LATTICE

Low-power FPGA devices and programmable logic

 

About the manufacturer

Lattice Semiconductor Corporation is a manufacturer of programmable logic including power-efficient FPGAs and interface-bridging solutions. Its technology implements hardware control and data-processing logic without creating a custom ASIC. A characteristic consideration for this portfolio is low-power programmable logic and flexible system integration, which helps determine performance in day-to-day operation.

FPGAs implement parallel state machines, protocol bridges, vision tasks and supervisory functions. Low power and fast configuration can be valuable in embedded devices where a CPU should not handle every timing-critical signal. They can be combined into coherent designs when electrical, mechanical and environmental characteristics match the application.

Check logic capacity, memory, DSP resources, I/O banks, interfaces, design tools and programming method. PCB voltage compatibility and long-term access to design files also matter. Comparing datasheet test conditions with actual application conditions helps assess suitability for the finished product.

 

Applications

Areas where LATTICE products are used include:

  • interface bridging
  • embedded systems
  • image processing
  • timing-critical control
  • industrial electronics
  • hardware prototyping

 

LATTICE products available from Maritex

Products from LATTICE featured in the Maritex catalogue include FPGA ICs, programmable control logic and interface-bridging devices. Versions may differ in specification and construction, so selection should be based on the exact component requirements.

Available product groups include:

  • FPGA ICs
  • programmable control logic
  • interface-bridging devices
  • development-platform components

Check logic capacity, memory, DSP resources, I/O banks, interfaces, design tools and programming method. PCB voltage compatibility and long-term access to design files also matter. Selection should rely on the ratings of the specific model and the requirements of its application.

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