Lattice Semiconductor MachXO3™ FPGAs
Lattice Semiconductor MachXO3™ FPGA family is the smallest, lowest-cost-per I/O programmable platform aimed at expanding system capabilities and bridging emerging connectivity interfaces using both parallel and serial I/O. MachX03 simplifies the implementation of emerging connectivity interfaces MIPI, PCIe, and GbE, for example by matching advanced, small-footprint packaging with on-chip resources.
These ultra-low density Lattice FPGAs provide a single programmable bridge that allows for building differentiated systems using the latest components and interface standards. With advanced package technology solutions that eliminate bond wires to enable lowest-cost and increased I/O density in a small footprint, the MachXO3 family can be used across market segments, including consumer, communications, compute, storage, industrial, and automotive.
Features
- Ultra-low density
- 640 to 22K logic-cells
- Innovative packaging
- Wirebond, Flipchip, and Wafer Level Chip Scale Packaging technology leveraged for high I/O count in the right pitch to minimize package size
- High-speed SERDES
- Support for 3.125Gbps transceivers for making high bandwidth serial truly affordable
- Built-in interfaces
- Hard MIPI, PCIe, and GbE IP cores simplify interfacing and bridging
- High performance, lowest power
- 150MHz fabric speed while consuming uW static and mW active power
Applications
- Consumer electronics
- Compute and storage
- Wireless communications
- Industrial control systems
- Automotive system
Development Tools
Lattice Semiconductor MachXO3 Starter Kit
Complete platform for the MachXO3 FPGA that includes a prototyping area, a USB program/power port.
Lattice Semiconductor LIF-MD6000 CrossLink Master-Link-Boards
Unterstützen Demonstrationen und eine Überbrückung für verschiedene Signalisierungs-Logikschaltungsstandards mit der MIPI® CSI-2-/DSI-Schnittstelle.
Lattice Semiconductor MachXO3-9400 Development Board
Evaluiert die Funktionen des MachXO3 und des L-ASC10 Hardware-Management-Expanders.