Enhance your NGC DOL 001 console functionality with this high-quality FPC Flex Cable, specifically designed for the NGC DOL 001 model. Crafted from durable PCB and silicone materials, this flex cable features multiple silicone thickness options (1mm, 1.5mm, and 2mm) to ensure optimal fit and flexibility, making it the perfect replacement for traditional wire soldering methods. Key Features: · **Model-Specific Compatibility:** Exclusively compatible with the NGC DOL 001 console, ensuring precise fitting and seamless integration without compatibility issues. · **Durable PCB and Silicone Construction:** Manufactured using premium PCB and silicone materials, this cable offers reliable durability and flexibility, with silicone thickness options of 1mm, 1.5mm, and 2mm to suit your specific installation needs. · **Easy Installation:** Designed to replace conventional soldering, this flex cable installs easily while fully matching the motherboard and console shell for a clean and professional setup that prevents communication interference. · **Stable and Reliable Data Transmission:** Equipped with gold-plated solder joints to provide stable signal transmission, this cable is resistant to pressure and bending, ensuring long-lasting performance without the need for additional cables. · **Enhanced Gaming Compatibility:** Supports Pi compatibility to elevate your gaming experience on the NGC DOL 001 console while maintaining the integrity of the host device with damage-free installation. Specifications: · Material: PCB, Silicone · Silicone Thickness Options: Approx. 1mm (0.04in), 1.5mm (0.06in), 2mm (0.08in) · Compatible Model: NGC DOL 001 Console Only Package Includes: · 1 x FPC Flex Cable with Thermal Pads and Double-Sided Tape This FPC Flex Cable offers a reliable, easy-to-install solution for upgrading your NGC DOL 001 console’s internal connections, delivering stable data transmission and enhanced durability with its superior materials and design. Perfect for gamers and technicians seeking a hassle-free upgrade that maintains optimal device performance.