uPlexa Knowledgebase - User contributions [en]

List of all UPlexa pools

2021-05-21T09:36:58Z

Whotheff:

https://uplexapool.com/ - Official pool 

 https://upx.miningocean.org/ - FR 

 https://uplexa.miner.rocks/ - DE 

 https://uplexa.herominers.com/ - EU, US, Asia 

 https://upx.mine2gether.com/ - UK 

 http://zergpool.com/site/mining?algo=cryptonight_upx - EU, US, Asia 

 http://upx.ms-pool.net.ua/ - NL 

 https://upx.pool-pay.com/ 

 https://webupx.semipool.com/#/dashboard / 

 https://upx.minando.online/ / 

 https://fastpool.xyz/upx/ / 

 https://letshash.it/ - EU / 

 https://upx.walemo.com/ /

List of all UPlexa pools

2021-05-21T09:34:13Z

Whotheff:

List of all UPlexa pools

2021-05-21T09:27:13Z

Whotheff:

https://upx.matev.space/ - BG (Part of merger to Create the Official uPlexa Mining Pool.) 

 https://upxpool.com/ - US (Part of merger to Create the Official uPlexa Mining Pool.) 

 https://loudmining.com/upx/ - US (Part of merger to Create the Official uPlexa Mining Pool.) 

 https://be.loudmining.com/upx/ - BE/EU (Part of merger to Create the Official uPlexa Mining Pool.) 

 https://upx.miningocean.org/ - FR 

 https://uplexa.miner.rocks/ - DE 

 https://uplexa.herominers.com/ - EU, US, Asia 

 https://upx.mine2gether.com/ - UK 

 http://zergpool.com/site/mining?algo=cryptonight_upx - EU, US, Asia 

 http://upx.ms-pool.net.ua/ - NL

Hardware Hashrate Database

2020-10-13T09:05:05Z

Whotheff: /* Android Devices */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 4GB PowerColor Red Devil || 34.1 || 70 || 1150 || 2000 || Teamredminer || Custom Mem Timings, Hiveos, 900VDD/900MVDD, rxboost 21, 70c Target Temp, 50% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon || 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| RX580 8GB Sapphire Nitro+ || 31.5 || 80 || 1250 || 2190 || Teamredminer || 1-Click Polaris Bios Mod, Hiveos, 900VDD, rxboost 30, 55c Temp, 22% Fan Speed
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GTX 1050 || 7.2 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 9 3900X || 24 || 85 || 103W || 3.95 || XMRigCC ||
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-
| Huawei Mate 10 || 4 || 6.39 || 50 || N/A || Huawei Kirin 980 || Xmrig-upx || N/A
|-
| Samsung S20 Note Ultra || 4 || 7.59 || 100 || N/A || N/A || Android-UPX || 15 min
|-}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

List of all UPlexa pools

2020-09-06T19:49:28Z

Whotheff:

https://upx.miningocean.org/ - FR 

 https://uplexa.miner.rocks/ - DE 

 https://uplexa.herominers.com/ - EU, US, Asia 

 https://cnpool.cc/upx/ - HK 

 https://upxpool.com/ - US 

 https://loudmining.com/upx/ - US 

 https://be.loudmining.com/upx/ - BE/EU 

 https://upx.mine2gether.com/ - UK 

 http://zergpool.com/site/mining?algo=cryptonight_upx - EU, US, Asia 

 http://upx.ms-pool.net.ua/ - NL 

 https://hashpool.cc/ - US 

 https://upx.matev.space/ - BG

Main Page

2020-09-06T19:35:20Z

Whotheff: /* Contact/Community Links */

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== Uplexa mining pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

Hardware Hashrate Database

2020-05-30T01:07:13Z

Whotheff: /* Android Devices */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-05-30T00:57:56Z

Whotheff: /* Nvidia */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-03-07T01:42:02Z

Whotheff: /* GNU/Linux (ARM) */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 23.7 || n/a || 4.2 || Xmrig-CC || Threads=7, 80% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 9.1 || n/a || 3.2 || Xmrig-UPX || Threads=4
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.67 || 50 || N/A || NA || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-03-07T01:40:56Z

Whotheff: /* Android Devices */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 23.7 || n/a || 4.2 || Xmrig-CC || Threads=7, 80% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 9.1 || n/a || 3.2 || Xmrig-UPX || Threads=4
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4ghz || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8ghz || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.67 || 50 || N/A || NA || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-03-07T01:39:50Z

Whotheff: /* Intel */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 23.7 || n/a || 4.2 || Xmrig-CC || Threads=7, 80% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 9.1 || n/a || 3.2 || Xmrig-UPX || Threads=4
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4ghz || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8ghz || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! CPU clock !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.67 || 50 || N/A || NA || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-03-07T01:38:57Z

Whotheff: /* Android Devices */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 23.7 || n/a || 4.2 || Xmrig-CC || Threads=7, 80% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 14 || 65W || 3.2 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 9.1 || n/a || 3.2 || Xmrig-UPX || Threads=4
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4ghz || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8ghz || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! CPU clock !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.67 || 50 || N/A || NA || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-03-06T14:29:51Z

Whotheff: /* GNU/Linux (ARM) */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 23.7 || n/a || 4.2 || Xmrig-CC || Threads=7, 80% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 14 || 65W || 3.2 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 9.1 || n/a || 3.2 || Xmrig-UPX || Threads=4
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4ghz || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8ghz || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.67 || 50 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Telstra Tempo || 1 || 0.02 || 50 || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || Android-UPX || Stock ROM, Android 8.1.0
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-03-06T08:36:26Z

Whotheff: /* Android Devices */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G|| 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 23.7 || n/a || 4.2 || Xmrig-CC || Threads=7, 80% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 14 || 65W || 3.2 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 9.1 || n/a || 3.2 || Xmrig-UPX || Threads=4
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4ghz || xmrig-upx || No hugepages
|
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8ghz || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.67 || 50 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Telstra Tempo || 1 || 0.02 || 50 || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || Android-UPX || Stock ROM, Android 8.1.0
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-03-05T22:09:46Z

Whotheff: /* Intel */

Hardware Hashrate Database

2020-03-05T14:14:36Z

Whotheff: /* Intel */

Hardware Hashrate Database

2020-03-05T14:12:12Z

Whotheff: /* Intel */

Hardware Hashrate Database

2020-03-05T14:10:21Z

Whotheff: /* Intel */

Hardware Hashrate Database

2020-02-23T11:44:48Z

Whotheff: /* Nvidia */

List of all UPlexa pools

2020-02-23T10:58:01Z

Whotheff:

1. https://upx.miningocean.org/ - FR 

2. https://uplexa.miner.rocks/ - DE 

3. https://uplexa.herominers.com/ - EU, US, Asia 

4. https://cnpool.cc/upx/ - HK 

5. https://upxpool.com/ - US 

6. https://upx.loudmining.com/ - US 

7. https://upx.mine2gether.com/ - UK 

8. http://zergpool.com/site/mining?algo=cryptonight_upx - EU, US, Asia 

9. http://upx.ms-pool.net.ua/ - NL 

10. https://hashpool.cc/ - US

Main Page

2020-02-15T22:10:41Z

Whotheff: /* Uplexa pools */

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== Uplexa mining pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

Main Page

2020-02-15T22:10:22Z

Whotheff: /* IoT CPU Miners */

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== Uplexa pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

Hardware Hashrate Database

2020-02-07T15:54:20Z

Whotheff:

Hardware Hashrate Database

2020-02-07T15:51:12Z

Whotheff: /* Phones */

Hardware Hashrate Database

2020-02-07T10:07:38Z

Whotheff: /* Phones */

UPlexa Knowledgebase:XMRigCC-Nvidia

2020-02-06T22:31:19Z

Whotheff: /* 2. Miner setup */

== Mining UPlexa with Nvidia GPU in Windows ==

This is possible and it is really simple. Here is a short guide how to do it.

=== 1. Preparation ===
Make sure you have Nvidia GPU, it's fans are clean from dust and you have installed some of the recent drivers from Nvidia's website.
Then download the latest Nvidia UPX miner from it's official repository:
https://github.com/Bendr0id/xmrig-nvidia/releases

=== 2. Miner setup ===

* Extract the contents of the downloaded archive into folder of your choice.
* Open the config.json file using Notepad.
* Fill in your UPX address (inside the brakets), where your coins should be sent after mining them.
* Enter the [[List of all UPlexa pools|UPX pool's address]](URL field) of your choice and optionally: adjust the donation fee to author (default is 5%, minimum is 1%).
Here is an example of how the config file looks like:
-----------------
{
"algo": "cryptonight-extremelite",
"api": {
"port": 0,
"access-token": null,
"id": null,
"worker-id": null,
"ipv6": false,
"restricted": true
},
"background": false,
"colors": true,
"donate-level": '''5''',
"log-file": null,
"pools": [
{
"url": '''"donate2.graef.in:8188"''',
"user": '''"YOUR_WALLET"''',
"pass": "x",
"rig-id": null,
"nicehash": false,
"keepalive": true,
"variant": "upx2",
"enabled": true,
"tls": false,
"tls-fingerprint": null
}
],
"print-time": 60,
"retries": 5,
"retry-pause": 5,
"user-agent": null,
"syslog": false,
"watch": true
}

* Last step is to run '''Start.cmd''' file and UPlexa mining starts.

=== 3. Overclocking ===

To pull the max off your Nvidia GPU, please make sure to check online how to overclock your GPU.
UPX2 algorithm requires very little power. UPX2 requires mainly GPU core overclock.
You may skip overclocking it's memory. If you downvolt it or reduce the TDP you can lower it's power usage
and temperatures even further. Any Nvidia GPU can overclock safely it's core to +100MHz.
Good ones can go safely to +150MHz.

Happy UPlexa mining!

List of all UPlexa pools

2020-02-06T22:27:23Z

Whotheff: UPlexa mining pools list

1. https://upx.miningocean.org/ - FR 

2. https://uplexa.miner.rocks/ - DE 

3. https://uplexa.herominers.com/ - EU, US, Asia 

4. https://cnpool.cc/upx/ - HK 

5. https://upxpool.com/ - US 

6. https://upx.loudmining.com/ - US 

7. https://upx.mine2gether.com/ - CA 

8. http://zergpool.com/site/mining?algo=cryptonight_upx - EU, US, Asia 

9. http://upx.ms-pool.net.ua/ - NL 

10. https://hashpool.cc/ - US

UPlexa Knowledgebase:XMRigCC-Nvidia

2020-02-06T22:13:08Z

Whotheff: Created page with "== Mining UPlexa with Nvidia GPU in Windows == This is possible and it is really simple. Here is a short guide how to do it. === 1. Preparation === Make sure you have Nvidia..."

== Mining UPlexa with Nvidia GPU in Windows ==

This is possible and it is really simple. Here is a short guide how to do it.

=== 1. Preparation ===
Make sure you have Nvidia GPU, it's fans are clean from dust and you have installed some of the recent drivers from Nvidia's website.
Then download the latest Nvidia UPX miner from it's official repository:
https://github.com/Bendr0id/xmrig-nvidia/releases

=== 2. Miner setup ===

* Extract the contents of the downloaded archive into folder of your choice.
* Open the config.json file using Notepad.
* Fill in your UPX address (inside the brakets), where your coins should be sent after mining them.
* Enter the [[https://kb.uplexa.com/index.php?title=List_of_all_UPlexa_pools&action=edit&redlink=1|UPX pool]]'s address(URL field) of your choice and optionally: adjust the donation fee to author (default is 5%, minimum is 1%).
Here is an example of how the config file looks like:
-----------------
{
"algo": "cryptonight-extremelite",
"api": {
"port": 0,
"access-token": null,
"id": null,
"worker-id": null,
"ipv6": false,
"restricted": true
},
"background": false,
"colors": true,
"donate-level": '''5''',
"log-file": null,
"pools": [
{
"url": '''"donate2.graef.in:8188"''',
"user": '''"YOUR_WALLET"''',
"pass": "x",
"rig-id": null,
"nicehash": false,
"keepalive": true,
"variant": "upx2",
"enabled": true,
"tls": false,
"tls-fingerprint": null
}
],
"print-time": 60,
"retries": 5,
"retry-pause": 5,
"user-agent": null,
"syslog": false,
"watch": true
}

* Last step is to run '''Start.cmd''' file and UPlexa mining starts.

=== 3. Overclocking ===

To pull the max off your Nvidia GPU, please make sure to check online how to overclock your GPU.
UPX2 algorithm requires very little power. UPX2 requires mainly GPU core overclock.
You may skip overclocking it's memory. If you downvolt it or reduce the TDP you can lower it's power usage
and temperatures even further. Any Nvidia GPU can overclock safely it's core to +100MHz.
Good ones can go safely to +150MHz.

Happy UPlexa mining!

UPlexa Knowledgebase:XMRigCC-AMD

2020-02-06T22:12:43Z

Whotheff: Blanked the page

Main Page

2020-02-06T22:11:54Z

Whotheff:

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== IoT CPU Miners ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Active until June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

UPlexa Knowledgebase:XMRigCC-AMD

2020-02-06T18:20:38Z

Whotheff:

== Mining UPlexa with Nvidia GPU in Windows ==

This is possible and it is really simple. Here is a short guide how to do it.

=== 1. Preparation ===
Make sure you have Nvidia GPU, it's fans are clean from dust and you have installed some of the recent drivers from Nvidia's website.
Then download the latest Nvidia UPX miner from it's official repository:
https://github.com/Bendr0id/xmrig-nvidia/releases

=== 2. Miner setup ===

* Extract the contents of the downloaded archive into folder of your choice.
* Open the config.json file using Notepad.
* Fill in your UPX address (inside the brakets), where your coins should be sent after mining them.
* Enter the [[https://kb.uplexa.com/index.php?title=List_of_all_UPlexa_pools&action=edit&redlink=1|UPX pool]]'s address(URL field) of your choice and optionally: adjust the donation fee to author (default is 5%, minimum is 1%).
Here is an example of how the config file looks like:
-----------------
{
"algo": "cryptonight-extremelite",
"api": {
"port": 0,
"access-token": null,
"id": null,
"worker-id": null,
"ipv6": false,
"restricted": true
},
"background": false,
"colors": true,
"donate-level": '''5''',
"log-file": null,
"pools": [
{
"url": '''"donate2.graef.in:8188"''',
"user": '''"YOUR_WALLET"''',
"pass": "x",
"rig-id": null,
"nicehash": false,
"keepalive": true,
"variant": "upx2",
"enabled": true,
"tls": false,
"tls-fingerprint": null
}
],
"print-time": 60,
"retries": 5,
"retry-pause": 5,
"user-agent": null,
"syslog": false,
"watch": true
}

* Last step is to run '''Start.cmd''' file and UPlexa mining starts.

=== 3. Overclocking ===

To pull the max off your Nvidia GPU, please make sure to check online how to overclock your GPU.
UPX2 algorithm requires very little power. UPX2 requires mainly GPU core overclock.
You may skip overclocking it's memory. If you downvolt it or reduce the TDP you can lower it's power usage
and temperatures even further. Any Nvidia GPU can overclock safely it's core to +100MHz.
Good ones can go safely to +150MHz.

Happy UPlexa mining!

Main Page

2020-02-06T18:17:39Z

Whotheff:

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== IoT CPU Miners ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Active until June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

UPlexa Knowledgebase:XMRigCC-AMD

2020-02-06T18:14:39Z

Whotheff: /* 2. Miner setup */

== Mining Uplexa with Nvidia GPU in WIndows ==

This is possible and it is really simple. Here is a short guide how to do it.

=== 1. Preparation ===
Make sure you have Nvidia GPU, it's fans are clean from dust and you have installed some of the recent drivers from Nvidia's website.
Then download the latest Nvidia UPX miner from it's official repository:
https://github.com/Bendr0id/xmrig-nvidia/releases

=== 2. Miner setup ===

* Extract the contents of the downloaded archive into folder of your choice.
* Open the config.json file using Notepad.
* Fill in your UPX address (inside the brakets), where your coins should be sent after mining them.
* Enter the UPX pool's address(URL field) of your choice and optionally: adjust the donation fee to author (default is 5%, minimum is 1%).
Here is an example of how the config file looks like:
-----------------
{
"algo": "cryptonight-extremelite",
"api": {
"port": 0,
"access-token": null,
"id": null,
"worker-id": null,
"ipv6": false,
"restricted": true
},
"background": false,
"colors": true,
"donate-level": '''5''',
"log-file": null,
"pools": [
{
"url": '''"donate2.graef.in:8188"''',
"user": '''"YOUR_WALLET"''',
"pass": "x",
"rig-id": null,
"nicehash": false,
"keepalive": true,
"variant": "upx2",
"enabled": true,
"tls": false,
"tls-fingerprint": null
}
],
"print-time": 60,
"retries": 5,
"retry-pause": 5,
"user-agent": null,
"syslog": false,
"watch": true
}

* Last step is to run '''Start.cmd''' file and mining starts.

=== 3. Overclocking ===

To pull the max off your Nvidia GPU, please make sure to check online how to overclock your GPU.
UPX2 algorithm requires very little power. UPX2 requires mainly GPU core overclock.
You may skip overclocking it's memory. If you downvolt it or reduce the TDP you can lower it's power usage
and temperatures even further. Any Nvidia GPU can overclock safely it's core to +100MHz.
Good ones can go safely to +150MHz.

Happy mining!

UPlexa Knowledgebase:XMRigCC-AMD

2020-02-06T18:13:18Z

Whotheff: Created page with "== Mining Uplexa with Nvidia GPU in WIndows == This is possible and it is really simple. Here is a short guide how to do it. === 1. Preparation === Make sure you have Nvidia..."

== Mining Uplexa with Nvidia GPU in WIndows ==

This is possible and it is really simple. Here is a short guide how to do it.

=== 1. Preparation ===
Make sure you have Nvidia GPU, it's fans are clean from dust and you have installed some of the recent drivers from Nvidia's website.
Then download the latest Nvidia UPX miner from it's official repository:
https://github.com/Bendr0id/xmrig-nvidia/releases

=== 2. Miner setup ===

* Extract the contents of the downloaded archive into folder of your choice.
* Open the config.json file using Notepad.
* Fill in your UPX address (inside the brakets), where your coins should be sent after mining them.
* Enter the UPX pool's address of your choice and optionally: adjust the donation fee to author (default is 5%, minimum is 1%).
Here is an example of how the config file looks like:
-----------------
{
"algo": "cryptonight-extremelite",
"api": {
"port": 0,
"access-token": null,
"id": null,
"worker-id": null,
"ipv6": false,
"restricted": true
},
"background": false,
"colors": true,
"donate-level": '''5''',
"log-file": null,
"pools": [
{
"url": '''"donate2.graef.in:8188"''',
"user": '''"YOUR_WALLET"''',
"pass": "x",
"rig-id": null,
"nicehash": false,
"keepalive": true,
"variant": "upx2",
"enabled": true,
"tls": false,
"tls-fingerprint": null
}
],
"print-time": 60,
"retries": 5,
"retry-pause": 5,
"user-agent": null,
"syslog": false,
"watch": true
}

* Last step is to run '''Start.cmd''' file and mining starts.

=== 3. Overclocking ===

To pull the max off your Nvidia GPU, please make sure to check online how to overclock your GPU.
UPX2 algorithm requires very little power. UPX2 requires mainly GPU core overclock.
You may skip overclocking it's memory. If you downvolt it or reduce the TDP you can lower it's power usage
and temperatures even further. Any Nvidia GPU can overclock safely it's core to +100MHz.
Good ones can go safely to +150MHz.

Happy mining!

Hardware Hashrate Database

2020-02-06T13:41:35Z

Whotheff: /* Tablets */

Hardware Hashrate Database

2020-02-06T13:41:11Z

Whotheff: /* Smart Phones and Tablets*/

Hardware Hashrate Database

2020-02-06T13:00:25Z

Whotheff: /* Intel */

Hardware Hashrate Database

2020-02-06T12:59:30Z

Whotheff: /* AMD */

Hardware Hashrate Database

2020-02-06T12:59:10Z

Whotheff: /* Intel */

Hardware Hashrate Database

2020-02-06T12:58:48Z

Whotheff: /* AMD */

Hardware Hashrate Database

2020-02-03T08:11:52Z

Whotheff: /* AMD */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% fan speed
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| Replace Me || 1 || 11 || 1mhz || 40 || FruityMiner || Blank
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nprocs !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-

===ARM===
{| class="wikitable sortable"
|-
! Model !! p/t !! Khash/s !! ACP [W] !! Clock !! Miner !! Comment
|-
| Replace Me || 1 || 1 || 1 GHz || Blank || Blank || Blank
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nprocs !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Replace me || 1 || 1 || 1 || 1 || Xmrig-upx || BLANK
|-
|}

===Other===
{| class="wikitable sortable"
|-
! Model !! nprocs !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Replace Me || 1 || 1 || 1 || 1 || Xmrig-upx || BLANK
|-
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-02-03T08:08:37Z

Whotheff: /* AMD */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% fan speed
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| Replace Me || 1 || 11 || 1mhz || 40 || FruityMiner || Blank
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nprocs !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU

===ARM===
{| class="wikitable sortable"
|-
! Model !! p/t !! Khash/s !! ACP [W] !! Clock !! Miner !! Comment
|-
| Replace Me || 1 || 1 || 1 GHz || Blank || Blank || Blank
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nprocs !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Replace me || 1 || 1 || 1 || 1 || Xmrig-upx || BLANK
|-
|}

===Other===
{| class="wikitable sortable"
|-
! Model !! nprocs !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Replace Me || 1 || 1 || 1 || 1 || Xmrig-upx || BLANK
|-
|}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

UPlexa Knowledgebase:XMRigCC

2020-02-03T07:52:16Z

Whotheff:

== '''How to mine uPlexa using a CPU under Windows OS''' ==

To mine uPlexa coins using the latest algo: UPX2, you will need either a CPU (old server CPU mining also works), GPU or an IoT device for smartphone mining, mining with TV box, old Xbox, etc.
In this example we'll show how to mine with your CPU with OS Windows.

===== Requirements for mining uPlexa =====
Any computer and [https://github.com/Bendr0id/xmrigCC/releases XMRRig CC 1.9.3 or later] (this is a Windows OS guide)

===== Preparation for mining uPlexa =====
# 1.Download [https://www.hwinfo.com/download/ HWinfo] to monitor CPU temps
# 2. Note your CPU idle temp and fan speed.
# 3. Check your PC cooler for excessive dust and clean it if needed (also valid for laptops).
After all, you don't want to kill your PC/laptop. ''*Having an aftermarket CPU cooler helps a lot.''
# 4. Enable Huge Pages support (increases mining speed by about 10%):

To use large pages (2-4MB) pages you specifically need to give your user the "'''lock pages in memory'''" privilege using Local Security Policy.

Note: at this time, Windows Home, Starter versions do not support changing privileges thus this feature cannot be enabled through "official means".

For '''Windows Professional, Enterprise, Ultimate or Server''':

Run '''Start\All Programs\Administrative Tools\Local Security Policy'''
Expand '''Local Policies\User Rights Assignment''', scroll down and double-click '''Lock Pages in Memory'''. Feel free to read the explanation about the setting.
Click '''Add User or Group''' and find your user - or Administrators group if your user has Admin rights - and add it in.
Restart your PC for the setting to become active.

===== Setting up the uPlexa CPU miner XMRigCC=====

# 1. Then extract the contents of the XMRigCC to a folder of your convenience.
If Anti-virus software is blocking/deleting it, please add it as an exception
(consult your AV software manual on how to do this).

# 2.Open folder '''server''' and run xmrigCCServer.exe if you need it. Otherwise you can disable server part by opening folder "server" then open file ''config_cc.json'' with Notepad or another text editor. Then add: ''"enabled": false,'' after the first bracket.
Example:

{
"enabled": false,
"background": false, // true to run the cc-server in the background (no console)
"colors": true, // false to disable colored output
# 3.Go back one level and open folder miner and open config.json with Notepad or another text editor.
# 4.Fill in the fields:

"algo": "cryptonight-extremelight",
"threads": 15, (put the desired number of threads there. Ideally you should input a number equal to the number of logical CPUs (threads) of your computer's processor, minus 1. In my case they are 15)
"pow-variant" : "upx2",
"donate-level": 1, (to donate more than 1% to the people who created the miner. Minimum is 1%)
"max-cpu-usage": 95, (all mining cores will be limited to this % CPU usage. In my case 95%. This allows browsing, watching movies, etc. while mining)

Under "Pools", fill in your mining pool's address and port.
For username, use your '''uPlexa address''' and put something for password.

After that run the miner by starting xmrigDaemon.exe (keep in mind that the server part is still running).
If you see a green sign '''"Accepted"''' that means you just produced a valid hash and submitted it to the pool!

If you want to dive into more advanced features of the miner like controlling it remotely from
a webpage, dive in to the author's documentation.

==== Monitoring ====

Open HWinfo and monitor the CPU temps. Acceptable temperature for a CPU to run 24/7 is debatable among miners.
For me, 65C is max temp for any semi-conductor part which must survive more than 2 years.
For others, 80C is absolutely fine.

However, there are some facts which are undeniable:

* Not all CPUs are equal. Every CPU maker lists a max CPU die temperature.
This is the temperature at which the CPU dielectric insulation will melt and damage the CPU.
You can search for your CPU on the web.
* Lower temps is always better than high temps.
* Constant high CPU load makes motherboard components also work harder and make more heat.
* Home motherboards are not made for 24/7 load while server boards/CPUs/fans/PSUs are.
* After 65C all semiconductor parts have half their usual life span.

===== Optimizing hashrate/temps/CPU usage. =====

You can adjust some settings to achieve best results.

There are several use cases when it comes to mining:
* 1. You want the highest hashrate available, whatever the electric cost and hardware temps are.
* 2. You want silent and completely usable PC while mining.
* 3. You want low electric cost, high mining yield and modest PC usability which allows PC to be used for watching movies, browsing with light lag.

Since I cannot cover all possible processors in this article,
I'll talk about the one which I know best: AMD Ryzen 1700

'''Highest hashrate scenario'''

Use all 16 threads, CPU usage 100%, overclock the CPU at max speed which it allows without crashing.

'''Silent and usable PC scenario'''

Use not more than half the CPU threads your CPU has, set CPU usage to not more than 75%. Overclock Ryzen 1700 to 3.5Ghz,
undervolt it to 1.150V

'''Low cost, high hashrate CPU mining, modest PC usage'''

Use 14 or 15 out of 16 Threads to allow 1 or two threads to be available for other apps. You can even dedicate
these two cores (threads) to the apps using Task Manager's CPU Affinity. Set CPU usage to 90%, Overclock to 3.5Ghz,
undervolt as much as possible. 1.105V is realistic.

'''Final words and warnings'''
''All of the above is recommended (by Whotheff) usage of software and hardware. Feel free to alter it to fit your liking.
Improper use, voltages/temps can damage your hardware. Mining is very intensive load for any hardware so please
keep that in mind in case you are planning to mine 24/7. Ensure having a good ventilation and cool air in the room
when mining and do regular maintenance.''

Happy uPlexa mining!

UPlexa Knowledgebase:XMRigCC

2019-08-30T03:26:06Z

Whotheff: /* Setting up the uPlexa CPU miner XMRigCC */

== '''How to mine uPlexa using a CPU under Windows OS''' ==

To mine uPlexa coins using the latest algo: UPX2, you will need either a CPU, GPU or an IoT device like mobile phone, TV box, etc.

===== Requirements for mining uPlexa =====
Any computer and [https://github.com/Bendr0id/xmrigCC/releases XMRRig CC 1.9.3 or later] (this is a Windows OS guide)

===== Preparation for mining uPlexa =====
# 1.Download [https://www.hwinfo.com/download/ HWinfo] to monitor CPU temps
# 2. Note your CPU idle temp and fan speed.
# 3. Check your PC cooler for excessive dust and clean it if needed (also valid for laptops).
After all, you don't want to kill your PC/laptop. ''*Having an aftermarket CPU cooler helps a lot.''
# 4. Enable Huge Pages support (increases mining speed by about 10%):

To use large pages (2-4MB) pages you specifically need to give your user the "'''lock pages in memory'''" privilege using Local Security Policy.

Note: at this time, Windows Home, Starter versions do not support changing privileges thus this feature cannot be enabled through "official means".

For '''Windows Professional, Enterprise, Ultimate or Server''':

Run '''Start\All Programs\Administrative Tools\Local Security Policy'''
Expand '''Local Policies\User Rights Assignment''', scroll down and double-click '''Lock Pages in Memory'''. Feel free to read the explanation about the setting.
Click '''Add User or Group''' and find your user - or Administrators group if your user has Admin rights - and add it in.
Restart your PC for the setting to become active.

===== Setting up the uPlexa CPU miner XMRigCC=====

# 1. Then extract the contents of the XMRigCC to a folder of your convenience.
If Anti-virus software is blocking/deleting it, please add it as an exception
(consult your AV software manual on how to do this).

# 2.Open folder '''server''' and run xmrigCCServer.exe if you need it. Otherwise you can disable server part by opening folder "server" then open file ''config_cc.json'' with Notepad or another text editor. Then add: ''"enabled": false,'' after the first bracket.
Example:

{
"enabled": false,
"background": false, // true to run the cc-server in the background (no console)
"colors": true, // false to disable colored output
# 3.Go back one level and open folder miner and open config.json with Notepad or another text editor.
# 4.Fill in the fileds:

"algo": "cryptonight-extremelight",
"threads": 15, (put the desired number of threads there. Ideally you should input a number equal to the number of logical CPUs (threads) of your computer's processor. In my case they are 15)
"pow-variant" : "upx2",
"donate-level": 1, (to donate more than 1% to the people who created the miner. Minimum is 1%)
"max-cpu-usage": 95, (all mining cores will be limited to this % CPU usage. In my case 95%)

Under "Pools", fill in your mining pool's address and port.
For username, use your '''uPlexa address''' and put something for password.

After that run the miner by starting xmrigDaemon.exe (keep in mind that the server part is still running).
If you see a green sign '''"Accepted"''' that means you just produced a valid hash and submitted it to the pool!

If you want to dive into more advanced features of the miner like controlling it remotely from
a webpage, dive in to the author's documentation.

==== Monitoring ====

Open HWinfo and monitor the CPU temps. Acceptable temperature for a CPU to run 24/7 is debatable among miners.
For me, 65C is max temp for any semi-conductor part which must survive more than 2 years.
For others, 80C is absolutely fine.

However, there are some facts which are undeniable:

* Not all CPUs are equal. Every CPU maker lists a max CPU die temperature.
This is the temperature at which the CPU dielectric insulation will melt and damage the CPU.
You can search for your CPU on the web.
* Lower temps is always better than high temps.
* Constant high CPU load makes motherboard components also work harder and make more heat.
* Home motherboards are not made for 24/7 load while server boards/CPUs/fans/PSUs are.
* After 65C all semiconductor parts have half their usual life span.

===== Optimizing hashrate/temps/CPU usage. =====

You can adjust some settings to achieve best results.

There are several use cases when it comes to mining:
* 1. You want the highest hashrate available, whatever the electric cost and hardware temps are.
* 2. You want silent and completely usable PC while mining.
* 3. You want low electric cost, high mining yield and modest PC usability which allows PC to be used for watching movies, browsing with light lag.

Since I cannot cover all possible processors in this article,
I'll talk about the one which I know best: AMD Ryzen 1700

'''Highest hashrate scenario'''

Use all 16 threads, CPU usage 100%, overclock the CPU at max speed which it allows without crashing.

'''Silent and usable PC scenario'''

Use not more than half the CPU threads your CPU has, set CPU usage to not more than 75%. Overclock Ryzen 1700 to 3.5Ghz,
undervolt it to 1.150V

'''Low cost, high hashrate CPU mining, modest PC usage'''

Use 14 or 15 out of 16 Threads to allow 1 or two cores to be available for other apps. You can even dedicate
these two cores (threads) to the apps using Task Manager's CPU Affinity. Set CPU usage to 90%, Overclock to 3.5Ghz,
undervolt as much as possible. 1.105V is realistic.

'''Final words and warnings'''
''All of the above is recommended (by Whotheff) usage of software and hardware. Feel free to alter it to fit your liking.
Improper use, voltages/temps can damage your hardware. Mining is very intensive load for any hardware so please
keep that in mind in case you are planning to mine 24/7. Ensure having a good ventilation and cool air in the room
when mining and do regular maintenance.''

Happy uPlexa mining!

Main Page

2019-06-15T14:57:23Z

Whotheff:

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-NVIDIA]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Active until June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]

== Exchanges ==
* [https://app.stex.com/en/basic-trade/pair/BTC/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

UPlexa Knowledgebase:XMRigCC

2019-06-11T19:46:42Z

Whotheff:

== '''How to mine uPlexa using a CPU under Windows OS''' ==

To mine uPlexa coins using the latest algo: UPX2, you will need either a CPU, GPU or an IoT device like mobile phone, TV box, etc.

===== Requirements for mining uPlexa =====
Any computer and [https://github.com/Bendr0id/xmrigCC/releases XMRRig CC 1.9.3 or later] (this is a Windows OS guide)

===== Preparation for mining uPlexa =====
# 1.Download [https://www.hwinfo.com/download/ HWinfo] to monitor CPU temps
# 2. Note your CPU idle temp and fan speed.
# 3. Check your PC cooler for excessive dust and clean it if needed (also valid for laptops).
After all, you don't want to kill your PC/laptop. ''*Having an aftermarket CPU cooler helps a lot.''
# 4. Enable Huge Pages support (increases mining speed by about 10%):

To use large pages (2-4MB) pages you specifically need to give your user the "'''lock pages in memory'''" privilege using Local Security Policy.

Note: at this time, Windows Home, Starter versions do not support changing privileges thus this feature cannot be enabled through "official means".

For '''Windows Professional, Enterprise, Ultimate or Server''':

Run '''Start\All Programs\Administrative Tools\Local Security Policy'''
Expand '''Local Policies\User Rights Assignment''', scroll down and double-click '''Lock Pages in Memory'''. Feel free to read the explanation about the setting.
Click '''Add User or Group''' and find your user - or Administrators group if your user has Admin rights - and add it in.
Restart your PC for the setting to become active.

===== Setting up the uPlexa CPU miner XMRigCC=====

# 1. Then extract the contents of the XMRigCC to a folder of your convenience.
If Anti-virus software is blocking/deleting it, please add it as an exception
(consult your AV software manual on how to do this).

# 2.Open folder "server" and run xmrigCCServer.exe
# 3.Go back one level and open folder miner and open config.json with Notepad or another text editor.
# 4.Fill in the fileds:

"algo": "cryptonight-extremelight",
"threads": 15, (put the desired number of threads there. In my case they are 15)
"pow-variant" : "upx2",
"donate-level": 1, (to donate more than 1% to the people who created the miner. Minimum is 1%)
"max-cpu-usage": 95, (all mining cores will be limited to this % CPU usage. In my case 95%)

Under "Pools", fill in your mining pool's address and port.
For username, use your '''uPlexa address''' and put something for password.

After that run the miner by starting xmrigDaemon.exe (keep in mind that the server part is still running).
If you see a green sign '''"Accepted"''' that means you just produced a valid hash and submitted it to the pool!

If you want to dive into more advanced features of the miner like controlling it remotely from
a webpage, dive in to the author's documentation.

==== Monitoring ====

Open HWinfo and monitor the CPU temps. Acceptable temperature for a CPU to run 24/7 is debatable among miners.
For me, 65C is max temp for any semi-conductor part which must survive more than 2 years.
For others, 80C is absolutely fine.

However, there are some facts which are undeniable:

* Not all CPUs are equal. Every CPU maker lists a max CPU die temperature.
This is the temperature at which the CPU dielectric insulation will melt and damage the CPU.
You can search for your CPU on the web.
* Lower temps is always better than high temps.
* Constant high CPU load makes motherboard components also work harder and make more heat.
* Home motherboards are not made for 24/7 load while server boards/CPUs/fans/PSUs are.
* After 65C all semiconductor parts have half their usual life span.

===== Optimizing hashrate/temps/CPU usage. =====

You can adjust some settings to achieve best results.

There are several use cases when it comes to mining:
* 1. You want the highest hashrate available, whatever the electric cost and hardware temps are.
* 2. You want silent and completely usable PC while mining.
* 3. You want low electric cost, high mining yield and modest PC usability which allows PC to be used for watching movies, browsing with light lag.

Since I cannot cover all possible processors in this article,
I'll talk about the one which I know best: AMD Ryzen 1700

'''Highest hashrate scenario'''

Use all 16 threads, CPU usage 100%, overclock the CPU at max speed which it allows without crashing.

'''Silent and usable PC scenario'''

Use not more than half the CPU threads your CPU has, set CPU usage to not more than 75%. Overclock Ryzen 1700 to 3.5Ghz,
undervolt it to 1.150V

'''Low cost, high hashrate CPU mining, modest PC usage'''

Use 14 or 15 out of 16 Threads to allow 1 or two cores to be available for other apps. You can even dedicate
these two cores (threads) to the apps using Task Manager's CPU Affinity. Set CPU usage to 90%, Overclock to 3.5Ghz,
undervolt as much as possible. 1.105V is realistic.

'''Final words and warnings'''
''All of the above is recommended (by Whotheff) usage of software and hardware. Feel free to alter it to fit your liking.
Improper use, voltages/temps can damage your hardware. Mining is very intensive load for any hardware so please
keep that in mind in case you are planning to mine 24/7. Ensure having a good ventilation and cool air in the room
when mining and do regular maintenance.''

Happy uPlexa mining!

UPlexa Knowledgebase:XMRigCC

2019-06-11T12:00:58Z

Whotheff:

UPlexa Knowledgebase:XMRigCC

2019-06-11T08:32:59Z

Whotheff:

UPlexa Knowledgebase:XMRigCC

2019-06-11T07:57:00Z

Whotheff:

To mine uPlexa coins using the new algo: UPX2, you will need either a CPU, GPU or an IoT device like mobile phone, TV box, etc.
In this article we will discuss '''how to mine uPlexa using a CPU'''.

Requirements:
Any computer and [https://github.com/Bendr0id/xmrigCC/releases XMRRig CC 1.9.3 or later]

Preparation:
1.Download [https://www.hwinfo.com/download/ HWinfo] to monitor CPU temps
2. Note your CPU idle temp and fan speed.
3. Check your PC cooler for excessive dust and clean it if needed (also valid for laptops).
After all, you don't want to kill your PC/laptop. ''*Having an aftermarket CPU cooler helps a lot.''
4. Enable Huge Pages support (increases mining speed by about 10%):

To use large pages (2-4MB) pages you specifically need to give your user the "lock pages in memory" privilege using Local Security Policy.

Note: at this time, Windows Home, Starter versions do not support changing privileges thus this feature cannot be enabled through "official means".

For Windows Professional, Enterprise, Ultimate or Server:

Run '''Start\All Programs\Administrative Tools\Local Security Policy'''
Expand '''Local Policies\User Rights Assignment''', scroll down and double-click '''Lock Pages in Memory'''. Feel free to read the explanation about the setting.
Click '''Add User or Group''' and find your user - or Administrators group if your user has Admin rights - and add it in.
Restart your PC for the setting to become active.

Your PC is now ready for mining!

1. Then extract the contents of the XMRRig CC to a folder of your convenience.
If Anti-virus software is blocking/deleting it, please add it as an exception
(consult your AV software manual on how to do this).

2.
3.
4.

Optimizing hashrate/temps/CPU usage.

You can adjust some settings to achieve best results.

There are several use cases when it comes to mining:
1. You want the highest hashrate available, whatever the electric cost and hardware temps are.
2. You want silent and completely usable PC while mining.
3. You want low electric cost, high mining yield and modest PC usability which allows
PC to be used for watching movies, browsing with light lag.

Since I cannot cover all possible processors in this article,
I'll talk about the one which I know best: AMD Ryzen 1700

'''Highest hashrate scenario:'''

Use all 16 threads, CPU usage 100%, overclock the CPU at max speed which it allows without crashing.

'''Silent and usable PC scenario:'''

Use not more than half the CPU threads your CPU has, set CPU usage to not more than 75%. Overclock Ryzen 1700 to 3.5Ghz,
undervolt it to 1.150V

'''Low cost, high hashrate CPU mining, modest PC usage:'''

Use 14 or 15 out of 16 Threads to allow 1 or two cores to be available for other apps. You can even dedicate
these two cores (threads) to the apps using Task Manager's CPU Affinity. Set CPU usage to 90%, Overclock to 3.5Ghz
undervolt as much as possible, 1.105V is realistic.

Happy uPlexa mining!

UPlexa Knowledgebase:XMRigCC

2019-06-11T07:29:40Z

Whotheff: uplexa cpu mining using xmrigcc