Intel Core i7-10700 and Intel(R) UHD Graphics produced a 45/100 D grade in measured browser benchmark data. This public combo page summarizes the likely GPU pressure bottleneck, sustained CPU and GPU behavior, thermals, and path tracing stability from 4 clean samples. Your personal result can differ because cooling, power limits, drivers, RAM, and background load change the outcome.
Public combo baseline4 clean browser samplesYour system may differ
Overall score45/100D system grade
CPU decay6.6%sustained CPU loss
GPU decay63.3%sustained GPU loss
Path tracing1.8 SPS91/100 consistency
Public answer first
Intel Core i7-10700 + Intel(R) UHD Graphics: what the public data says
Intel Core i7-10700 and Intel(R) UHD Graphics produced a 45/100 D grade in measured browser benchmark data. This public combo page summarizes the likely GPU pressure bottleneck, sustained CPU and GPU behavior, thermals, and path tracing stability from 4 clean samples. Your personal result can differ because cooling, power limits, drivers, RAM, and background load change the outcome.
CPU
Intel Core i7-10700
GPU
Intel(R) UHD Graphics
Path tracing
1.8 SPS
Stability
91/100
Personal run
Same CPU and GPU does not mean same result.
Cooling, power limits, drivers, RAM speed, laptop boost behavior, and background processes can change the answer. Run your own browser benchmark to measure this exact machine.
Will Intel Core i7-10700 bottleneck Intel(R) UHD Graphics? Intel Core i7-10700 and Intel(R) UHD Graphics show GPU pressure bottleneck behavior in the current public sample set. CPU decay is 6.6% and GPU decay is 63.3%, so sustained-load behavior matters more than nameplate specs alone.
Is Intel Core i7-10700 + Intel(R) UHD Graphics good for gaming? Intel Core i7-10700 + Intel(R) UHD Graphics is rated D limited with an aggregate score of 45/100. Gaming depends on stability, thermals, driver state, and the exact workload.
What score did this combo achieve? This combo currently shows 45/100 with 4 clean public samples. The page also tracks CPU decay, GPU decay, thermal health, stability, and path tracing throughput where available.
Personal run A personal result can differ because cooling, power limits, laptop boost behavior, RAM speed, background processes, browser backend, and driver versions change sustained performance even with the same CPU and GPU names.