Quote:
Originally Posted by ivansc
This is because you have apparently bought reaper without learning anything about it & are now demanding solutions to issues that are caused by you not having bothered to read the free owners manual or watching the free video tutorials.
IF you check out the stuff on initial setup and still can`t figure it out, by all means come back & ask again, but this time tell us the specification of your computer, what you are using for a audio/MIDI interface & of course what plugins you are using.
Correctly set up, most relatively recent computers are more than capable of giving
low latency.
In the meantime, just so you can check your system, download and run respmendence.com `s excellent latency monitor.
It will tell you if your system is set up to be capable of doing multitrack audio/MIDI recording or not & offer suggestions s to where to look if it cant.
This is not intended to be a rude post, any more than your initial comment was, so don`t get angry, just get to work on learning reaper.
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I'm using the symphony desktop. Yeah, I'm only looking to use this on one track for voice over. Even the nectar 3 plugin has issues and I need to bump up the buffer size. Limiter, compressor, ERA plugins, etc.
I did run the report and all came back good.
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CONCLUSION
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Your system appears to be suitable for handling real-time audio and other tasks without dropouts.
LatencyMon has been analyzing your system for 0:00:52 (h:mm:ss) on all processors.
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SYSTEM INFORMATION
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Computer name: DESKTOP-HD4LTVL
OS version: Windows 10, 10.0, version 2009, build: 19042 (x64)
Hardware: G750JZA, ASUSTeK COMPUTER INC.
CPU: GenuineIntel Intel(R) Core(TM) i7-4700HQ CPU @ 2.40GHz
Logical processors: 8
Processor groups: 1
RAM: 24458 MB total
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CPU SPEED
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Reported CPU speed: 2394 MHz
Note: reported execution times may be calculated based on a fixed reported CPU speed. Disable variable speed settings like Intel Speed Step and AMD Cool N Quiet
in the BIOS setup for more accurate results.
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MEASURED INTERRUPT TO USER PROCESS LATENCIES
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The interrupt to process latency reflects the measured interval that a usermode process needed to respond to a hardware request from the moment the interrupt
service routine started execution. This includes the scheduling and execution of a DPC routine, the signaling of an event and the waking up of a usermode thread
from an idle wait state in response to that event.
Highest measured interrupt to process latency (µs): 145.60
Average measured interrupt to process latency (µs): 4.374713
Highest measured interrupt to DPC latency (µs): 133.70
Average measured interrupt to DPC latency (µs): 1.258132
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REPORTED ISRs
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Interrupt service routines are routines installed by the OS and device drivers that execute in response to a hardware interrupt signal.
Highest ISR routine execution time (µs): 71.517962
Driver with highest ISR routine execution time: ndis.sys - Network Driver Interface Specification (NDIS), Microsoft Corporation
Highest reported total ISR routine time (%): 0.024506
Driver with highest ISR total time: i8042prt.sys - i8042 Port Driver, Microsoft Corporation
Total time spent in ISRs (%) 0.036919
ISR count (execution time <250 µs): 9757
ISR count (execution time 250-500 µs): 0
ISR count (execution time 500-1000 µs): 0
ISR count (execution time 1000-2000 µs): 0
ISR count (execution time 2000-4000 µs): 0
ISR count (execution time >=4000 µs): 0
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REPORTED DPCs
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DPC routines are part of the interrupt servicing dispatch mechanism and disable the possibility for a process to utilize the CPU while it is interrupted until
the DPC has finished execution.
Highest DPC routine execution time (µs): 260.401420
Driver with highest DPC routine execution time: ndis.sys - Network Driver Interface Specification (NDIS), Microsoft Corporation
Highest reported total DPC routine time (%): 0.026757
Driver with highest DPC total execution time: i8042prt.sys - i8042 Port Driver, Microsoft Corporation
Total time spent in DPCs (%) 0.073333
DPC count (execution time <250 µs): 30072
DPC count (execution time 250-500 µs): 0
DPC count (execution time 500-10000 µs): 1
DPC count (execution time 1000-2000 µs): 0
DPC count (execution time 2000-4000 µs): 0
DPC count (execution time >=4000 µs): 0
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REPORTED HARD PAGEFAULTS
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Hard pagefaults are events that get triggered by making use of virtual memory that is not resident in RAM but backed by a memory mapped file on disk. The
process of resolving the hard pagefault requires reading in the memory from disk while the process is interrupted and blocked from execution.
NOTE: some processes were hit by hard pagefaults. If these were programs producing audio, they are likely to interrupt the audio stream resulting in dropouts,
clicks and pops. Check the Processes tab to see which programs were hit.
Process with highest pagefault count: latmon.exe
Total number of hard pagefaults 7
Hard pagefault count of hardest hit process: 7
Number of processes hit: 1