Bitcoin mining hardware and

By | 10.01.2018
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BitCoin Mining Hardware - Invest in Bitcoin and Buy Bitcoin | With BitCoin Mining Hardware you can Buy Bitcoins & Invest in Bitcoin from Anywhere in World. Ant Miner S9. Since from the start, Bitcoin's Difficulty has recorded a very few and much of the time consecutive month to month increases, especially from late. The following page reviews the best hardware available today in order to make some sort of a profit with Bitcoin mining. If you’re completely new to Bitcoin mining.
80 rows · See also: Non-specialized hardware comparison. Below are statistics about the Bitcoin Mining performance of ASIC hardware and only includes specialized equipment that. 5+ best Bitcoin mining ASICs to start your Bitcoin mining operation. Learn how to get started now! BitCoin Mining Hardware - Invest in Bitcoin and Buy Bitcoin | With BitCoin Mining Hardware you can Buy Bitcoins & Invest in Bitcoin from Anywhere in World. Ant Miner S9. Since from the start, Bitcoin's Difficulty has recorded a very few and much of the time consecutive month to month increases, especially from late. The following page reviews the best hardware available today in order to make some sort of a profit with Bitcoin mining. If you’re completely new to Bitcoin mining.

 

Becoming a major Bitcoin miner in 2016 is a bit like setting up a shoe factory; only profitable if you’re able to compete with the Chinese. Specifically, you’ll need cheaper electricity and better access to the latest mining hardware, bitcoin mining hardware and. That’s a pretty tall order, considering that several Chinese regions are over-supplied with state-subsidised power and that the country produces most of the world’s ASIC miners, usually in close partnership with Bitcoin miners.

On top of that, the mining game got even tougher following the second halving event, which reduced the reward for successfully mining a block from 25 bitcoins down to 12.5:

Daily rate of Bitcoin creation dipped from ~400 to ~200 after the 2nd halving in early July.
Chart courtesy of the
TheHalvening.com.

Electricity costs will depend on your location and situation. Where Milli can help is by recommending the best available ASIC miners but first, we’ll need to explain a few technical mining terms.

Bitcoin Mining Hardware Jargon

Hashrate: the measure of how many attempts at solving a Bitcoin block a miner attempts per second. Obviously, the more attempts the greater the chance of solving the block and claiming the 12.5 BTC reward.

This figure was originally stated as H/s (hash per second). As Bitcoin mining hardware got faster and faster, SI unit prefixes were required:

  • Kilohash or KH/s = thousands of H/s
  • Megahash or MH/s = millions “
  • Gigahash or GH/s = billions “
  • Terahash or TH/s = trillions “
  • Petahash or PH/s = quadrillions “

TH/s is often used to state the hashrate of current generation mining hardware. PH/s is commonly used for the combined hashrate of a major mining facility or pool, as well as the total hashrate of the entire Bitcoin network (currently at a staggering 1665 PH/s).

Joule per Gigahash:  A Joule is a measure of energy, representing 1 watt over 1 second. The fewer Joules used to produce a Gigahash, the higher an ASIC miner’s electrical efficiency. As electricity is the major recurring expense of miners, this stat (often abbreviated as J/GH) is of prime importance when comparing miners.

Difficulty: with hashrate ramping up since Bitcoin’s release, bitcoin mining hardware and, one could be forgiven for expecting that blocks would be solved increasingly quickly. Difficulty is an automatic control measure which prevents that from occurring. Every two weeks, difficulty adjusts to the current hashrate so that blocks continue to be solved every 10 minutes (on average).

Profitability: this bottom-line number is calculated from the current Bitcoin price and Difficulty, your miner’s cost and hashrate and your electrical cost in fiat money per kWh. This ever-adjusting Difficulty mechanism, combined with Bitcoin’s volatile price, make calculating the future profitability of Bitcoin mining very tricky!

99Bitcoins’ mining profitability calculator is good for this purpose but if you’re serious about getting into mining, it’s recommended that you create a custom spreadsheet with inputs reflective of various exchange rate and Difficulty projections. Remember to account for probable downtime due to power cuts, hardware or software failures and the like.

Break-even point is the length of time it takes bitcoin mining hardware and your miner to pay for itself, if it ever does.

Pool Fees: given a total network hashrate in the thousands of Petahash, unless you control several PH/s your odds of successfully solo-mining a block are virtually nil. Mining pools are cooperative groups which combine their hash-power and distribute any rewards which the pool earns proportional to individual hashrates. Pools have different fees and reward structures which be compared here. The larger the pool, the more regular returns can be expected.

The current distribution of hashrate among mining pools, courtesy of Blockchain.info.

Bitcoin mining hardware – the top 3

Now that you understand the basic metrics used to assess Bitcoin mining hardware, here’s a comparison of the leading mining devices:

Avalon6AntMiner S7AntMiner S9
Hashrate13.5 TH/s4.73 TH/s11.8 – 14 TH/s
Power Usage21050 Watts1350 Watts1350 Watts
Power Efficiency20.29 Joule per GH0.25 Joule per GH0.1 Joule per GH
ControllerSeparate (RasPi)Built-inBuilt-in
Noise @ 4ft/1.2m255 dB62 dB70 dB
Chip Process28nm28nm16nm
Price New2,3$550 (Canaan)$440 (Bitmain)$1831 – 2016 (Bitmain)
Price Used2,3$360 – $875$440 – $674n/a
Profitability4PossibleMarginalPlausible
Break-even point57 years2.6 years0.9 years

1 figures are approximate and may vary by 5%.
2 figures are approximate and may vary by 10%.
3 shipping not included!
4 assuming an electricity cost of 10c (US) per kW/h, a 2.5% pool fee and the Bitcoin price at the time of writing ($680 on the 17th July 2016).
5 as per CoinWarz’s calculator and points 3 and 4.

1) The Clear Winner: Bitmain’s AntMiner S9

The table results speak for themselves!

Click here to view AntMiner S9s for sale

Although the S9 is four or five times more expensive than its rivals, bitcoin mining hardware and, it also mines about three to four times more bitcoins and also uses electricity far more efficiently. If your intention is to mine for profit at a small scale, bitcoin mining hardware and, at this stage the S9 represents your best shot at success. If you’re not out for profit and you’d rather mine for hobby or experimentation purposes then the S9’s hefty price tag is hard to justify.

Bitmain is currently the leading manufacturer bitcoin mining hardware and publically-available ASIC hardware. Their latest model, the S9, is the first ASIC to market with a 16 Nanometer new bitcoin mining company semiconductor fabrication process. In layman’s terms, this means that the circuits in the S9’s BM1387 chips are nearly half the size of previous generation mining chips. This results in far greater electrical efficiency – less J/GH! – putting the S9 at the forefront of mining tech.

While other companies are developing 14nm chips, smaller fabrication processes are costly and time-consuming to establish. This means that the rate of advancement in Bitcoin mining hardware, remarkable for its speed and for being funded without major corporate involvement, will it mining vacancies slow in the years ahead until the limits of current semi-conductor technology are reached. This means the S9 should be fairly durable for the new two or three, bitcoin mining hardware and, unless some other optimisations are developed.

Nonetheless, it’s highly unlikely that break-even will be reached in less than a year as the overly-optimistic calculator suggests. Bitcoin mining hardware and, with cheap enough electricity, the S9 should eventually pay for itself. As more miners upgrade to the S9 (and other hardware yet to be released), Difficulty should be expected to rise. Such Difficulty increases will extend the break-even period significantly but probably not beyond 2 years…

Note that the S9’s performance varies considerably according to production batches. The initial release achieved a hashrate of 14 TH/s but currently available units achieve only 11.85 11 TH/s. As the power mining army of new models is also lower, efficiency remains similar.

The S9 will run on a standard PSU but Antminer’s 1600W APW3-12-1600-B2 is often recommended. It’s designed specifically for mining and available mining iron and steel an additional $140 (plus shipping), which is a pretty good deal considering its high quality.


S9 with APW3 PSU.

S9 Pros

  • Best available hashrate of 14 TH/s (early batches) to 11.85 TH/s (current batches)
  • Extremely power-efficient at roughly 0.1 Bitcoin mining hardware and per GH/s
  • Works off any regular PSU (power supply unit) rated for or above 1350W

S9 Cons

  • Expensive at around $2000 (plus shipping) for the current batch
  • Not yet available as used
  • Too noisy to run near to people in a home or office

Click here to view AntMiner S9s for sale

2) The Runner Up: Bitmain’s AntMiner S7

The S7 is still the most commonly found hardware in any major mining operation. In fact, it’s so popular that you’ll struggle to find a good used unit at a price cheaper than new! Of course, it can still be worthwhile to buy an S7 second-hand if it’s available locally, to save on shipping time and costs.

The S7 is in demand for a reason; it offers close to the maximum efficiency which can be squeezed out of a 28nm process, although it can be improved further through skilled modification. The S7 also has a more affordable price tag than the S9, making it an easy introduction model for prospective miners. If you want to experiment with alternative energy solutions or hardware and software mods, the S7 is a great test-bed which can also turn a profit – or at least not lose too much money.

S7 from Batch 18 with dual fans

The S7 is also available as a variant model, the S7-LN model, featuring a built-in 700W power supply. Less power means fewer hashes and the LN only achieves 2.7 TH/s. On the plus side, less power also means a lower price of around $291 plus less heat and noise. The LN is good for home or office use, although you’d probably want it behind a closed door. Note that the weight of the attached PSU adds considerably to shipping costs.


The S7-LN.

S7 Pros

  • Good hashrate of 73
  • Decent efficiency of 25 Joule per GH/s
  • Relatively inexpensive at $440 new (plus shipping)
  • Widespread hardware means a lot of available information and spare parts

S7 Cons

  • Overshadowed by 16nm miner and soon-to-be-released 14nm miners
  • Uses a lot of power at ~1350 Watts, which requires a high-end PSU
  • Produces considerable noise at 62dB (although the LN is bitcoin mining hardware and to find second-hand

Click here to view AntMiner S7s for sale

3) The Underdog: Canaan’s Avalon6

Given Bitcoin’s decentralized ideals, many are unhappy with Bitmain’s dominance of the hardware market. As Bitmain also controls 18% of network hashrate in the form of AntPool, such concerns are understandable. Unfortunately for those who’d prefer to avoid Bitmain, bitcoin mining hardware and, there isn’t an abundance of suitable alternatives at this time.

The Avalon6 from Canaan Creative is probably the best option. Although it doesn’t offer quite as much bang for the buck as an Bitcoin mining hardware and, it’s still a very good 28nm miner. The Avalon6 achieves a slightly lower hashrate and efficiency but uses about 300W less power. A smaller and cheaper Mining and sustainable development can be used.

Offsetting any PSU saving is the fact that the Avalon6 doesn’t with an inbuilt controller. It’ll need to be run from a Raspberry Pi (B, B+ or RPi2), bitcoin mining hardware and. The good news is that a single RasPi can run up to 50 units.

Pros

  • Achieves a decent hashrate of 5 TH/s
  • Reasonably efficient at 29 W/GH
  • Small form factor and quiet fan
  • Canaan has a distributor in the US for fast and inexpensive shipping

Cons

  • Avalon6 units need a separate controller
  • Pricier than the S7
  • Lower efficiency than the S7

Click here to view Avalon 6s for sale

Forthcoming Attractions

This article describes the current state of play but new technology gets released all the time, bitcoin mining hardware and. Some promised chips with the potential to challenge the mighty S9 include the following Bitfury’s as-yet publically unavailable 16nm BF8162C16 chip and BW’s 14nm chip, scheduled for release in “winter 2016.”

Источник:




Best Bitcoin Mining Hardware for 2018 | 7 Bitcoin Miners Reviewed

The following page reviews the best hardware available today in order to make some sort of a profit with Bitcoin mining. If you’re completely new to Bitcoin mining. We offer top-of-the-line cryptocurrency mining hardware from the best global manufacturers. We provide secure Paypal & Bitcoin . 77 rows · Bitcoin Mining Hardware Guide The best Bitcoin mining hardware has evolved dramatically since 2009. At first, miners used their central processing unit (CPU) to . 5+ best Bitcoin mining ASICs to start your Bitcoin mining operation. Learn how to get started now! 80 rows · See also: Non-specialized hardware comparison. Below are statistics about the Bitcoin Mining performance of ASIC hardware and only includes specialized equipment that. Ant Miner S9. Since from the start, Bitcoin's Difficulty has recorded a very few and much of the time consecutive month to month increases, especially from late.

Ant Miner S9. Since from the start, Bitcoin's Difficulty has recorded a very few and much of the time consecutive month to month increases, especially from late. Becoming a major Bitcoin miner in 2016 is a bit like setting up a shoe factory; only profitable if you’re able to compete with the Chinese. Specifically, you’ll. The following page reviews the best hardware available today in order to make some sort of a profit with Bitcoin mining. If you’re completely new to Bitcoin mining.


See also: Non-specialized hardware comparison

Below are statistics about the Bitcoin Mining performance of ASIC hardware and only includes specialized equipment that has been shipped.

GPUs, CPUs and other hardware not specifically designed for Bitcoin mining can be found in the Non-specialized_hardware_comparison.

Notes:

  • Mhash/s = millions hashes per second (double sha256 raw speed performance; may not be very energy efficient with some models)
  • Mhash/J = millions hashes per joule (energy efficiency; 1 joule of energy is 1 watt during 1 second: 1 J = 1 W*s)
  • W = watt (maximum power consumption, i.e. energy per unit of time: 1 W = 1 J/s)

ASIC

Be sure to research any of these vendors and machines intensely before spending any money.

Product Advertised Mhash/s Mhash/J Mhash/s/$ Watts Price (USD) Currently shipping Comm ports Dev-friendly
AntMiner S1 [1] 180,000 500 800 360 299[2] Discontinued Ethernet GPL infringement
AntMiner S2 [3] 1,000,000 900 442 1100 2259 Discontinued Ethernet GPL infringement
AntMiner S3 [4] 441,000 1300 1154 340 382[2] Discontinued Ethernet GPL infringement
AntMiner S4 [5] 2,000,000 1429 1429 1400 1400 Discontinued Ethernet GPL infringement
AntMiner S5 [6] 1,155,000 1957 3121 590 370 Discontinued Ethernet GPL infringement
AntMiner S5+ [7] 7,722,000 2247 3347 3,436 2,307 No Ethernet GPL infringement
AntMiner S7 [8] 4,860,000 4000 2666 1,210 1,823 No Ethernet GPL infringement
AntMiner S9 [9] 14,000,000 10182 5833 1,375 2,400 Yes Ethernet GPL infringement
AntMiner U1 [10] 1,600 800 55 2 29 Discontinued USB code, samples
AntMiner U2+ [11] 2,000 1,000 115 2 17 Discontinued USB code
AntMiner U3 [12] 63,000 1,000 1658 63 38 Yes USB code
ASICMiner BE Blade 10,752 129 28[13] 83 350[2][13] Discontinued Ethernet samples
ASICMiner BE Cube 30,000 150 55 200 550[2][13] Discontinued Ethernet samples
ASICMiner BE Sapphire 336 130 17[13] 2.55 20[13] Discontinued USB samples
ASICMiner BE Tube [14] 800,000 888 2500 900 320[2] Discontinued Proprietary samples
ASICMiner BE Prisma [15] 1,400,000 1333 2333 1100 600[2] Discontinued Proprietary No
Avalon Batch 1 66,300 [16] 107 52.34 620[16] 1299[17] Discontinued Ethernet, Wifi code
Avalon Batch 2 82,000[17] 117 54.70 700 1499[17] Discontinued Ethernet, Wifi code
Avalon Batch 3 82,000[17] 117 54.70 700 1499[17] Discontinued Ethernet, Wifi code
Avalon2 300,000 3075 Discontinued USB or Ethernet code, docs, samples
Avalon3 800,000 Discontinued USB or Ethernet code, docs, samples
Avalon6 3,500,000 1080 Discontinued Ethernet ?
Avalon721 6,000,000 6000 1000 No Ethernet ?
Avalon741 7,300,000 6350 5035 1150 1450 Yes Ethernet ?
Avalon761 8,800,000 6670 4730 1320 1860 Yes Ethernet ?
Avalon821 11,000,000 9170 3800 1200 2900 Bulk only Ethernet ?
bi*fury 5,000 1,176 24 4.25 209 Discontinued USB docs, samples
BFL SC 5Gh/s 5,000 166 18.24 30 274 Discontinued USB docs, samples
BFL SC 10 Gh/s 10,000 200 50 Discontinued USB docs, samples
BFL SC 25 Gh/s 25,000 166 20.00 150 1249 Discontinued USB docs, samples
BFL Little Single 30,000 46.22 649 Discontinued USB docs, samples
BFL SC 50 Gh/s 50,000 166 50 300 984 Discontinued USB docs, samples
BFL Single 'SC' 60,000 250 46.18 240 1299 Discontinued USB docs, samples
BFL 230 GH/s Rack Mount[18] 230,000 500 399 (used) Discontinued USB docs
BFL 500 GH/s Mini Rig SC 500,000 185 2700 22484 Discontinued Wifi docs, samples
BFL Monarch 700GH/s[19] 700,000 1428 508 490 1379 Discontinued PCIe, USB docs, samples
BitFury S.B. Discontinued RPi GPIO No
Bitmine.ch Avalon Clone 85GH 85,000 13 650 6489[20] Discontinued Ethernet, Wifi, USB code
Black Arrow Prospero X-1 100,000 1000 270 100 370 Discontinued Ethernet docs, samples
Black Arrow Prospero X-3 2,000,000 1000 333 2000 6000 Discontinued Ethernet ?
Blue Fury 2,500 1000 17.8 2.5 140 Discontinued USB code, samples
BTC Garden AM-V1 310 GH/s[21] 310,000 954 1003 324 309[2] Discontinued RPi GPIO No
BTC Garden AM-V1 616 GH/s[21] 616,000 951 1760 648 350[2] Discontinued RPi GPIO No
CoinTerra TerraMiner IV 1,600,000 1066.67 2100 1500 Discontinued Ethernet docs, code, samples
Drillbit Discontinued USB code, samples
Ebit E9 [22] 6,300,000 7140 4468 882 1410 No Ethernet No
Ebit E9+ [23] 9,000,000 6900 6428 1300 1400 Yes Ethernet No
Ebit E9++ [24] 14,000,000 10500 3600 1330 3880 Yes Ethernet No
Ebit E10 [25] 18,000,000 11100 3440 1620 5230 Yes Ethernet No
HashBuster Micro 20,000 869 29 23 688 Discontinued USB docs, samples
HashBuster Nano Discontinued USB docs, samples
HashCoins Apollo v3 1100,000[26] xxxx 1000[26] 599[26] Discontinued USB No
HashCoins Zeus v3 4,500,000[27] xxxx 3000[27] 2299[27] Discontinued USB No
HashFast Baby Jet 400,000 909 71 440 5600 Discontinued Ethernet, USB docs
HashFast Sierra 1,200,000 909 169 1320 7080 Discontinued USB docs, samples
HashFast Sierra Evo 3 2,000,000 909 294 2200 6800 Discontinued USB docs
Klondike 5,200 160 260 32 20 Discontinued USB samples
KnCMiner Mercury 100,000 50.04 250 1995 Discontinued Ethernet code, samples
KnC Saturn 250,000 400 66 300[2] 2995 Discontinued Ethernet code, samples
KnC Jupiter 500,000 400 80 600[2] 4995 Discontinued Ethernet code, samples
KnC Neptune [28] 3,000,000 1429 231 2100 12995 [28] Discontinued Ethernet code, samples
LittleFury Discontinued USB docs, samples
Metabank 120,000 705 56 170 2160[29] No code, samples
NanoFury / IceFury 2,000 800 2.5 Discontinued USB code, docs, samples
NanoFury NF2 3,700 740 74 5 50 Discontinued USB code, docs, samples
Red/BlueFury 2,600 1040 4 2.5 640 Discontinued USB code, samples
ROCKMINER R3-BOX[30] 450,000 1000 2250 450 200[2] Discontinued USB code, samples
ROCKMINER R4-BOX[30] 470,000 1000 2238 470 210[2] Discontinued USB code, samples
ROCKMINER Rocket BOX [30] 450,000 937 750 480 599[2] Discontinued RPi GPIO
ROCKMINER R-BOX[30] 32,000 711 500 45 65[2] Discontinued USB code, samples
ROCKMINER R-BOX 110G[30] 110,000 917 1250 120 88[2] Discontinued USB code, samples
ROCKMINER T1 800G[30] 800,000 800 2462 1000 325[2] Discontinued USB code, samples
Spondooliestech SP10 Dawson[31] 1,400,000 1120 492 1250 2845 Discontinued Ethernet code, samples
Spondooliestech SP20 Jackson[32] 1,700,000 1545 1299 1100 1309[2] Discontinued Ethernet code, samples
Spondooliestech SP30 Yukon[33] 4,500,000 1500 1068 3000 4121 Discontinued Ethernet code, samples
Spondooliestech SP31 Yukon[34] 4,900,000 1633 2361 3000 2075 Discontinued Ethernet code
Spondooliestech SP35 Yukon[35] 5,500,000 1506 2460 3650 2235 Discontinued Ethernet code
TerraHash Klondike 16 [36] 4,500 140 18 32 250 No USB samples
TerraHash Klondike 64 [37] 18,000 140 20 127 900 No USB samples
TerraHash DX Mini (full) 90,000 140 15 640 6000 No USB
TerraHash DX Large (full) 180,000 140 17.14 1,280 10500 No USB
Twinfury 4,500 1174 20 3.83 216 Discontinued USB code, samples
WhatsMiner M1 Discontinued Ethernet
WhatsMiner M2 9,200,000 2046 Discontinued Ethernet
WhatsMiner M3 11,500,000 1785 Yes Ethernet
  1. ↑Ant Miner S1 product page Retrieved 2014-03-11
  2. 2.002.012.022.032.042.052.062.072.082.092.102.112.122.132.142.152.16Power supply not included
  3. ↑Ant Miner S2 product page Retrieved 2014-05-24
  4. ↑Ant Miner S3 product page Retrieved 2014-08-06
  5. ↑Ant Miner S4 product page Retrieved 2014-10-01
  6. ↑Ant Miner S5 product page Retrieved 2015-02-04
  7. ↑Ant Miner S5+ product page Retrieved 2015-09-16
  8. ↑Ant Miner S7 product page Retrieved 2015-09-16
  9. ↑Ant Miner S9 product page Retrieved 2016-07-02
  10. ↑Ant Miner U1 Product page Retrieved 2014-03-11
  11. ↑Ant Miner U2+ Product page Retrieved 2014-03-11
  12. ↑Antminer U3 product page Retrieved 2015-02-06
  13. 13.013.113.213.313.4Actual price is in bitcoins. USD value estimated.
  14. ↑ASICMiner Tube Sales Thread
  15. ↑ASICMiner Prisma Sales Thread
  16. 16.016.1http://garzikrants.blogspot.com/2013/02/avalon-miner-power-usage.html
  17. 17.017.117.217.317.4"Avalon ASIC". Avalon. Retrieved January 30, 2013.
  18. ↑"250 GH/s Rack Mount Bitcoin Miner". Butterfly Labs. Retrieved September 2, 2014.
  19. ↑"700GH/s Bitcoin Mining Card". Butterfly Labs. Retrieved September 25, 2014.
  20. ↑Depends on user configuration available from http://www.bitmine.ch
  21. 21.021.1"BTCGarden Sales Thread"
  22. ↑Company home page Retrieved 2018-01-22
  23. ↑Product page Retrieved 2018-01-22
  24. ↑Anouncement Retrieved 2018-01-22
  25. ↑Product page Retrieved 2018-01-22
  26. 26.026.126.2"HashCoins Apollo v3". HashCoins.
  27. 27.027.127.2"HashCoins Zeus v3". HashCoins.
  28. 28.028.1"KnC Neptunes 3TH first ever 20nm Chip" KNC Miner
  29. ↑Actual costs higher outside Russia
  30. 30.030.130.230.330.430.5"Rockminer Store"
  31. ↑"SP10 Dawson June Batch".
  32. ↑"SP20 Jackson" Retrieved 2015-02-06
  33. ↑"SP30 Yukon September Batch 1".
  34. ↑"SP31 Yukon" Retrieved 2015-02-06
  35. ↑"SP35 Yukon" Retrieved 2015-02-06
  36. ↑"4.5 GH/sec Modular Board (Klondike 16)".
  37. ↑"18 GH/sec Modular board (Klondike 64)".

FPGA

Product Hash rate
[Mhash/s]
Efficiency
[Mhash/J]
Efficiency
[Mhash/s/$]
Power
[W]
Price
[$]
Avnet Spartan-6 LX150T Development Kit 100[1] 0.10 995[2]
Bitcoin Dominator X5000 100[3] 14.7 0.22 6.8[3] 440[3]
BitForce SHA256 Single 832[4] 10.4 1.38 80[4] 599[4]
Butterflylabs Mini Rig 25,200[5] 20.16 1.64 1,250[5] 15,295[6]
Digilent Nexys 2 500K 5[7] 0.03 149[8]
Icarus 380[9] 19.79 0.66 19.2[9] 569[9]
KnCMiner Mars 6,000  ??? 2.15  ??? 2,795
Lancelot[10] 400[11] 26 350[11]
ModMiner Quad 800[12] 20 0.75 40[12] 1,069[12]
Terasic DE2-115 80[13] 0.13 595[14]
X6500 FPGA Miner 400[15] 23.25 0.72 17.2[15] 550[16]
ZTEX USB-FPGA Module 1.15b 90[17] 0.27 325[18]
ZTEX USB-FPGA Module 1.15x 215[17] 0.52 406[19]
ZTEX USB-FPGA Module 1.15y 860[17] 0.65 1,304[20]
  1. ↑Fpgaminer (May 19, 2011). "Official Open Source FPGA Bitcoin Miner". Bitcointalk.org. Retrieved February 7, 2013.
  2. ↑"AES-S6DEV-LX150T-G Parts". Avnet Express. Retrieved February 7, 2013.
  3. 3.03.13.2NewMeat1 (August 18, 2011). "Custom FPGA Board for Sale!". Bitcointalk.org. Retrieved January 30, 2013.
  4. 4.04.14.2"BitForce SHA256 Single – Technical Specifications". Butterfly Labs. Retrieved January 30, 2013.
  5. 5.05.1"Products". Butterfly Labs. Archived from the original on May 14, 2012. Retrieved February 7, 2013.
  6. ↑"Order Form – BitForce SHA256 – Mini Rig". Butterfly Labs. Retrieved January 30, 2013.
  7. ↑The Seven (June 3, 2011). "Re: Official Open Source FPGA Bitcoin Miner (Smaller Devices Now Supported!)". Bitcointalk.org. Retrieved February 7, 2013.
  8. ↑"Nexys™2 Spartan-3E FPGA Board". Digilent. Retrieved January 30, 2013.
  9. 9.09.19.2Nzghang (November 9, 2011). "FPGA development board 'Icarus' – DisContinued/ important announcement". Bitcointalk.org. Retrieved January 30, 2013.
  10. ↑Nzghang (May 6, 2012). "FPGA development board "Lancelot" - accept bitsteam developer's orders.". Bitcointalk.org. Retrieved January 30, 2013.
  11. 11.011.1Black Arrow (Jun 11, 2013). "Lancelot - Heavy Duty Dual Spartan6 Bitcoin Mining Device". cardreaderfactory.com. Retrieved Jun 11, 2013.
  12. 12.012.112.2"ModMiner Quad". BTCFPGA. Retrieved January 30, 2013.
  13. ↑Fpgaminer (May 4, 2011). "Re: FPGA mining". Bitcointalk.org. Retrieved February 7, 2013.
  14. ↑"Altera DE2-115 Development and Education Board". Terasic. Retrieved January 30, 2013.
  15. 15.015.1"FPGA Mining Power Measurements". FPGA Mining Power Measurements.
  16. ↑"FPGA Mining Store". FPGA Mining. Retrieved January 30, 2013.
  17. 17.017.117.2http://www.ztex.de/btcminer/
  18. ↑http://shop.ztex.de/product_info.php?cPath=21&products_id=62
  19. ↑http://shop.ztex.de/product_info.php?cPath=21&products_id=66
  20. ↑http://shop.ztex.de/product_info.php?cPath=21&products_id=74
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