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Xigmatek Carbonic 3K Twill Weave Carbon Fiber Panel 6063 Aluminium Alloy BTF ATX Mid Tower Case

Xigmatek Carbonic 3K Twill Weave Carbon Fiber Panel 6063 Aluminium Alloy BTF ATX Mid Tower Case

9999 EGP

Part Number EN48746
Material 3K Twill Weave Carbon Fiber & AL6063 Aluminum
Motherboard Support Back-Connect (BTF) / ATX / M-ATX / ITX
Radiator Support 360mm / 240mm
Dimensions 462 x 298 x 416 mm (LxWxH)
Expansion Slots 7 Standard Slots
Warranty 1 Year

Only 1 left in stock

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SKU: 883371028749 Category: CASES Tags: XIGMATEK, PANORAMIC, Carbonic, Back Plug Support, TOWER, 360mm Radiator, Twill, ALLOY, Weave, PREMIUM, 3K, Fiber, case, MID, BTF, 6063, CARBON, Aluminium, Xigmatek Carbonic series, gaming, ATX, EN48746, Carbon Fiber, chassis, Panel, 883371028749, AL6063 Aluminum Brand: XIGMATEK

Xigmatek Carbonic 3K Twill Weave Carbon Fiber Panel 6063 Aluminium Alloy BTF ATX Mid Tower Case

The Xigmatek Carbonic 3K Twill Weave Carbon Fiber Panel 6063 Aluminium Alloy BTF ATX Mid Tower Case facilitates an elite hardware excursion through its aerospace-grade material architecture. Specifically engineered for professionals who demand BTF (Back-to-the-Future) motherboard synchronization and ultra-low vibration structural integrity, it bridges the gap between complexity and reliable performance.

3K Twill

Carbon Fiber

BTF

Back Plug Sync

AL6063

Aluminium Alloy

1 Year

Local Warranty

Why the Carbonic BTF is the Elite Choice for Professionals

Aerospace Grade Material Science

Specifically, the Carbonic architecture utilizes genuine 3K twill weave carbon fiber panels paired with a 6063 aluminum alloy chassis. This technically facilitates superior thermal conductivity and acoustic dampening while reducing total weight. Consequently, your professional workstation achieves a level of structural stability unmatched by standard steel excursions.

Revolutionary BTF Synchronization

The architecture features full support for Back-to-the-Future (BTF) motherboards, facilitating the internal routing of all primary power and data connectors through the rear panel. Moreover, the panoramic glass logic provides an unobstructed visual excursion of the internal components. This ensure your professional gear remains synchronized and stable without the ocular obstruction of legacy cable nests.

Comprehensive Technical Specifications

Feature	Detailed Specification
Model Name	Xigmatek Carbonic (EN48746)
Dimensions	462 x 298 x 416 mm (LxWxH)
Motherboard Support	ATX, M-ATX, ITX (BTF Back-Plug Optimized)
Material Deck	3K Twill Carbon Fiber & AL6063 Aluminum
Radiator Support	Top/Bottom 240/360mm Synchronization
Fan Synchronization	Up to 3x 120mm Internal Mounts
Expansion Capacity	7 Standard PCIe Expansion Slots
PSU Length Limit	Up to 220mm (Standard ATX)
GTIN / EAN	883371028749
Warranty	1 Year Limited Warranty

💡 Technical Note: BTF Motherboard Requirement

Specifically, to facilitate the intended cable-free visual excursion of the Carbonic chassis, it is technically recommended to utilize an ATX or M-ATX BTF (Back-to-the-Future) motherboard. This architecture allows all cable excursions to be synchronized behind the main compartment. Furthermore, handle the carbon fiber panels with precision to maintain the elite structural integrity of the twill weave.

FAQ

What is the technical impact of AL6063 Aluminum on build quality?

Specifically, AL6063 is a high-tensile aluminum alloy typically utilized in architectural excursions. Consequently, this architecture provides a superior strength-to-weight ratio compared to standard SPCC steel, technically ensuring that your professional gear remains stable and synchronized without structural fatigue.

Can standard (non-BTF) motherboards be installed in this case?

The Carbonic architecture technically facilitates standard ATX and ITX motherboards. However, the ocular and cable management benefits of the “Back Plug” design will only be synchronized if a BTF-compliant motherboard is utilized. Standard motherboards will still function but will require traditional cable excursions.

Does the Carbonic support 360mm radiator excursions?

Yes. The technical architecture of the chassis facilitates the synchronization of up to 360mm radiators. Moreover, this technically ensures that high-bandwidth thermal excursions are managed efficiently, protecting your internal hardware from thermal throttling during intensive computational sessions.

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