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Lattice Semiconductor OR3L165B8PS240-DB — FPGA / CPLD & Programmable Logic

Lattice OR3L165B8PS240-DB FPGA, 8192 LEs, 516 I/O

MPNOR3L165B8PS240-DB
Active

Lattice Semiconductor ORCA™ OR3LxxxB FPGA, OR3L165B8PS240-DB, 8192 logic cells, 516 I/O, 134144 bit RAM, 244000 gates, 2.375 V core, 0°C to 70°C, Bulk, SMT.

$222.46Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

OR3L165B8PS240-DB specifications
ParameterValue
SeriesORCA™ OR3LxxxB
MountingSurface Mount
Operating temperature high0°C to 70°C(TA)
Package_typeBulk
Number of i (O)516
Total ram bits134144
StatusActive
Number of gates244000
Supply voltage2.375
Number of logic elements (Cells)8192

Product details

Fabric resources and the BOM-fit decision

The OR3L165B8PS240-DB belongs to the ORCA™ OR3LxxxB family and packs 8192 logic elements (cells) — count the LUTs honestly against your register-transfer level before committing, because that figure is the usable fabric floor after synthesis overhead. On-chip block RAM totals 134144 bits, and the device is rated for 244000 system gates. The 516 user I/O give this part a high pin-to-logic ratio, suited for wide parallel buses or memory interfaces where the I/O ring is the bottleneck, not the core. Core supply is 2.375 V, and the temperature grade is commercial: 0°C to 70°C (TA). That limits it to controlled indoor environments — no junction-temperature margin for an unvented enclosure in a hot factory bay.

Package and board-fit note

Supplied in Bulk — tray or tube, not tape-and-reel. Surface-mount assembly; the exact package outline (240-pin PQFP or similar) is not in the spec record, so confirm the footprint against the Lattice package drawing before the board spins.

Frequently asked questions

How many logic cells does the OR3L165B8PS240-DB have?

The OR3L165B8PS240-DB contains 8192 logic elements (cells), with 134144 bits of block RAM and 244000 system gates. The 516 I/O make it a high-pin-count device for its logic density.