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LCMXO2-4000HE-6MG132C is listed in the Field Programmable Gate Array range at ChipApex. The manufacturer field lists Lattice Semiconductor Corporation. Its product description is IC FPGA 104 I/O 132CSBGA. Review the specifications below when checking this part for your BOM.
The LCMXO2-4000HE-6MG132C is a Field Programmable Gate Array from the MachXO2 family, manufactured by Lattice Semiconductor. It features 4320 Logic Elements and 2160 Adaptive Logic Modules within 540 Logic Array Blocks. The device provides 104 I/O pins and includes 92 kbit of embedded block RAM alongside 34 kbit of distributed RAM, totaling 222 kbit of memory resources. It operates at a core voltage of 1.2V with a range of 1.14V to 1.26V. The component supports a maximum operating frequency of 388 MHz and is housed in a 132-pin CSBGA package.
Verify the specific speed grade suffix '6' against the latest official Lattice datasheet to confirm the 388 MHz performance rating. Ensure the CSBGA-132 package type matches the target PCB footprint design. Confirm RoHS compliance status through the manufacturer's current documentation before finalizing procurement specifications.
Select this model when 4320 LUTs are required with a 1.2V core voltage and 104 I/O capacity. Compare against other MachXO2 variants if higher pin counts or different voltage levels such as 3.3V are needed. Consider the 132-pin CSBGA package constraints for board space and thermal management requirements during the initial design phase.
This component belongs to the Lattice MachXO2 series, which focuses on low-power, non-volatile FPGA technology. The series offers a balance of logic density and energy efficiency suitable for embedded applications. The 'HE' designation typically indicates specific high-endurance or high-performance characteristics within the broader MachXO2 product line.
Check Lattice's official obsolescence notices for potential end-of-life status. Identify cross-references within the same MachXO2 family that offer compatible pinouts or updated speed grades. Verify functional equivalence with newer Lattice generations if long-term supply stability is a primary concern.
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