UFX6000-VE-TR

Specialized Overview

The UFX6000-VE-TR is a USB Interface IC functioning as a USB 2.0 Hi-Speed Graphics Controller manufactured by Microchip Technology. It supports the USB 2.0 standard with a data rate of 480 Mb/s. The component belongs to the USB Graphics Controllers product category and is classified as a Graphics Controller type. Unlike the tray-packaged UFX6000-VE variant, this specific model utilizes Reel packaging for automated assembly processes.

Specialized Feature Summary

• Functions as a dedicated graphics controller interface for USB connections
• Supports high-speed data transmission compliant with USB 2.0 specifications

Specialized Applications

• Embedded systems requiring USB-based graphics output
• Portable devices integrating display controllers via USB interfaces
• Industrial equipment utilizing USB video signal transmission

Specialized Procurement Notes

Verify the exact ordering suffix to confirm the reel packaging configuration distinct from tray variants. Ensure compatibility with USB 2.0 host controllers and validate that the graphics controller function aligns with the target system architecture before procurement.

Specialized Selection Notes

Select this component when a dedicated USB graphics controller interface is required within a USB 2.0 ecosystem. Consider the reel packaging format for high-volume manufacturing integration compared to tray options. Confirm that the 480 Mb/s throughput meets the bandwidth requirements of the intended display application.

Specialized Part Context

This part is part of Microchip's USB Interface IC portfolio, specifically designed for graphics control applications. It shares core functional attributes with the UFX6000-VE but differs in physical packaging, offering reel-based distribution suitable for surface-mount technology assembly lines rather than manual or semi-automated placement.

Specialized Replacement Considerations

The UFX6000-VE serves as a direct functional substitute differing only in packaging format (Tray vs. Reel). No other cross-model substitutes are publicly confirmed in available documentation.