Overview: The WLGQ 180-Degree PCI-E Riser Card is engineered for PC enthusiasts, miners, and builders who require flexibility and efficiency in their system configurations. This adapter solves space constraints and improves airflow by allowing graphics cards to be mounted parallel to the motherboard. Whether you're building a multi-GPU mining rig, a compact desktop, or need to bypass a large CPU cooler, this riser provides a reliable and stable connection with independent power delivery. Key Features: Optimized Angled Design: The 180-degree design maximizes space utilization inside computer cases, enabling cleaner builds and improved thermal management compared to bulky straight connectors. Reliable Signal Transmission: Experience minimal signal attenuation and stable data transfer rates, ensuring your GPU performs consistently without being directly plugged into the motherboard. Secure and Stable Power: The integrated 6-pin power input, supported by solid capacitors, delivers clean and sufficient power directly to the graphics card, alleviating strain on the motherboard and enhancing overall system stability during demanding tasks. Universal Compatibility: Works with standard PCI-E slots (1X, 4X, 8X, 16X) and is compatible with a wide range of graphics cards and operating systems, including Windows 10/11, Linux, and MacOS. Built to Last: Constructed with a high-quality PCB, gold-plated contacts for optimal conductivity, a multi-layered shielded cable to protect against signal interference, and a secure locking mechanism to keep your GPU firmly in place. Technical Specifications: Interface: PCI-E 1X Male to PCI-E 16X Female Power Input: 6-Pin PCI-E (Max 16A) Connector Contacts: Gold-Plated Key Feature: 180-Degree Angled Design Compatibility: PCI-E 1X, 4X, 8X, 16X Slots Supported Systems: Windows, Linux, Mac OS Package Includes: 1 x WLGQ PCI-E Riser Card Applications: Cryptocurrency mining rigs with multiple GPU setups Compact Small Form Factor (SFF) PC builds Desktop computers with space limitations or airflow optimization goals Test benches and development environments requiring flexible hardware placement