High - Speed 12G Data Transfer HD Mini SAS Cable with 4 - Port Internal Adapter - Multiple Length Options (0.5M)

⚡ Product Overview: Enhance your data transfer capabilities with the high-performance HD Mini SAS Hard Drive Transfer Cable. Designed for efficient and reliable connections, this innovative cable supports a rapid data transfer speed of 12G, making it an ideal choice for various professional applications that demand high bandwidth.

📦 Versatile Length Options: Available in two convenient lengths—0.5m (approximately 19.69 inches) and 1.0m (approximately 39.37 inches)—this cable provides the flexibility you need for different setups and configurations. Whether you’re working with a compact system or a more extensive architecture, there's a perfect fit for your requirements.

🧩 Superior Construction: Crafted from high-quality copper, this cable ensures excellent conductivity and durability. Withstanding a voltage of up to 300V DC for brief periods, it is designed to handle the demands of data-intensive environments. The cable boasts an impressive insulation resistance of a minimum of 500M ohms, offering enhanced safety and performance.

🪶 Performance Specifications: Experience optimal performance with a maximum on-resistance of 5 ohms and low power contact impedance of 80Mohm, ensuring minimal signal loss. It operates effectively within a working current of 0.5A and a working voltage of 30V AC, providing reliability for your internal SFF setup.

💍 Robust Testing: Each cable is meticulously tested to ensure 100% functionality, covering aspects like open circuit, short circuit, and intermittent contact. This rigorous testing process guarantees that you receive a reliable product that meets industry standards.

🪶 Operating Conditions: Built to endure a broad range of environments, this cable operates efficiently within a temperature range of -20℃ to 85℃, making it suitable for diverse applications.

📦 Package includes:
1 x HD Mini SAS Cable

⚡ Important Notes:
1. Colors may vary slightly due to lighting and monitor effects.
2. Please allow for minor size discrepancies due to manual measurement. Thank you for your understanding!