RX 6900 XT Overclock Settings Hiveos
Graphics cards overclocking
For overclocking graphics cards on Hive OS, there is a separate section in the web interface. It’s called “Overclock Templates” – it’s a tab in your account.
Here you need to create an overclocking profile using the “Add OC Template” button and assigning a name. The created profile will appear in the same tab.
The most interesting thing starts inside the profile – you can go there by clicking on the pencil icon on the right. A menu will open with all possible overclock settings.
The first thing you should pay attention to is the graphics card manufacturer. With NVidia, the settings are much easier than with AMD. Consider the parameters on the example of the first manufacturer:
- Core Clock Offset – this is a clever field that implies overclocking by the entered value, however, if it is less than 500 MHz, it will slow down;
- Memory clock – a value that affects the graphics card’s memory overclocking;
- Fan – percentage value, affects the operation of graphics card coolers – when set to 0, the regulation will be automatic depending on the temperature;
- Power limit – the maximum allowable power consumption in watts;
- Delay in seconds before applying overclocking – Delay before starting to overclock the graphics card.
These are the main parameters, but there are others that do not have a particular impact on performance. For example, disabling LED indicators or additional fixes for some cards. It’s best to use popular presets that have the most appropriate settings.
Just choose one of them and save the profile. It is worth considering the level of overclocking, the approximate temperature, and also provide cooling – whether the current one will handle it.
If the cooling is only built-in, it is better not to overclock it completely, as some vendors install less efficient cooling elements.
Samsung
HASHRATE | CORE | VDD | MEM | PRODUCER | MINER |
---|---|---|---|---|---|
63.11 | 1500 | 900 | 1075 | Sapphire | ? |
RX 6800 Overclock Settings Hiveos
Samsung
HASHRATE | CORE | DPM | VDD/VDDCI/MVDD | MEM | PRODUCER | MINER |
---|---|---|---|---|---|---|
60.01 | 1250 | 0 | 775/-/- | 1050 | Gigabyte | TRM 0.8.1 |
60.73 | 1235 | 5 | -/750/1300 | 1070 | MSI | ? |
54.80 | 1350 | – | 925/800/1280 | 1070 | ASRock | TRM |
57.12 | 1550 | 5 | 800/800/1350 | 1300 | ASRock | TRM 0.8.2 |
58.42 | 1700 | – | -/-/- | 2100 | PowerColor | ? |
RX 6700 XT Overclock Settings HiveOS
Management of the mining farm
The entire process of managing the mining platform or farm, once it is set up, takes place in your personal account. You need to select an active farm inside the platform and then an employee who mines the cryptocurrency. The main controls can be seen at the top. Operations that can be performed:
- turn on / off the mining farm;
- manage power, component temperature, cooling;
- configure work via VPN and some other network parameters;
- work with console commands supported by the Linux operating system;
- execute commands on the Hive OS system and the farm itself.
These are the most basic operations, in fact, there are many more.
Samsung
HASHRATE | CORE | DPM | VDD/VDDCI/MVDD | MEM | PL | PRODUCER | MINER |
---|---|---|---|---|---|---|---|
45.54 | 1200 | 1 | 800/800/1200 | 1050 | 110 | AMD / ATI | ? |
46.47 | 1200 | – | 650/-/- | 1075 | – | ASRock | ? |
46.87 | 1300 | 1 | -/-/- | 1075 | 120 | ASUS | Phoenix 5.5c |