1 Introduction
The MIPI TX FMC daughter card (VIDEO-DC-MIPITX) is a dedicated platform for evaluating and testing MIPI transmit speeds over 1.5 Gbps. The daughter card works with the PolarFire® Video kit featuring the PolarFire 300KLE FPGA device. The IP is license-locked in clear text RTL. It supports the generation of encrypted RTL for a Verilog version with no license. The IP and the hardware must be purchased separately as and where applicable.
The following table provides the VIDEO-DC-MIPITX contents.
Description | Quantity |
---|---|
MIPI TX FMC daughter board | 1 |
Quickstart Card | 1 |
Flexible Printed Circuit (FPC) Cable, 200 mm: 22 to 15 Pin | 1 |
1.1 Hardware Features
The MIPI TX FMC daughter card supports the following hardware features:
- D-PHY 2.5 Gbps
- Nine GPIOs
- 4 × Transceivers
1.2 Demo Requirements
The following table contains the hardware and software required for running the demo.
Requirement | Description |
---|---|
Hardware | |
PolarFire® Video and Imaging kit | MPF300-VIDEO-KIT-NS |
MIPITx FMC Daughter Card | VIDEO-DC-MIPITX |
Software | |
Programming and Debug v2024.1 | This executable file installs FlashPro Express that is used to program FPGA. Click here to download. |
Libero® SoC design suite | Supported by Libero® version 2023.2. Download the latest Libero® SoC release from the Microchip website. |
License |
PolarFire Video and Imaging Kit is now supported by a free Silver License. Generate your free silver license at Microchip portal. |
1.3 Demo Setup
- Device programming
- Hardware setup
1.3.1 Device Programming
To run the demo, program the PolarFire video kit. For more information on programming the demonstrative design, see AN4723 application note.
1.3.2 Hardware Setup
Hardware setup involves plugging the SLVS-EC FMC Camera Daughter card into the PolarFire Video and Imaging kit (MPF300-VIDEO-KIT-NS) and interfacing it with an HDMI Display.
1.4 Running the Demo
To run the demo, follow the steps mentioned in the AN4723 application note.