OTT-PCIE X4-001
OTT DAOHE
OTT-PCIE X4-001 incorporates an IDT clock expansion chip, which enhances its performance and functionality. This chip ensures accurate and stable clock signals, allowing for efficient data synchronization and transmission. The card is equipped with the FujiConn SFF-8643 interface, which provides a reliable and standardized connection for high-speed data transfer. The PCI Express Gen3 x8 bus channel further enhances the data transfer rate, enabling faster and more efficient communication between the adapter card and the host system.
The 30U gold-plated fingers design of the card offers several advantages. Firstly, the gold plating ensures excellent conductivity, minimizing signal loss and maximizing signal integrity. This results in reliable and consistent data transmission, reducing the chances of data errors or interruptions. Additionally, the gold plating provides enhanced durability, preventing corrosion and ensuring a longer lifespan for the adapter card.
The use of TG170 low-loss high-speed PCB board material is another advantage of this adapter card. The TG170 material has low dielectric loss, which minimizes signal attenuation and distortion. This allows for high-speed data transmission with minimal signal degradation. Furthermore, the material has excellent thermal conductivity, dissipating heat efficiently and preventing overheating issues.
OTT-PCIE X4-001 incorporates an IDT clock expansion chip, which enhances its performance and functionality. This chip ensures accurate and stable clock signals, allowing for efficient data synchronization and transmission. The card is equipped with the FujiConn SFF-8643 interface, which provides a reliable and standardized connection for high-speed data transfer. The PCI Express Gen3 x8 bus channel further enhances the data transfer rate, enabling faster and more efficient communication between the adapter card and the host system.
The 30U gold-plated fingers design of the card offers several advantages. Firstly, the gold plating ensures excellent conductivity, minimizing signal loss and maximizing signal integrity. This results in reliable and consistent data transmission, reducing the chances of data errors or interruptions. Additionally, the gold plating provides enhanced durability, preventing corrosion and ensuring a longer lifespan for the adapter card.
The use of TG170 low-loss high-speed PCB board material is another advantage of this adapter card. The TG170 material has low dielectric loss, which minimizes signal attenuation and distortion. This allows for high-speed data transmission with minimal signal degradation. Furthermore, the material has excellent thermal conductivity, dissipating heat efficiently and preventing overheating issues.
