Input lag which is getting worse everyday.
Input lag which is getting worse everyday.
Here’s a rewritten version of the text, aiming for clarity and flow:
“I’m experiencing severe input lag in my PC gaming, primarily with my mouse. It’s a frustrating issue that’s getting progressively worse during gameplay – starting subtly but quickly becoming unplayable. My system is generally capable; I can run older games like BF3 without issues, yet this lag is significantly impacting my experience.
I've tried numerous troubleshooting steps, including multiple Windows re-installations and driver updates, but the problem persists. The mouse responsiveness becomes incredibly slow as the game continues, making precise control nearly impossible. While commands like ‘disable platform clock’ improve smoothness momentarily, the underlying lag remains, worsening over time. I'm concerned that my hardware might be failing, though temperatures are normal and there’s no evidence of throttling or overclocking.
My PC specifications include a 550W modular PSU, Z97M Pro4 motherboard, i7-4790k processor, 16GB of 2400MHz RAM, an RX580 with 8GB of VRAM, and Windows 10 Pro. I’m running this on a 120GB SSD, a 120GB SSD, a 240GB HDD, and a 300GB HDD. Could you advise me on what might be causing this persistent lag?”
This section focuses on troubleshooting potential power supply (PSU) issues within a computer system. A key concern is ensuring sufficient wattage to handle all components, particularly under load. The goal is to identify if the PSU is struggling to provide adequate power, even if it isn't exhibiting obvious failure symptoms like shutdowns or restarts.
Several factors contribute to this assessment: the CPU’s power draw (including turbo boost), the GPU’s power consumption, RAM usage, storage drives, and other peripherals. A typical high-end gaming PC can easily draw 400-500 watts or more under full load. It's crucial to select a PSU with sufficient headroom – ideally at least 80% of the maximum expected wattage – to account for transient power spikes and ensure stable operation.
However, even a seemingly adequate PSU can cause problems if it is low quality, inefficient, or not properly sized for the system’s demands. A poorly designed PSU may struggle to deliver consistent power, leading to instability and potential damage to other components like the CPU or GPU.
A critical step in diagnosing PSU issues involves identifying the specific model of the PSU being used. Knowing its make and model allows you to research its specifications and efficiency ratings. Furthermore, it's important to consider the PSU’s 80% efficiency rating, which represents the percentage of electricity it converts into usable power – the remainder is lost as heat.
If the CPU is aggressively utilizing turbo boost (a scenario known as “non-throttling” in Userbench contexts), it can significantly increase power consumption. Coupled with a powerful GPU and other components, this can place considerable strain on the PSU.
As a final troubleshooting step, consider swapping out the existing PSU with a known good unit from a trusted source – a friend's or a computer store’s. This provides an independent assessment of the PSU’s functionality without relying solely on subjective observations of system behavior.
If performance remains the same, ie, fps, temps, cpu usage not excessive, not running out of ram etc, id try focus on the mouse itself.
Have you looked at the track sensor for any signs of debris or fine hair?
Have you tried a different surface, mouse pad?
Have you tried replugging the mouse or using a different usb port?
Tried a different mouse?
Using mouse software? Try without.
What sort of mouse is it?
Redragon M711 Cobra FPS mouse experiencing inconsistent tracking and lag primarily when viewing graphically intensive scenes in games. The issue has worsened recently despite a clean Windows 10 installation and testing various scenarios. Mouse has been problematic historically but the worsening suggests a hardware component is failing, possibly related to cable management or power supply issues. Troubleshooting steps taken include running without mouse software and attempting different cable configurations. The inconsistent tracking is most pronounced when viewing detailed scenes like skies in games.
What Hz is your monitor? Looking up at the sky or ground for that matter is less demanding and would assume an increase in frame rates. Could explain why input lag is less noticeable as fps increases. Monitor fps with Afterburner and see.
Muck around with game graphic settings and vsync options in Adrenaline or game and see if limiting frame rate helps input consistency.
Here’s a rewritten version of the text, aiming for clarity and conciseness:
I'm experiencing frustrating input lag issues while gaming, particularly at 1080p resolution. Despite consistently high frame rates (often above 75Hz), my mouse feels sluggish, especially during intense moments in games. It’s not a simple frame rate problem; even with lower settings, the delay persists.
The issue seems to fluctuate randomly – sometimes the input lag disappears briefly when I minimize or maximize the game window, or occasionally when my mouse momentarily becomes responsive, but it quickly returns. Monitoring temperatures and system performance doesn't reveal any changes that explain this erratic behavior. It’s as if the computer is struggling to process inputs consistently, regardless of the frame rate.
I suspect the problem might be related to excessive CPU or GPU voltage settings applied by my motherboard. I've been trying various adjustments, but the lag remains a persistent challenge. The random bursts of responsiveness followed by renewed lag are particularly baffling and difficult to diagnose. Lowering graphic settings doesn’t alleviate the issue at all.
CPU usage is between 30-40% in BF4 and similar in BF3 as well. My C drive has 25GB of free space left but can that be the case? I doubt it because I remember having this problem when I had more space.
I will try to post Userbench score when I'll have more free time, thank you.
Here’s a rewritten version of the text, aiming for clarity and flow:
The system is likely experiencing instability due to insufficient power from its PSU (Power Supply Unit). Let's troubleshoot this carefully.
First, determine the exact specifications of your components: CPU wattage (including any turbo boost), GPU wattage, RAM wattage (typically 5-30W), and drive wattage (usually 5-10W). A typical estimate for a modern system might be around 445 watts. However, it’s crucial to understand that PSUs rarely operate at their maximum output; they typically only deliver 80% of their rated power. The quality of the PSU significantly impacts its efficiency and stability.
It's important to check if your CPU is being throttled by the PSU – specifically, whether it's utilizing turbo boost. If so, this will increase power demands. Also, consider that the PSU’s effectiveness can be affected even without obvious signs like shutdowns or restarts.
To diagnose further, identify your PSU’s make and model number. Then, let's assess its capacity. A 110W CPU with turbo enabled, a 300W GPU, 5W for RAM, and 30W for drives totals approximately 445W. Given the PSU's likely 80% efficiency and quality, it might be operating below this level.
As a final step, if you suspect the PSU is the issue, try swapping it out with a known good unit from a friend or a PC repair service. **Crucially**, when replacing the PSU, *do not* reuse modular cables from another source. PSU cables are not standardized; using incorrect pins can damage components. Stick to the original cables supplied with your new PSU.