CLASSIFIED PROJECT

Project E-TITAN

// NEURAL_DYNAMIC_HARDWARE_TELEMETRY

// CLASSIFIED INTEL

E-TITAN is a one-of-a-kind robotic PC platform, fully controlled by AI. It moves autonomously between standing, upgrade and maintenance modes, and carries a self-integrated JBL sound system built into its frame. Tasked with everything from document processing to managing advanced security devices, it runs entirely under artificial intelligence — an all-in-one machine for heavy work and immersive entertainment alike.

// INITIATE PLAYBACK

// THERMAL DYNAMICS: PUSH/PULL ARCHITECTURE

The cooling module has been successfully upgraded with a custom dual-fan (Push/Pull) setup. By perfectly aligning intake pressure with exhaust suction across the radiator fins, this configuration guarantees absolute thermal stability for the AMD Ryzen 9 and RTX 4090 cores even under peak neural loads, maximizing hardware lifespan and operating silently.

Airflow StrategyDirect Channel Push/Pull
Thermal StateOptimal Stability
Acoustics OutputMinimized dB / High Static Pressure

01 / 03 — CONCEPT

Cold air in, hot air out

The push fan pulls cool air through the radiator fins, while the pull fan draws the heated air straight out the other side — a single-direction flow with no dead zones.

Push Fan → IN Pull Fan → OUT Balanced pressure

02 / 03 — INSTALLATION

Two fans, one radiator

Each fan mounts directly on opposite faces of the radiator, so air crosses the fins only once instead of recirculating inside the case — maximizing heat exchange efficiency.

Direct mount Zero air recirculation

03 / 03 — RESULT

Silent, stable cooling inside E-TITAN

Inside the chassis, the system keeps the Ryzen 9 and RTX 4090 cool together under full load with no thermal spikes, running quietly thanks to balanced fan pressure.

Full thermal stability Low noise

// LIVE FAN TELEMETRY

LOOP

Push fan spinning under load with live CPU telemetry HUD

The push fan spinning at full RPM under load, next to the real-time onboard HUD showing live CPU frequency and temperature.

// PROJECT SPEC SHEET

High-End PC Water Cooling: The Push-Pull Radiator Mod

Project design & implementation by AiQbiT — optimizing cooling performance and noise reduction

Project Overview & Hardware

In modern high-performance systems, thermal management is critical. This modding project, designed by AiQbiT, optimizes a high-end water cooling loop through a precise 4-fan configuration in push-pull mode on a 240mm radiator.

Components Used

Component	Model / Specification
Water cooling (AIO)	ASUS ROG Ryujin III 240 ARGB
Fan setup	4× Sudokoo MACH120 PC Fan (120mm) in Push-Pull mode
Design & modding	AiQbiT

The Push-Pull Principle

Standard radiators often work from only one side. With dense fins, the static pressure of a single fan row is rarely enough. By combining two pushing fans (Push) on the front with two pulling fans (Pull) on the back, airflow is forced perfectly through the radiator core.

The advantage: doubling the effective static pressure, eliminating "dead zones," and achieving optimal cooling values with minimal noise.

Results & Conclusion

Reduced RPMFour fans work harmoniously at partial load for maximum quiet operation (silent mode).
Stable temperaturesCore temperatures stay in the optimal range even under full load.
AestheticsAn industrial, high-end look through precise hardware alignment.