Lenovo - Video card heatsink - V2 - for ThinkSystem SR650 V2 7D15, 7Z72, 7Z73

• Enhanced cooling efficiency
  The GPU full length thermal option kit is designed to significantly improve cooling efficiency for video cards. With the inclusion of 2U GPU air ducts and 2x1U processor heatsinks, it ensures optimal thermal management, keeping your system running smoothly under heavy loads.
• Comprehensive cooling solution
  This kit comes complete with 3 GPU extension air ducts, 3 air duct fillers, 3 power Y-cables, and a variety of power cables for both double-wide and single-wide GPUs. This comprehensive package provides everything needed to enhance the cooling of your video card, ensuring sustained performance and reliability.
• Easy installation
  Designed with simplicity in mind, the GPU full length thermal option kit allows for easy installation. The package content is tailored to fit seamlessly into your system, ensuring a hassle-free setup process. This makes it an ideal choice for both novice and experienced users looking to upgrade their system's cooling capabilities.

The Lenovo GPU full length thermal option kit represents an advancement in system cooling technology. Tailored specifically for video cards, this kit includes everything needed to enhance cooling efficiency and ensure your system operates efficiently. With the inclusion of 2U GPU air ducts, 2x1U processor heatsinks, and a variety of extension air ducts and power cables, it offers a comprehensive solution for managing your video card's thermal output. Whether you're a gaming enthusiast or a professional requiring efficient performance, this cooling kit provides the essential components for maintaining an optimal temperature, ensuring reliability and durability of your system components.

• Improves cooling efficiency for video cards
• Includes 2U GPU air ducts and 2x1U processor heatsinks
• Features 3 GPU extension air ducts and 3 air duct fillers
• Comes with 3 power Y-cables and various power cables for GPUs
• Designed for easy installation and optimal thermal management