company blog about Supply Lattice Evaluation Board:MachXO,MachXO2,MachXO3L,MachXO4

Supply Lattice Evaluation Board:MachXO,MachXO2,MachXO3L,MachXO4

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【MachXO Breakout Board】

The MachXO Breakout Board is a simple, low-cost board that provides convenient access to densely-spaced IOs. Each I/O on the device is connected to 100-mil header holes. By adding test probes, jumper wires, or pin headers to the board, you can easily evaluate function and performace through the SysIO buffers of the MachXO2.

This board is a 3x3 inch form factor, and features a USB mini-B connector for power and programming, an LED array, and prototype area. A USB cable is included with the kit, and demos area available for download. By using free Lattice design tools, you can reprogram the MachXO to review your own custom designs.

Features

LCMXO22800C-FTN256C device/pacakge

Pre-programmed Hardware Test Program (Source is downloadable)

LEDs

Expansion Header Landings

Prototyping Area

USB Mini-B Connector (Program/Power)

JTAG Header Landing

ROHS-compliant

【MachXO2 Breakout Board】

The MachXO2 Breakout Board is a simple, low-cost board that provides convenient access to densely-spaced I/Os. Each I/O on the device is connected to a 100-mil header hole. By adding test probes, jumper wires or pin headers to the board, you can easily evaluate function and performance through the sysIO buffers of the MachXO2 device.

This board is a 3x3 inch form factor, and features a USB mini-B connector for power and programming, an LED array, and prototype area. A USB cable is included with the kit, and demos area available for download. By using the free Lattice design tools, you can reprogram the MachXO2 device to review your own custom designs.

Features

MachXO2 FPGA: LCMXO2-7000HE-4TG144C

(Note: Previous version of the board featured the LCMXO2-1200ZE-1TG144C device)

Pre-programmed hardware test program (source file is downloadable)

LEDs

Expansion header landings

Prototyping area

USB Mini-B connector (program/power)

JTAG header landing

RoHS-compliant

【MachXO3L Breakout Board】

Rapid evaluation and development – Evaluate the capability of Lattice XO3L-2100 and XO3L-6900 FPGAs in an environment that provides convenient access to densely spaced I/Os.

Boards for every occasion – The MachXO3L breakout board is available with either DSI (LCMXO3L-DSI-EVN) or SMA (LCMXO3L-SMA-EVN) connectors to suit all your prototyping needs.

Flexible evaluation environment – Evaluate CMOS I/Os, MIPI DSI, CSI-2 Tx and Rx capability, LED driving capability, programming via JTAG or I2C, SPI flash operation. The SMA board also enables the evaluation of high-speed differential I/Os.

Features

Contains both the Lattice XO3L-2100 device in 49-ball WLCSP and the Lattice XO3L-6900 device in 256-ball caBGA package

The XO3L-2100 section is optimized for MIPI D-PHY receiver and transmitter interfaces

The XO3L-6900 section provides a flexible I/O evaluation environment for SubLVDS, FPD-LINK, FPC-LINK, MIPI D-PHY as well as other source-synchronous type protocols

Available with DSI connectors (LCMXO3L-DSI-EVN) or SMA (LCMXO3L-SMA-EVN) connectors

Evaluate CMOS I/Os, MIPI DSI, CSI-2 Tx and Rx capability, LED driving capability, programming via JTAG or I2C, SPI flash operation

【MachXO4 Development Board】

The Lattice Semiconductor MachXO4 Development Board provides a versatile platform for designers to explore and evaluate the capabilities of the MachXO4 FPGA. This board supports rapid prototyping and testing, helping engineers accelerate the development of custom designs.

Equipped with the LFMXO4-110 device, the board enables easy evaluation of hardware management functionality. It also enhances design flexibility through support for Arduino, Raspberry Pi, FX12, Versa, and Aardvark headers.

Features

On-board 16 Mbit SPI Boot Flash with Quad-read capability for user applications

Offers multiple reference clock sources for design flexibility

Supports GPIO interface compatible with Arduino and Raspberry Pi boards for flexible prototyping

With Two Hirose FX12-40 header positions (DNI) for optional expansion and Aardvark header (DNI) for additional connectivity options