As GAMEMAX reshapes open-frame chassis boundaries with its "mechanical claw" design language, players face a core choice: pursue the extreme cooling of open-frame architecture or opt for the practicality of traditional closed chassis. As a brand 深耕 (deeply rooted in) PC hardware aesthetics, GAMEMAX offers precise solutions for players with different needs through its differentiated product matrix. Based on 实测 data (field test data) from GAMEMAX product lines, this article reveals the true performance of the two chassis types under extreme loads.
GAMEMAX BLADE CONCEPT (Open-Frame) VS GAMEMAX X9 Full Tower (Traditional) Test Data
| Test Scenario | Open-Frame Chassis (BLADE CONCEPT) | Traditional Chassis (X9 Full Tower) | Temperature Gap |
|---|---|---|---|
| 4K Gaming Full Load | CPU 76℃ / GPU 68℃ | CPU 88℃ / GPU 75℃ | 12-7℃ |
| 5.8GHz Overclocking | CPU 81℃ / GPU 71℃ | CPU 94℃ (throttling) / GPU 83℃ | 13-12℃ |
Technical Analysis:
GAMEMAX open-frame chassis' cooling advantages stem from three innovations:
Boundary-Free Convection Design: BLADE CONCEPT's laser-cut metal frame eliminates airflow blockages, allowing CPU coolers to draw in ambient air directly, improving heat exchange efficiency by 37% compared to traditional structures.
Independent GPU Cooling Channel: The patented vertical GPU bracket (with standard PCIe 4.0 extension cable) enables RTX 4090's rear hot air to exhaust directly, avoiding "heat accumulation" in traditional chassis.
Multi-Radiator Coordination System: The open-frame architecture supports 6 radiator mounting positions (front/top/rear), enabling parallel dual 360mm radiator setups for CPU and GPU (e.g., GAMEMAX self-developed water cooling kits).
Decisive Edge in Overclocking:
In GAMEMAX laboratory's extreme tests, BLADE CONCEPT stabilized i9-13900K at 5.8GHz@1.35V, while X9 Full Tower triggered throttling due to temperature thresholds at the same voltage. This difference arises from the open frame's unrestricted support for cooling modules—it can install 480mm ultra-thick radiators, while traditional chassis are typically limited to 360mm due to internal space constraints.
GAMEMAX Open-Frame vs Traditional Chassis Expandability Comparison
| Dimension | Open-Frame Chassis (e.g., BLADE CONCEPT) | Traditional Chassis (e.g., X9 Full Tower) |
|---|---|---|
| GPU Support | 400mm+ ultra-long GPUs (e.g., RTX 4090) | Max 350mm GPU support |
| Water Cooling | 6 radiator mounts + dual pump bays | 3 radiator mounts |
| Multi-System | Modular 支架 (brackets) for dual motherboards | Single-system standard design |
| Customization | Supports 3D-printed accessories & exposed modules | Fixed internal space |
Gaming PC Pain Point Solutions:
Ultra-Long GPU Compatibility: Addressing the length challenge of 40-series GPUs, GAMEMAX open-frame chassis ensure RTX 4090 FE installs without interference via front 支架 - free design, while traditional chassis often require removing front fans for compatibility.
RGB Aesthetics Unleashed: BLADE CONCEPT's 277-LED dynamic claw-mark lighting system, paired with magnetic acrylic side panels, enhances hardware display by 50% compared to traditional chassis, which require extra modifications for similar lighting effects.
Storage Expansion Innovation: The open frame can 外挂 (external mount) GAMEMAX's self-developed metal hard drive cages (supporting 10-drive hot-swapping), meeting massive storage needs for gaming servers—something traditional chassis struggle to expand due to internal constraints.
GAMEMAX Noise Test Data (1m distance)
Open-Frame Chassis (3×14cm fans at full speed): 58dB (dynamic load)
Traditional Chassis (X9 Full Tower + soundproof cotton): 42dB (constant load)
Dust Resistance Comparison:
Open-Frame: Recommend pairing with GAMEMAX magnetic dust filters (90% filtration efficiency), requiring cleaning every 2 weeks.
Traditional: Standard 3-layer dust filters + closed structure, allowing deep cleaning every 6 months.
GAMEMAX Technical Improvements:
For open-frame pain points, the brand offers exclusive solutions:
Magnetic Levitation Silent Fans: The self-developed GMF-120P fans use magnetic levitation bearings, reducing noise by 4.5dB compared to traditional fans in open-frame environments.
Intelligent Temperature Control System: Some models feature built-in GAMEMAX PWM hubs, automatically adjusting fan speeds based on CPU temperature to keep noise below 50dB during gaming.
Detachable Dust Modules: BLADE CONCEPT includes standard magnetic dust grilles, sacrificing only 1.8℃ cooling performance when covering frame gaps to balance dust protection and heat dissipation.
1. Gaming PC Purchase Decision:
Core Need: 4K High-Quality + Quiet Environment → Choose GAMEMAX X9 Full Tower (multi-layer soundproof cotton + intelligent fan speed control).
Core Need: RGB Aesthetics + Hardware Display → Choose GAMEMAX BLADE CONCEPT (dynamic lighting system + all-metal frame).
Compromise Option: GAMEMAX Phantom Series (Mesh front + closed side panels), balancing cooling efficiency and daily dust protection.
2. Overclocking Platform Selection Logic:
Extreme Overclocking (liquid nitrogen/compressor) → Must choose GAMEMAX open-frame chassis (e.g., BLADE CONCEPT, supporting direct CPU cold head contact).
Daily Overclocking (air/water cooling) → Open-frame chassis offer significant advantages; pair with GAMEMAX official dust solutions:
3-layer electrostatic dust filters ($29.9 on official site)
GMX V4.0 intelligent temperature control hub (auto-adjusts fan speed)
3. Cost-Benefit Analysis:
Open-Frame Chassis (BLADE CONCEPT): $249 (includes PCIe 4.0 extension cable + ARGB controller).
Traditional Chassis (X9 Full Tower): $169 (includes 5 ARGB fans + 3-layer dust filters).
Added Value: Open-frame chassis support future hardware upgrades (e.g., 400mm GPUs/dual radiators), while traditional chassis provide plug-and-play convenience.
The brand's 2025 concept product "HYBRID BLADE" reveals a new direction:
Dynamic Mode Switching: During gaming, side panels rise via electric brackets to transform into open-frame cooling; when closed for daily use, noise is reduced by 16dB.
AI Temperature Control System: Built-in ambient light sensors and temperature probes automatically adjust side panel opening angles (patent pending).
Modular Dust Protection: Magnetic dust filters automatically deploy/retract based on load, prioritizing cooling during 3A gaming and dust protection during standby.
This "adaptive chassis" concept is redefining industry standards. As GAMEMAX's Product Director stated in an interview: "True high-end chassis shouldn't force players to choose—they should achieve 'full-scenario optimization' through technological innovation."
GAMEMAX open-frame chassis, with their 10-15℃ temperature advantage and hardware expansion freedom, become the "faith choice" for overclockers and MOD enthusiasts, while traditional chassis remain the safe bet for mainstream gamers due to noise control and low maintenance. For users pursuing perfection, the brand's magnetic dust filters, intelligent temperature control, and other accessories are gradually narrowing the experience gap between the two types—after all, the best chassis is the "silent guardian" that lets players focus on gaming, not hardware cooling.
