"Features:
1. 3 Buttons: This product has different buttons, and different buttons have different functions.
2. Expansion connector: This product has an expansion connector (in the form of USB 3.0 connector, but it's not USB!).
3. Practical: Additional connectors to integrate the MiSTer into cases. This product is very practical.
4. Convenient: Additional connectors to integrate the MiSTer into cases. It is very convenient.
5. Easy to install: This product is very easy to install, no additional tools are needed, and the installation process is very convenient.
6. Upstream micro USB port: The USB Hub v2.1 Board has Upstream micro USB port.
7. Suitable For Terasic DE10-Nano FPGA Board: The v2.2 board is suitable For Terasic DE10-Nano FPGA Board.
8. Suitable For Terasic DE10-Nano FPGA Board: The Mister SDRAM XS-D v2.5 board is suitable For Terasic DE10-Nano FPGA Board.
9. Suitable For Terasic DE10-Nano FPGA Board: The Mister RTC V1.3 Real Time Clock Board is suitable For Terasic DE10-Nano FPGA Board.
Description:
The MiSTer IO Board is an optional expansion that plugs on top of the Terasic DE10-Nano SoC. It adds the following features to the MiSTer Platform.
Specifications:
MisTer IO Board size: 11*7.4*2.5cm
Weight: 45g
Audio Jack :3.5mm
MisTer USB Hub v2.1 Board size: 11*7*1.5cm
Weight: 70g
USB ports: 7
Extra slim v2.2 board size: 5*2.3*7cm
Weight:10g
Tested For: Over Half An Hour @ 150MHz
Mister SDRAM XS-D v2.5 board size: 5*2.3*0.7cm
Weight:8g
SDRAM Capacity:128MB
Mister RTC V1.3 Real Time Clock Board size: 3.7*3.5*1cm
Weight: 5g
SDRAM Capacity:128MB
Package Included:
1 pc * Mister-FPGA IO Board Set
Or
1 pc * MisTer USB Hub v2.1 Board Set
Or
1 pc * MisTer IO Board
Or
1 pc * Mister RTC V1.3 Real Time Clock Board for Mister FPGA
Or
1 pc * Extra Slim v2.2 Board (SDRAM XS v2.2)
Or
1 pc * Mister SDRAM XS-D v2.5 Board for Mister FPGA(optional)
Notes:
1. Please allow 0-1 inch error due to manual measurement. Thanks for your understanding.
2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from real object.
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