RX 5500XT Mining Settings Overclock and Hashrate

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DISCLAIMER

Remember Silicon Lottery when it comes to GPU mining! It is possible that the Clocks / Undervolts / Voltages shown in this article won’t work for you due to GPU Brands / Memory / Manufacturing. It is also important to consider temperatures and cooling methods. Do your own research and test at your own risk

RX 5500XT Mining Settings for all algorithms including their expected profitability, as well as a full overview and build.

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RX 5500XT Mining Profitability

RX 5500XT Mining Profitability fluctuates depending on crypto price and mining difficulty of coins. You can check the latest mining profitability of RX 5500XT on whattomine.com.

The RX 5500XT Mining profitability in different algorithms or in different crypto coins can be found in this link.

RX 5500XT is having a thermal throttle issue in mining. It’s challenging to deal with these issues.

RX 5500XT Hashrate

Coin	Hashrate	Power
Meowcoin	14.62 Mh/s	78 w
Ravencoin	14.62 Mh/s	78 w
Neoxa	14.62 Mh/s	78 w
Ethereum Classic	27.24 Mh/s	65 w
Flux	22.90 Sol/s	52 w
EthereumFair	27.24 Mh/s	65 w
Ethereum POW	27.24 Mh/s	65 w
Ergo	53.56 Mh/s	67 w
Kaspa	166.00 Mh/s	51 w

RX 5500XT Mining Settings

Here are the RX 5500XT can mining settings of Ethereum Classic, Ravencoin, Ergo, Flux, Firo, Neoxa, Conflux, Kaspa, Aeternity, Alephium, Ethereum POW, Ethereum Fair, Aion, Cortex, Beam, Bitcoin GOLD, Veil, Mimble Coin, Grin, Vertcoin, and many More.

RX 5500XT Ethereum Classic Mining Setting

Ethereum Classic is used EtHash algorithm to mine. The RX 5500XT provides 27 Mh/s hashrate with a power consumption of 65 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
ETC	27 Mh/s	1000	Hiveos: 960 Windows: 1920	687mv

CORE UNDERVOLT	687mV
MVDD	1280
MVDDCI	750

RX 5500XT Ravencoin Mining Setting

Ravencoin is used KawPow algorithm to mine. The RX 5500XT receives 14.62 Mh/s hashrate with a power consumption of 68 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

Make sure your GPU is properly working in cool Enovirmanet before using KawPow Algorithm.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
RVN	14.62 Mh/s	1450	Hiveos: 955 Windows: 1910	825mv

CORE UNDERVOLT	825mV
MVDD	1280
MVDDCI	750

RX 5500XT Meowcoin Mining Setting

Meowcoin is used KawPow algorithm to mine. The RX 5500XT receives 14.62 Mh/s hashrate with a power consumption of 69 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

Make sure your GPU is properly working in cool Enovirmanet before using KawPow Algorithm.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
MEWC	14.62 Mh/s	1450	Hiveos: 955 Windows: 1910	825mv

CORE UNDERVOLT	825mV
MVDD	1280
MVDDCI	750

RX 5500XT Ergo Mining Setting

Ergo has used the Autolykos algorithm to mine. The RX 5500XT receives 53.56 Mh/s hashrate with a power consumption of 67 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
ERG	53.56 Mh/s	1000	Hiveos: 960 Windows: 1920	700mv

CORE UNDERVOLT	700mV
MVDD	1280
MVDDCI	750

RX 5500XT Flux Mining Setting

Flux has used the ZelHash algorithm to mine. The RX 5500XT receives 22.9 Sol/s hashrate with a power consumption of 52 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
Flux	22.9 Sol/s	1450	Hiveos: 875 Windows: 1750	825mv

CORE UNDERVOLT	825mV
MVDD	1280
MVDDCI	750

RX 5500XT Firo Mining Setting

FIRO has used the FiroPow algorithm to mine. The RX 5500XT receives 14 Mh/s hashrate with a power consumption of 70 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

Make sure your GPU is properly working in cool Enovirmanet before using FiroPow Algorithm.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
FIRO	14 Mh/s	1450	Hiveos: 955 Windows: 1910	825mv

CORE UNDERVOLT	825mV
MVDD	1280
MVDDCI	750

RX 5500XT Neoxa Mining Setting

Neoxa has used the KawPow algorithm to mine. The RX 5500XT receives 14.5 Mh/s hashrate with a power consumption of 80 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
RVN	14.5 Mh/s	1450	Hiveos: 955 Windows: 1910	825mv

CORE UNDERVOLT	825mV
MVDD	1280
MVDDCI	750

RX 5500XT Kaspa Mining Setting

Kaspa has used the KHEAVYHASH algorithm to mine. The RX 5500XT receives 166 Mh/s hashrate with a power consumption of 51 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
KAS	166 Mh/s	1450	Hiveos: 875 Windows: 1750	825mv

CORE UNDERVOLT	825mV
MVDD	1280
MVDDCI	750

RX 5500XT Ethereum POW Mining Setting

Ethereum POW has used the EtHash algorithm to mine. The RX 5500XT receives 27 Mh/s hashrate with a power consumption of 64 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.

COIN	HASHRATE	CORE	MEMORY	POWER LIMIT
ETHW	27 Mh/s	1000	Hiveos: 960 Windows: 1920	687mv

CORE UNDERVOLT	687mV
MVDD	1280
MVDDCI	750

RX 5500XT Ethereum Fair Mining Setting

Ethereum Fair has used the EtHash algorithm to mine. The RX 5500XT receives 27 Mh/s hashrate with a power consumption of 66 watts. Here are the settings you can use with your Windows and Hiveos. Everything seems to be working fine with these settings.