You're absolutely crazy. Say you game 4 days a week and experience 6 load screens per gaming session. 4x6=24 loading screens you will see gaming 4 days a week. Multiply the 24 load screens by the 31 second difference from hdd to nvme. 24x30=720 minutes a week you are waiting on your game loading Multiply the 720 by 52 to represent the 52 weeks in a year. 720x52=37,440 minutes a year you are waiting on the game to load. Divide the 37,440 minutes a year by 60 to see how many hours you are waiting. 37,440 divided by 60 = 624 hours a year you are waiting on the game loading screen. Divide the 624 by the 24 hours in a day. 624 divided by 24 = 26. If you use a hdd instead of an nvme while only gaming 4 days a week, you will spend 26 DAYS a year waiting for your game to load. Keep in mind i am being generous by saying 4 days a week, and only 6 loading screens per session.
I think the gameplay FPS wont change between different drives... it depends upon what RAM we use it loads all the critical things on RAM and whatever you play is from the RAM
Say you game 4 days a week and experience 6 load screens per gaming session. 4x6=24 loading screens you will see gaming 4 days a week. Multiply the 24 load screens by the 31 second difference from hdd to nvme. 24x30=720 minutes a week you are waiting on your game loading Multiply the 720 by 52 to represent the 52 weeks in a year. 720x52=37,440 minutes a year you are waiting on the game to load. Divide the 37,440 minutes a year by 60 to see how many hours you are waiting. 37,440 divided by 60 = 624 hours a year you are waiting on the game loading screen. Divide the 624 by the 24 hours in a day. 624 divided by 24 = 26. If you use a hdd instead of an nvme while only gaming 4 days a week, you will spend 26 DAYS a year waiting for your game to load. Keep in mind i am being generous by saying 4 days a week, and only 6 loading screens per session.
No entiendo como hay gente que piensa que los juegos necesitan discos mas rápidos xD. Miren los procesos del computador mientras juegan y listo, El disco nunca va a estar a mas de un 20%. Incluso el procesador apenas se usa. Es pura tarjeta de video y ram.
La diferencia dependerá de que tan nuevo y de que tipo es el videojuego. Los de mundo abierto usualmente se benefician mas, también en juegos online puede notarse. Pero será cuando se implemente mas la tecnología direct storage (Forspoken) que la diferencia se ampliará.
If it's the first time you open it, it's normal. I played on SSD and NVMe before playing with the HDD and the game didn't need to compile the shaders as much. The shaders precompile faster after.
@@Shadowspecs95 It's not normal lol, try on another SSD or even HDD at this point. Maybe there's something wrong with your SSD, and don't forget to not load your SSD at more than 80%.
@@Adam_107_2 I just checked on PS store and available for PS4 and PS5. www.playstation.com/en-ca/games/god-of-war-ragnarok/#:~:text=Join%20Kratos%20and%20Atreus%20in%20their
Don’t see the use of HDD when SSD exist. Could’ve use a small SSD for booting and HDD for storage instead of using one whole HDD making the loading time long. This is so ancient it’s embarrassing
