Hey! How are you?
I finally scraped together the components for the build server, lol xD
This magnificent configuration has:
Now I will assemble all this into a housing and install the system. I think I'm going to succeed, lol
I finally scraped together the components for the build server, lol xD
This magnificent configuration has:
CPU - Phenom II x6 1065T AM3 socket
GPU - ASUS EAX300SE-X/TD RADEON X300SE
RAM - 16GB DDR3 1600 MHz (DEXP)
MOTHERBOARD - Gigabyte GA-MA770T-UD3
HDD - 320 GB WD-BLUE WD3200BPVT 5400 RPM
SSD - 128 GB smartbuy splash MX902-25S3
Now I will assemble all this into a housing and install the system. I think I'm going to succeed, lol
Done, it remains to wait for the system to download and install, lol
I'm waiting for a joke about the power supply xD
I'm waiting for a joke about the power supply xD
Damn it, it looks "great" lol, I never would have thought that I would create android builds on this
On the Top of the "server" lies Redmi 9, which distributes the Internet, lol
I think I'll save it for memory in this channel xD
On the Top of the "server" lies Redmi 9, which distributes the Internet, lol
I think I'll save it for memory in this channel xD
I was asked in the comments how appropriate it is to build on a home server, and whether it would be cheaper to rent a server, here are the answers to your questions from a mathematical point of view.
The efficiency of the power supply is around 70-90%. Let's take the average of 80%. The power supply unit, after conversion, consumes 250 watts at peak along 12 volt lines mainly. To find out how many watts the power supply consumes at the same time from a 220 volt line, let's make calculations:
That is, we get 312.5 watts of consumption from a 220 volt line, per hour. The server is actively used for 5-6 hours when creating an android build. It is not difficult to calculate:
1kWh in my country costs 5.24₽. Hence:
It is much more profitable than you think. The question is not about electricity, as it seems, but about the Internet. I don't have a good wired internet connection, and I have to distribute internet from my phone.
More accurate measurements will allow you to make special devices, but I don't see the point in this :D
The efficiency of the power supply is around 70-90%. Let's take the average of 80%. The power supply unit, after conversion, consumes 250 watts at peak along 12 volt lines mainly. To find out how many watts the power supply consumes at the same time from a 220 volt line, let's make calculations:
W = 250W : 0.80n = 312.5W
That is, we get 312.5 watts of consumption from a 220 volt line, per hour. The server is actively used for 5-6 hours when creating an android build. It is not difficult to calculate:
Wh = 312.5 * 6h = 1815Wh = 1.8kw
1kWh in my country costs 5.24₽. Hence:
1.8kWh * 5.24 = 9.43₽ or 0.11$
It is much more profitable than you think. The question is not about electricity, as it seems, but about the Internet. I don't have a good wired internet connection, and I have to distribute internet from my phone.
More accurate measurements will allow you to make special devices, but I don't see the point in this :D
⚙️ LineageOS 18.1 Unofficial | 11 Android
📅 Released 24.07.2024
⚒ By WolfAURman
🗒 Changelog:
- Synchronized with the latest sources
- Security patch for February 2024
- Vanilla build
- Other minor fixes
🗓 Notes:
- Clean flash
⚠️ Bug's:
- none
🔗 GApps for a11 | Flash step's | Credit's | Screenshots
💾 Downloads ROM
#LineageOS #ROM #R #Onclite
📅 Released 24.07.2024
⚒ By WolfAURman
🗒 Changelog:
- Synchronized with the latest sources
- Security patch for February 2024
- Vanilla build
- Other minor fixes
🗓 Notes:
- Clean flash
⚠️ Bug's:
- none
🔗 GApps for a11 | Flash step's | Credit's | Screenshots
💾 Downloads ROM
#LineageOS #ROM #R #Onclite