The first month of mining can reach 3001000
The most advanced bitcoin mining machine, one to two years to dig out a bitcoin, bitcoin mining is now too difficult. If you want to dig, you can dig ether currency. Now it is steadily appreciating every day. According to the current development trend, it will be able to recover its capital in about seven months, and then it will be profitable< br />
You can't dig in a day. It takes 2000 years
the global unified computing difficulty of bitcoin is 2621404453 (expected to change in two days). It takes more than 2000 years for a 2.5GHz CPU to work out a bitcoin
in order to make the graphics card fully loaded for a long time, the power consumption will be quite high, and the electricity bill will be higher and higher. Many professional mines at home and abroad are operated in areas with extremely low electricity charges, such as hydropower stations, while more users can only mine at home or in ordinary mines, so the electricity charges are not cheap. Even in a certain residential area in Yunnan, there was a case of crazy mining, which led to a large area trip of the residential area, and the transformer was burned
extended data:
bitcoin network generates new bitcoin through "mining". In essence, the so-called "mining" is to use computers to solve a complex mathematical problem to ensure the consistency of bitcoin network distributed accounting system
bitcoin network will automatically adjust the difficulty of mathematical problems, so that the whole network can get a qualified answer about every 10 minutes. Then bitcoin network will generate a certain amount of bitcoin as block reward to reward the person who gets the answer
when bitcoin was born in 2009, block rewards were 50 bitcoins. Ten minutes after its birth, the first 50 bitcoins were generated, and the total amount of money at this time is 50. Then bitcoin grew at a rate of about 50 every 10 minutes. When the total amount reaches 10.5 million (50% of 21 million), the block reward will be halved to 25
when the total amount reaches 15.75 million (5.25 million new output, i.e. 50% of 1050), the block reward will be further halved to 12.5. The monetary system used to have no more than 10.5 million in four years, after which the total number will be permanently limited to about 21 million
can stack hundreds of stream processors awesome. Each stream processor is like a small CPU. Although its ability to run complex programs is far from CPU, it can not support many processors, so the actual performance, especially the single precision floating point performance, is much stronger than CPU.
the investment of bitcoin should be in two aspects in its present form, a bitcoin is worth tens of thousands of yuan. But because there are fewer and fewer bitcoin data codes, you need more time and more cost to get bitcoin. You know, the lowest price of a bitcoin miner is 3000 yuan. And because bitcoin has to do a lot of calculations to get a bitcoin miner to operate for a long time. In addition to the cost of these mining machines, site costs and electricity charges. It's hard to make money
unless you don't invest in mining machines, you invest in some illegal software. Let these illegal software invade other people's computers and mobile phones. Other people's computers and mobile phones do a lot of bitcoin computing and mining. In this way, the cost of mining machine, electricity, flow, heat dissipation and so on are saved. But we need to know that this is a violation of national laws. This will also allow other people's mobile phones to carry out a lot of calculations after power on, encroach on other people's memory, and make other people's mobile phones scrapped earlier
this depends on the CPU computing time of your computer, and on your network speed. If you use an ordinary home computer or a personal mobile phone. You don't have to get a bitcoin a year
unless there are more powerful mining machines. Of course, it will cost more. Unless you don't invest in mining machines, you invest in illegal software. Let these illegal software invade other people's computers and mobile phones. Other people's computers and mobile phones do a lot of bitcoin computing and mining. In this way, the cost of mining machine, electricity, flow, heat dissipation and so on are saved. But we need to know that this is a violation of national laws. This will also allow other people's mobile phones to carry out a lot of calculations after power on, encroach on other people's memory, and make other people's mobile phones scrapped earlier< br />
It has been ten years since the birth of bitcoin, and the price of a single bitcoin has broken through the $40000 mark, which has attracted more and more people's attention. And the trend of bitcoin is more and more like a bubble. Strong>, however, in the short term, the bubble will not burst in the short term, and it will probably be cracked until the bitcoin is close to digging. Of course, the bubble will break up mainly depends on the capital of the speculation when what time to leave, if the capital does not leave the field, the bubble will continue to . p> According to the above two points, the rising price of bitcoin is more like the last craziness of bitcoin and the last means for capital to make money. Although it is not known how long this method will last, but because of the characteristics of bitcoin itself, it can not replace traditional currency as a means of daily life. , when people no longer recognize their value or do not need it, then the bubble of bitcoin will burst instantly. P>
generally, no one can accurately determine the time of bursting of bitcoin bubbles, because it is related to what time the bitcoin will be g and what time the capital will leave. p>
absolute positioning
Abstract windows toolkit Abstract window tool library
accumulator
active multi-media dynamic multimedia
address, [station] address
adware advertising software
AI searching intelligent search engine
alphabetic graphics letter mosaic graphics
alphabetic alphanumeric, American Standard Code for information interchange, analog, and gate, application programming interface, application programming interface, application programming interface, application programming interface, application programming interface, and application programming interface, Application oriented language, application oriented language, application programming interface, application programming interface, [Hong Kong] application programming interface
application service provider [Hong Kong] application service provider
AR (augmented reality), augmented reality, [Taiwan / Hong Kong] augmented reality, [Taiwan] extended reality
ASCII (American Standard Code for information interchange)
ASP (application service provider)
assembler, assembler, assembler,
asynchronous transfer mode, Asynchronous transfer mode, asynchronous transfer mode, audio card, augmented reality, augmented reality, [Taiwan] augmented reality
AWT (Abstract windows Toolkit) Abstract window tool library
b
B2B (business to business) business to business, business to business, business to customer
B2C (business to consumer, business to customer) business to consumer (or customer, indivial)
background, [Taiwan] background, suboptimal
bandwidth, communication frequency band, [Taiwan / Hong Kong] bandwidth
baseband, [Taiwan / Hong Kong] fundamental frequency
defense host, fortress host
BBS (bulletin board system) bulletin board system, electronic announcement system, electronic bulletin board, electronic announcement system, [Taiwan] electronic bulletin board
BFT (binary file transfer) binary file transfer
Bi (Business Intelligence) business intelligence
Big-5, Big-5, Big-5
binary file transfer
Binary Runtime Environment for wireless binary code, [Hong Kong] wireless binary runtime environment software
bit, bit, Bit slice, bit slice, bit slice partition
blog, blog, blog service provider, blog service provider, blog service provider, blog service provider, blog service provider, [Hong Kong] Bluetooth
boot
bootstrap, bootstrap, bootstrap, bootstrap,
brew (Binary Runtime Environment for wireless) wireless binary code, [Hong Kong] wireless binary running environment software,
broadband, [Taiwan / Hong Kong] broadband
broken link, BSP (blog service provider), blog service provider, blog service provider, [Hong Kong] blog service provider, [Taiwan] blog service provider,
browser,
buffer,
buffer board system, bulletin board system, electronic bulletin board system, electronic bulletin board system, electronic bulletin board system,
bus main line, bus network, [Hong Kong] trunk network
business intelligence
business to business business, business to business, business to customer
business to customer Enterprise to customer (or indivial)
byte, byte, byte code
C
C2C (consumer to consumer, customer to customer) consumer to consumer, customer to customer, Personal to personal
c-marc format (Chinese machine readable cataloging format) [Taiwan] Chinese machine readable cataloging format
cable modem,
CAD (Computer Aided Design), [Hong Kong] computer aided design
calendar server
call on motion dynamic monitoring
cam (Computer Aided Manufacturing) computer aided proction
cascading style sheets, cascading style sheets, cascading style sheets
case (Computer Aided Software Engineering) computer aided software engineering, Case sensitive case sensitive case sensitive CCCII (Chinese character code for information interchange), Chinese character code, Chinese character code, CD-E (compact disc erasable) erasable CD-R, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM drive, CD-ROM, CD-RW (compact disc rewritable) erasable recorder, [Hong Kong] rewritable CD-ROM burner
CDMA (code division multiple access) code division multiple access
certificate server authentication server
CGI (Common Gateway Interface) general gateway interface, public gateway interface
channel definition format, channel definition format
character, [Taiwan] character
China machine readable cataloging format
China MARC format (China machine readable cataloging format)
Chinanet
Chinese character code for information exchange, Chinese machine readable cataloging format Chinese MARC format Chinese machine readable cataloging format CIMS bill image/ Closure system
click, [port] button
client, client, client, client, Client
CMOS RAM (complementary metal oxide semiconctor random access memory)
code division multiple access
code snippet code fragment
cold link
collabra news reader
collabra server Newsgroup server
com (component object model) component Object mode, component object model
common gateway interface, common gateway interface, common gateway interface
compact disc erasable CD-R, compact disc rewritable CD-R, compact disc rewritable CD-R, Compatibility, compatibility, interchangeability
complementary metal oxide semiconctor random access memory
complex programmable logic devices
component object model, Component object model
computer aided design,
computer aided manufacturing,
Computer Aided Software Engineering, [Hong Kong] computer aided engineering
Computer Integrated Manufacturing System
computer supported cooperative work, computer assisted group cooperation
computer to plate technology
computing
consumer to consumer, Personal to personal
corporate user [Hong Kong] company user
CPLD (complex programmable logic devices)
cracker intruder,
crackware scrap, [Hong Kong] waste software
cross platform
cross platform extension
CSCW (Computer Supported Cooperative Work) computer supported cooperative work, [Taiwan] computer assisted group cooperation
CSS (cascading style sheets) cascading style sheets, cascading style sheets, cascading style sheets, Cascading style form
customer to customer, person to person
cyber cash
cyberspace, cyberspace, cyberspace
cybersquatter, domain blocker, domain robber, domain cockroach, Network cockroaches
d
DAB (digital audio broadcasting), [Hong Kong] digital audio broadcasting, digital audio broadcasting, digital voice broadcasting
DAS (Direct Attached Storage) direct attached storage, [Taiwan] direct attached storage, [Hong Kong] Direct Attached Storage
data, [Taiwan] data
data exchange interface data exchange interface
data mining data development, data acquisition, data mining, data exploration, data sharing, data warehouse, data warehousing, data storage, database, database, Data base
daughtercard
DDoS (distributed denial of service)
distributed denial of service
deadlock, deadlock, stagnation
debug, debug, debug, debug, debug, debug, [station] demand calling
den (directory enabled network) directory driven network
denial of service, [station / port] denial of service
dense wavelength division multiplexing, dense wavelength division multiplexing, [station] high density wavelength division multiplexing, [port] high density wavelength division multiplexing, DWDM
destination document
DHCP (Dynamic Host Configuration Protocol)
DHTML (dynamic hypertext markup language)
di (Digital Intermediate), digital media, digital fine tuning, [Hong Kong] digital media
digerati [Hong Kong] digital elite
digital audio broadcasting