tonyshan007
Fabrizio Girelli wrote :
great news, I don't scratch so I shouldn't have latency problems, it seems strange to me that the hx370 (so 890M) doesn't give a bit of an advantage over the 780M. However, it's already good that you can do it with the 780M. I imagine that 100% of the GPU is until it has finished decoding the stems. Do you have any idea if the amount of RAM dedicated to the GPU and the type of speed can affect it?
By the way, I didn't know that you could see the calculation of the stems and so I tried on my current notebook and it says 1.2X
great news, I don't scratch so I shouldn't have latency problems, it seems strange to me that the hx370 (so 890M) doesn't give a bit of an advantage over the 780M. However, it's already good that you can do it with the 780M. I imagine that 100% of the GPU is until it has finished decoding the stems. Do you have any idea if the amount of RAM dedicated to the GPU and the type of speed can affect it?
By the way, I didn't know that you could see the calculation of the stems and so I tried on my current notebook and it says 1.2X
When STEMS 2.0 is running, the 780M will run at full frequency, I remember it was 2.23ghz, and my GPU memory is 4G. The original setting was 6G, but I found that it was still 4G when running at full frequency, so I set it to 4G. I think that when STEMS 2.0 is running, the DPC delay will reach about 1080, which should be because when the GPU runs at full frequency, the CPU will drop to the lowest 1.6Ghz~2.6Ghz, which should be the problem of GPU grabbing TDP. In fact, the problem is not big, VDJ can run normally without any problems.
Posted Wed 14 May 25 @ 2:57 am
tonyshan007 wrote :
When STEMS 2.0 is running, the 780M will run at full frequency, I remember it was 2.23ghz, and my GPU memory is 4G. The original setting was 6G, but I found that it was still 4G when running at full frequency, so I set it to 4G. I think that when STEMS 2.0 is running, the DPC delay will reach about 1080, which should be because when the GPU runs at full frequency, the CPU will drop to the lowest 1.6Ghz~2.6Ghz, which should be the problem of GPU grabbing TDP. In fact, the problem is not big, VDJ can run normally without any problems.
Fabrizio Girelli wrote :
great news, I don't scratch so I shouldn't have latency problems, it seems strange to me that the hx370 (so 890M) doesn't give a bit of an advantage over the 780M. However, it's already good that you can do it with the 780M. I imagine that 100% of the GPU is until it has finished decoding the stems. Do you have any idea if the amount of RAM dedicated to the GPU and the type of speed can affect it?
By the way, I didn't know that you could see the calculation of the stems and so I tried on my current notebook and it says 1.2X
great news, I don't scratch so I shouldn't have latency problems, it seems strange to me that the hx370 (so 890M) doesn't give a bit of an advantage over the 780M. However, it's already good that you can do it with the 780M. I imagine that 100% of the GPU is until it has finished decoding the stems. Do you have any idea if the amount of RAM dedicated to the GPU and the type of speed can affect it?
By the way, I didn't know that you could see the calculation of the stems and so I tried on my current notebook and it says 1.2X
When STEMS 2.0 is running, the 780M will run at full frequency, I remember it was 2.23ghz, and my GPU memory is 4G. The original setting was 6G, but I found that it was still 4G when running at full frequency, so I set it to 4G. I think that when STEMS 2.0 is running, the DPC delay will reach about 1080, which should be because when the GPU runs at full frequency, the CPU will drop to the lowest 1.6Ghz~2.6Ghz, which should be the problem of GPU grabbing TDP. In fact, the problem is not big, VDJ can run normally without any problems.
ok thank's
Posted Thu 15 May 25 @ 8:26 am
schmidi_0
Fabrizio Girelli wrote :
thanks, what model do you have? why do you say "it works quite well"? is there something that you're not convinced by?
schmidi_0 wrote :
I own the Beelink with the 780m 8845HS combo. It works pretty well with STEMS 2.0. I'd estimate a standard 4 min song takes about 10 seconds to fully separate which is on par with my laptop i7 RTX 2060.
Aside from that, the Beelink was a decent price, is dead silent and has been stable and trouble free so far. I'm very happy with mine.
Aside from that, the Beelink was a decent price, is dead silent and has been stable and trouble free so far. I'm very happy with mine.
thanks, what model do you have? why do you say "it works quite well"? is there something that you're not convinced by?
I'm saying that my Beelink SER8 (780m + 8845HS) works well for VDJ and STEMS
Posted Thu 15 May 25 @ 3:41 pm