Thermaltake

Thermaltake AC-059-CO1OTN-C1 Premium PCI-E 4.0 Extender Cable 600mm

Name: Thermaltake AC-059-CO1OTN-C1 Premium PCI-E 4.0 Extender Cable 600mm
Brand: Thermaltake
SKU: AC-059-CO1OTN-C1

Elevate Your Build with Uncompromising Flexibility The Thermaltake TT Premium PCI-E 4.0 Extender Riser Cable delivers ultimate performance and flexibility for demanding system configurations. Designed with high-speed connectivity and EMI shielding, this extender ensures stable and reliable perfor...

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Overview

Elevate Your Build with Uncompromising Flexibility

The Thermaltake TT Premium PCI-E 4.0 Extender Riser Cable delivers ultimate performance and flexibility for demanding system configurations. Designed with high-speed connectivity and EMI shielding, this extender ensures stable and reliable performance.

Achieve optimal airflow and showcase your GPU with this premium riser cable.

P/N: AC-059-CO1OTN-C1
Model: TT Premium PCI-E 4.0 Extender 600mm
Cable Length: 600mm (23.6 inch)
Net Weight: 0.19 kg / 0.42 lb
Color: Black
Material: Thermoplastic, PCB EM-888, Polyethylene(PE), Copper Alloy, Aluminum foil Mylar
Connector: PCI Express X16 Male to PCI Express X16 Female
Rated Current: 1A
Operating Temperature: -20 to +80 deg. C

Key Features

Ultimate High Speed Cable

Crafted for Space-Saving

EMI Shielding with Conducting Polymer

Unique Cable Protector

Easy Installation

Specifications

Cable Type

PCI-E 4.0 Extender Cable

Length

600mm

Features

Ultimate High Speed Cable, Space-Saving Design, EMI Shielding with Conducting Polymer, Unique Cable Protector, Easy Installation

Frequently Asked Questions

What is the primary benefit of the Thermaltake AC-059-CO1OTN-C1 extender cable?

The primary benefit is its ultimate high-speed capability, designed for PCI-E 4.0, which ensures optimal data transfer for compatible components like graphics cards.

How does this cable help with space-saving in a PC build?

The Thermaltake PCI-E 4.0 Extender Cable is specifically crafted for space-saving designs, which allows for more flexible and efficient component layout within your computer case.

Does this cable offer protection against interference?

Yes, it features EMI shielding with conducting polymer, which helps protect against electromagnetic interference to maintain stable and reliable signal integrity.

Is the installation of this extender cable complicated?

No, this cable is designed for easy installation, aiming to provide a straightforward setup experience for PC builders.

What is the length of the Thermaltake PCI-E 4.0 Extender Cable?

The Thermaltake AC-059-CO1OTN-C1 extender cable measures 600mm in length, offering flexibility for various case sizes and routing needs.

Strengths & Trade-offs

👍 Pros

Crafted as an ultimate high-speed cable, designed to ensure optimal performance for PCI-E 4.0 applications.
Its design is specifically geared towards space-saving, allowing for more efficient component placement within computer cases.
Features advanced EMI shielding with conducting polymer, providing protection against electromagnetic interference for stable signal integrity.
Incorporates a unique cable protector, enhancing the durability and longevity of the cable by guarding against wear and tear.
Engineered for easy installation, streamlining the process of upgrading or assembling a PC with minimal hassle.
The 600mm length offers flexibility in routing within various case sizes, facilitating clean cable management.

👎 Cons

The specific benefits of "ultimate high speed" are not quantified with data rates or benchmark improvements over standard cables, making it hard to compare.
While crafted for space-saving, exact dimensions or flexibility metrics that define this advantage are not provided.
The "unique cable protector" is mentioned without details on its material or design, making its practical benefits somewhat ambiguous.
The cable is exclusively for PCI-E 4.0, meaning it will not offer its full potential if used with older PCI-E 3.0 systems.
Its 600mm length might be either too long or too short for highly specialized or very compact case builds, requiring precise measurements beforehand.