Lattice Semiconductor USB3-GbE VIP IO Board
Lattice Semiconductor USB3-GbE Video Interface Platform (VIP) IO Board is designed to work with the Lattice VIP board interconnect system. This IO board has an industrial-grade TI DP83867IR Gigabit Ethernet PHY, a Infineon FX3 USB3.1 controller, and two 60-pin rugged high-speed headers. The USB3-GbE VIP IO board provides USB3 and Gigabit Ethernet connectivity for the ECP5 VIP processor board. The Gigabit Ethernet Phy and the USB3 controller work independently. This IO board provides eight discrete LEDs for the user and has four 3-pin configuration headers.
The Lattice Semiconductor USB3-GbE VIP IO board offers rapid prototyping and development flexibility with two unified high-speed connectors. This feature supports an easy and fast hardware configuration of an embedded vision prototyping system. The USB3-GbE VIP IO board allows rapid verification of video streaming capability over USB 3.0 and industrial Gigabit Ethernet interfaces.
Features
- Onboard Infineon FX3 USB 3.0 controller
- Compatible with Video Interface Platform (VIP)
- Onboard industrial grade TI DP83867IR Gigabit Ethernet PHY
- Flexibility for rapid prototyping and development
- Robust and ready-to-use verified design
- Two unified 60-pin high-speed connectors
Kit Contents
- USB3-GbE VIP IO board
- Quick start user guide
- Quick start demo guide
Top View
Bottom View
Functional Block Diagram
Videos
Related Product
Texas Instruments PHY Gigabit Ethernet DP83867
Émetteur-récepteur à couche physique totalement équipé, basse puissance, robuste avec sous-couches PMD intégrées.
Associated Development Tools
Lattice Semiconductor DisplayPort VIP Input Board
Designed to work with the lattice Video Interface Platform (VIP) board interconnect system.
Lattice Semiconductor DisplayPort VIP Output Board
Designed to work with the lattice Video Interface Platform (VIP) board interconnect system.
Lattice Semiconductor Embedded Vision Development Kit
Modular development platform designed to enable a variety of embedded vision applications.