YTUNE
Latency Calibration
Hardware Platform • LGA1700 (Z790 / B760) | DDR5 / DDR4 | Windows 11

Intel Core i5-13600K Optimization: Maximize Zen-Beating Esports Speed

Custom CPU Lite Load calibration, ring ratio overclock (4.8GHz), E-core thread scheduling, and DDR5 subtiming compression. Smooth out competitive gaming frametimes.

$50 Flat Rate | 1-on-1 AnyDesk | 100% Refund Guarantee
// VERIFIED TELEMETRY BENCHMARK
Captured with CapFrameX & LatencyMon
Average FPS
415 FPS
Baseline: 295 FPS +41%
0.1% Lows (Stutters)
265 FPS
Baseline: 125 FPS +112%
Button-to-Pixel Delay
2.1 ms
Baseline: 6.5 ms -68%
Max DPC Latency
23 us
Baseline: 570 us -96%
Root Cause Bottleneck Intel AC/DC Loadlines / Ring Ratio Overclock

Auto Motherboard AC/DC Loadline Overshoot & Ring Latency

Motherboard auto settings push excessive voltage into the 13600K, creating unnecessary heat, while un-tuned ring ratios increase cache access latency.

We tune AC/DC loadlines, boost ring ratio from 4.5GHz to 4.8GHz, isolate E-cores from gaming threads, and tune memory subtimings for smooth tracking aim.

// WHAT WE TUNE DURING THE LIVE SESSION
BIOS Tuning Sub-70C

CPU Lite Load Undervolt

Preventing excessive vCore overshoot and keeping temperatures below 70C in games.

Cache Tuning Fast Cache

Ring Bus Ratio Overclock (4.8GHz)

Reducing internal L3 cache latency for faster game simulation ticks.

RAM Tuning +112% Lows

DDR5 / DDR4 Sub-Timing Compression

Tightening tRFC and tREFI for ultra-stable 0.1% low frametimes.

OS Kernel Sub-30us DPC

DPC Latency Cleanup & 0.500ms Timer

Stripping driver interrupts to guarantee smooth mouse tracking.

// 1-ON-1 REMOTE ANYDESK CALIBRATION

Ready for Flat Glass-Smooth Frametimes?

Every system is calibrated live via AnyDesk by Yassine. We strip DPC latency, eliminate micro-stutters, and dial in memory sub-timings. If your system does not feel measurably faster with lower input delay, you receive an immediate 100% refund.

$50 Flat • 100% Money-Back Guarantee
// FREQUENTLY ASKED QUESTIONS
// RELATED OPTIMIZATION GUIDES