U.S. through a consolidation bargain.

The bitcoin mining firm reported the consolidation plan on Monday, saying it has consented to a conclusive arrangement to converge in a stock-for-stock exchange with Nasdaq-recorded client assistance arrangement supplier Support.com, subject to the last's investor endorsement and other shutting conditions.



Greenidge works self-mining ranches in the U.S fueled by its exclusive nature gas-based force plants that as of now have dispensed 19 megawatt out of its 106 megawatt limit with regards to bitcoin mining.

The firm said has dug 1,186 BTC for a year as of February 28 at an expense of about $2,869 per bitcoin. It projects more $50 million in acquiring before interest, duties, deterioration and amortization for 2021.

As a feature of the arrangement, Support.com, with a $41 million in market exploitation of Nasdaq, will turn into a completely claimed auxiliary of Greenidge after shutting of the proposed exchange, which is required to close in Q3 this year.

"This consolidation is a significant following stage for Greenidge as we expand upon our current, incorporated and demonstrated stage for bitcoin mining and age of lower carbon reasonable force," said Greenidge's CEO Jeff Kirt.

"This exchange will expand upon Greenidge's fruitful business by giving them extra money subsidizing and a public cash to finance their development plans, just as significant new abilities including client interface, security programming, and protection skill," Support.com's leader and CEO Lance Rosenzweig included the articulation.

As a component of the consolidation plan, Support.com is set to give Greenidge an expected $33 million in real money.

Greenidge said it means to scale up its bitcoin mining ability to 41 megawatt before the finish of June, which would have an expected processing force of 1.1 exhashes each second (EH/s).

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