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sgminer-5-0-beta-windows

There is now a new sgminer 5.0 beta (source) available that is trying to provide an unified and feature-full GPU miner by integrating the kernels from the sph-sgminer, the SHA3 (keccak) from cgminer as well as the modified x11 and x13 kernels from lasybear’s fork of sgminer. The most important feature, apart form the wider crypto algorithms support in the new version is the support for runtime-kernel-switching on the fly. Simply said you are able to have multiple pools set in your config and these pools can be for different algorithm coins and with different GPU settings for each. So a single GPU mining rig can mine for different coins using different algorithms, or have these pools as failover etc. No need to use a different miner for different pools and for different coins anymore, or at least almost as not yet all algorithms are supported.

Currently the new sgminer 5.0 beta does have support for the following kernels: Scrypt, Scrypt-N, X11 (darkcoin-mod), X13 (marucoin-mod), SHA3-Keccak (maxcoin), animecoin, fuguecoin, groestlcoin, inkcoin, myriadcoin-groestl, quarkcoin, qubitcoin, sifcoin and twecoin. Do note that sgminer is still an OpenCL miner suitable for mining on AMD-based GPUs, for Nvidia CUDA support you will still have to rely on either CudaMiner or ccMiner, depending on the algorithm of the coin you are mining if it is supported. You can also run Nvidia GPUs with OpenCL on the sgminer, however the performance you will get this way will simply not be worth it as compared to what a dedicated CUDA-based miner might offer. The pool specific settings you can currently set on per pool basis in the sgminer.conf file are the following: pool-algorithm, pool-nfactor, pool-intensity, pool-xintensity, pool-rawintensity, pool-gpu-engine, pool-gpu-memclock, pool-gpu-threads, pool-thread-concurrency, pool-gpu-fan.

We have compiled a windows binary for the new sgminer 5.0 beta and you can download and try it yourself. Do note however that this is a beta software and still needs some more work in order to work stable and without problems. While we were testing it we had the miner crashing multiple times while building the binary of the OpenCL kernel, we have noticed that if you have more than 3 pools setup in the config it happens all the time, with 3 or less it builds the kernels just fine and after that it seem to work stable with more pools added. This happens regardless if the pools are using the same algorithm or are configured to use different algorithms, so good for testing, but do not be in a hurry to replace all of your other miners just yet.

You can download and try the new sgminer 5.0 beta for GPU Mining on Windows OS here…

blakebitcoin-crypto

BlakeBitcoin (BBTC) is a clone of Bitcoin with the same reward structure starting with 50 coins per block and a total of 21 million coins, but instead of SHA-256 the coin uses Blake-256 algorithm. The block target time is 1/4 of Bitcoin’s to account for extra hashing speed of Blake-256. The difficulty retarget is at 8064 blocks and the reward halving every 210,000 blocks. The difficulty adjustment is also same as per Bitcoin. BLAKE hash is one of the five hash functions in the final of the NIST SHA-3 Competition. BLAKE is one of the simplest designs to implement, and relies on previously analyzed components: the HAIFA structure and the ChaCha core function. What is the most interesting thing about BlakeBitcoin is that it is merge mined with multiple other Blake-256 crypto coins.

Website
BlakeBitcoin

Block Explorer / Crawler
Not Yet Available.

SPECIFICATIONS

  • Blake-256 (optimized) is faster than Scrypt, SHA-256, Keccak, Groestl
  • Block award is 50
  • Block reward halve every 210,000 blocks
  • Block target time is 2.5 minutes
  • Re-targets every 8064 blocks
  • 21 Million total coins
  • Block maturity 120

DOWNLOADS
Windows
Linux

Source Code
at GitHub

PORTS

  • RPC Port: 243

MERGED MINING POOLS
http://eu3.blakecoin.com/
http://ny2.blakecoin.com/
http://la1.blakecoin.com/

EXCHANGES
Atomic Trade

myraid-crypto

Myriad (XMY) is a multiple algorithm crypto currency where you can mine any of the five used algorithms – Scrypt, SHA256D, Qubit, Skein or Myriad-Groestl. Each proof of work algorithm has its own independent difficulty, any algorithm can find the next block. All the algorithms use the same difficulty adjustment method, on average, each algorithm has the same chance of finding the next block. Each algorithm aims for a block generation time of 2.5 minutes, over the five algorithms, a block should be found on average every 30 seconds.

Website
http://myriadplatform.org/

Block Explorer / Crawler
https://chainz.cryptoid.info/xmy/

SPECIFICATIONS

  • Multiple Algorightms – Scrypt, SHA256D, Qubit, Skein or Myriad-Groestl
  • Proof of Work crypto
  • Block time: 2.5 minutes per algorithm (30 second average over 5 algos)
  • Each algorithm has separate difficulty
  • Block reward halves every 967680 blocks (about 48 weeks)
  • Initial block reward: 1000 XMY
  • Total coin supply: About 2 billion XMY (after about 10 years)
  • Difficulty adjusts every block

DOWNLOADS
Windows
Mac

Source Code
at GitHub

PORTS

  • RPC Port: 10889
  • P2P Port: 10888

SHA256D POOLS
https://myrsha256.cryptoculture.net/
http://myr.suchpool.pw/
http://myrsha.cryptotop.com/
http://myriadsha.cryptopools.com/
https://myr.united-miners.com/

Scrypt POOLS
https://myrscrypt.cryptoculture.net/
https://myr.nut2pools.com/
http://myr-scrypt.poolerino.com/

Skein POOLS
https://myrsk.cryptorus.com/
https://myrskein.suprnova.cc/
https://myrskein.cryptoculture.net/
https://myrsk.nut2pools.com/

Myriad-Groestl POOLS
http://myriadcoin-groestl.miningpoolhub.com/
http://myrgroestl.stablehash.com/
https://myrgrs.suprnova.cc/
http://eup2pool.cryptopools.com:3333/static/
http://p2poolcoin.com:3333/static/

Qubit POOLS
http://myr.nonce-pool.com/
https://cpu-pool.net/myr/
http://asiap2pool.cryptopools.com:3334/static/

EXCHANGES
Bittrex


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