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| Original file line number | Diff line number | Diff line change |
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| Team Red Miner Dual Coin ETH Mining | ||
| =================================== | ||
|
|
||
| TL;DR | ||
| ----- | ||
| To mine ETH+TON on Navi gpus (which is the only supported dual algo at the moment), | ||
| take a working TRM ethash command line and add a TON section in the | ||
| middle or at the end: | ||
|
|
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| --ton -o stratum+tcp://ton.hashrate.to:4002 -u <ton wallet>.<worker> -p x --ton_end | ||
|
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| TRM's dual mining setup let's the user split the capacity between | ||
| ethash and the second algo using the standard --eth_config | ||
| argument. The higher intensity, the more capacity for ethash and less | ||
| for the dual algo. Therefore, you SHOULD remove any existing | ||
| --eth_config arguments in your ethash command line. They're not | ||
| applicable. Let the miner run the dual algo tuner once, then you can | ||
| add back a static config. The dual tuner will output a list of the | ||
| probed results. | ||
|
|
||
| If you run ETH+TON dual mining on unsupported gpus, a warning is | ||
| issued and they are downgraded to regular ethash mining only. This | ||
| makes it possible to run ETH+TON on mixed rigs where Navis will run | ||
| dual mining, other gpus plain ethash. | ||
|
|
||
| Last, see the TON dual mining section in USAGE.txt or the miner's | ||
| --help output for additional arguments. | ||
|
|
||
|
|
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| Overview | ||
| -------- | ||
| From v0.9.2, TRM includes support for true dual mining together with | ||
| ethash. The first release is very much an experimental alpha version, | ||
| and support is limited to Navi and Big Navi gpus only. Subsequent | ||
| releases will add support for Vega and Polaris gpus and potentially | ||
| more dual mining algos - the single supported dual algo in the first | ||
| release is TON. | ||
|
|
||
| TRM's dual mining is configurable in the sense that the user decides | ||
| how the gpu capacity should be split between the two algos. This is | ||
| done with the normal --eth_config argument that decides how much gpu | ||
| capacity will be used by ethash. The remaining capacity will be used | ||
| by the dual algo. The eth config intensities used for single algo | ||
| ethash should _NOT_ be carried over to a dual mining setup. The dual | ||
| mining ethash kernel is designed differently and does not target the | ||
| absolute max possible ethash hashrate. It rather tries to provide a | ||
| good trade-off between running a very competitive ethash hashrate | ||
| close to the max possible while also providing room for the dual | ||
| algo to operate. | ||
|
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||
|
|
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| Dual mining ETH+TON | ||
| -------------------- | ||
| To dual mine ethash and TON, do as follows: | ||
|
|
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| 1) Start with a working ethash configuration for TRM. | ||
|
|
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| 2) If you have an --eth_config argument, remove the intensities. You | ||
| can keep the A/B-mode setting. | ||
|
|
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| 3) Add a TON argument section that contains the pool(s) you want to | ||
| use for dual TON mining. This follows the same principle as TRM's | ||
| dual ZIL mining setup. This added argument will enable dual TON | ||
| mining on the Icemining pool: | ||
|
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| --ton -o stratum+tcp://ton.hashrate.to:4002 -u <ton wallet>.<worker> -p x --ton_end | ||
|
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| It's fully possible to insert the --ton ... --ton_end arguments | ||
| into e.g. a Hive flight sheet's custom miner arguments section to | ||
| enable dual mining, while still using Hive's builtin support for | ||
| configuring the ethash mining. | ||
|
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||
|
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| Clocks and Voltage Tuning | ||
| ------------------------- | ||
| Dual mining will inevitably pull significantly more power than single | ||
| algo ethash. The user is advised to tune a single gpu by itself first | ||
| to assess power draw. | ||
|
|
||
| Standard ethash clocks with a slight core voltage increase is a good | ||
| starting point for dual mining. After that, tuning is mostly a | ||
| function of achieving stability and how much power you want to | ||
| consume. Increasing core clk will increase the dual algo performance, | ||
| but at the cost of more power. | ||
|
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||
|
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| Dual Mining Ethash Modes and Intensity | ||
| -------------------------------------- | ||
| All ethash mining modes (A/B/C) are available in dual mining as well, | ||
| and behave like they do for single algo ethash mining. | ||
|
|
||
| For choosing the intensity, TRM includes a dual mining tuner that, | ||
| unless a static eth config intensity has been provided, scans through | ||
| a range of eth config intensities at startup and selects the optimal | ||
| one based on a scoring model. There are built-in weights for each pair | ||
| of algos that can be dual mined, but over time you might want to tweak | ||
| the optimization target function using the argument | ||
| --dual_tuner_weights=X:Y:Z. This argument is described in detail in | ||
| USAGE.txt and the miner's --help output. | ||
|
|
||
| As mentioned above, ethash config intensities from single algo ethash | ||
| mining should _NOT_ be used in a dual mining setting. We recommend | ||
| that you at least do one dual tuner run and inspect the output, or | ||
| always let the dual tuner run at startup. The process takes 3-4 | ||
| minutes to complete. | ||
|
|
||
| It should be noted that the dual tuner is somewhat crude and can | ||
| sometimes produce skewed results. This is mainly because we don't want | ||
| the process to take 10-15 minutes. The tuner outputs the results for | ||
| all scanned configurations after completing the scan, and the user can | ||
| pick a static config from there to add to the command line. |
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| Original file line number | Diff line number | Diff line change |
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| @@ -0,0 +1,86 @@ | ||
| Team Red Miner TON Mining | ||
| ========================= | ||
|
|
||
| TL;DR | ||
| ----- | ||
| TRM supports two TON pools: Icemining and Ton Coin Pool. Neither pool | ||
| requires wallet registration before starting to mine. Use the following | ||
| pool arguments to mine: | ||
|
|
||
| Icemining: -o stratum+tcp://ton.hashrate.to:4002 -u <ton wallet>.<worker> -p x | ||
|
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| Ton Coin Pool: -o stratum+tcp://pplns.toncoinpool.io:443/stratum -u <ton wallet> -p <worker> | ||
|
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| Last, see the TON section in USAGE.txt or the miner's --help output | ||
| for additional arguments. | ||
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| Background | ||
| ----------- | ||
| TON is a special pow mining coin since submitted solutions aren't used | ||
| for network blocks and chain security like in standard pow | ||
| blockchains. Instead, TON has 10 smart contracts called "givers" that | ||
| simply reward you for hashing and submitting solutions directly to the | ||
| contracts. The remaining pool of available coins from the "givers" is | ||
| expected to last until mid-2022. | ||
|
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||
| There is no single standard pool protocol for TON. All pools must be | ||
| handled as separate implementations. TRM currently only support the | ||
| following pools: | ||
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| - Icemining (icemining.ca, beta stratum url ton.hashrate.to) | ||
| - TON Coin Pool (toncoinpool.io) | ||
|
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| Even though it's a new pool in the TON ecosystem, we recommend | ||
| Icemining since it runs a well-designed pool protocol. Below you'll | ||
| find descriptions on how to use each supported pool. | ||
|
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||
|
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| Specifying Pool Protocol | ||
| ------------------------ | ||
| If you use the standard URLs for the supported pools, TRM will | ||
| automatically understand what pool protocol dialect to use. However, | ||
| if you tunnel the pool, connect by direct IP, or use some other | ||
| network mechanism that doesn't present the normal hostname to TRM you | ||
| must manually state which pool protocol should be used. This is done | ||
| using the --ton_pool_mode argument. These are the available options: | ||
|
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| --ton_pool_mode=icemining | ||
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| --ton_pool_mode=toncoinpool | ||
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| Web Service Proxy | ||
| ----------------- | ||
| Many TON pools use web service protocols for its communication. TRM | ||
| does not include support for ws:// or wss:// in order to not violate | ||
| open source licenses, and we don't intend to spend the time | ||
| implementing support from scratch. Instead, we ship a proxy binary | ||
| that is compiled from a published open source project originally | ||
| written for mining Nimiq, which also uses wss:// for pool protocol | ||
| communication. The source code is available here: | ||
|
|
||
| https://github.com/Kerney666/trm_nimiq_proxy | ||
|
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||
| The proxy is bundled in our release package and will be executed | ||
| automatically for you when necessary. | ||
|
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||
|
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||
| How to mine at Icemining | ||
| ------------------------ | ||
| Simply point TRM to the pool like for any other mining algorithm. TRM | ||
| will automatically split the worker name from the wallet if we find | ||
| that it ends with '.yourworkername'. It is not an official format for | ||
| specifying the worker. Replace ./teamredminer with teamredminer.exe | ||
| on Windows. | ||
|
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| ./teamredminer --a ton o stratum+tcp://ton.hashrate.to:4002 -u <ton wallet>.<worker> -p x | ||
|
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|
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| How to mine at Ton Coin Pool | ||
| ---------------------------- | ||
| Use the following format to mine at Ton Coin Pool. Replace | ||
| ./teamredminer with teamredminer.exe on Windows. | ||
|
|
||
| ./teamredminer -a ton -o stratum+tcp://pplns.toncoinpool.io:443/stratum -u <ton wallet> -p <worker> | ||
|
|
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| Original file line number | Diff line number | Diff line change |
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| Team Red Miner Dual Mining API Usage | ||
| ==================================== | ||
| This document describes how to use TRM's sgminer-compatible API when | ||
| dual mining is enabled. For resources on the sgminer api in general, | ||
| please see e.g. | ||
|
|
||
| https://github.com/genesismining/sgminer-gm/blob/master/doc/API.md | ||
|
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||
|
|
||
| Overview | ||
| -------- | ||
| When TRM runs two algos, two separate contexts are used | ||
| internally. This is applicable both for dual eth+zil mining when the | ||
| --zil .. --zil_end arguments are used and for true dual mining like | ||
| eth+ton. | ||
|
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| API requests are sometimes only returning global data applicable for | ||
| all algos, but many times a request provides data for a specific algo, | ||
| like hashrates, pool data, and more. When algo-specific data is | ||
| returned, data is always pulled from a single specific context. To | ||
| pull data for both algos, you must issue multiple requests or | ||
| subcommands. TRM provides two different approaches for doing so, both | ||
| described below. | ||
|
|
||
|
|
||
| Added fields | ||
| ------------ | ||
| To know if there's dual mining ongoing or not, a field called "Algo | ||
| Count" has been added to the CONFIG command. It will always return 1 | ||
| or 2 depending on the nr of concurrent algos being mined. | ||
|
|
||
|
|
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| Solution 1: use --api2_listen | ||
| ----------------------------- | ||
| This solution acts like if two separate instances of TRM were running | ||
| on the same machine, mining two different algos on the same set of | ||
| gpus. The standard api is enabled by passing the --api_listen | ||
| argument, possibly with an interface IP address and/or a port. A | ||
| second such argument is now available, --api2_listen. This will open | ||
| another port for a second api endpoint. The miner will only open the | ||
| second api endpoint if dual mining is configured. | ||
|
|
||
| All requests to the first --api_listen endpoint will return data for | ||
| the primary algo being mined. Requests to the second endpoint defined | ||
| by --api2_listen will return data for the secondary algo. Both | ||
| endpoints are full API providers and will reply to all available | ||
| commands. | ||
|
|
||
| This solution is useful when using external tools that supports the | ||
| sgminer api (Awesome Miner is one example). You can enable both api | ||
| endpoints, then add each rig as two separate instances. | ||
|
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|
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| Solution 2: append 1 or 2 to command names | ||
| ------------------------------------------ | ||
| By modifying the command names available in the sgminer api | ||
| (e.g. "config", "devs", "summary") and appending a single digit, TRM | ||
| will return data for the algo in question. In other words, running the | ||
| command "pools2" will return data for all pools for the secondary algo | ||
| being mined, and e.g. "devs1" or just "devs" will return mining data | ||
| for all devices for the primary algo. | ||
|
|
||
| This solution is simple to use if you have your own api code, | ||
| especially if you run multiple sub-commands in a single request. For | ||
| example, this JSON request would provide most of the data you might | ||
| need in a single request: | ||
|
|
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| {"command":"devs+summary+pools+devs2+summary2+pools2"} | ||
|
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| Whenever a second algo isn't available, the three latter requests will | ||
| return "Invalid command" replies. |