FPGA & adaptive SoC databook · online editionRev. 2026.10

Ti180

EfinixTitanium

The Ti180 is a Titanium FPGA from Efinix, built on a 16 nm process. It provides 172,800 LUT4 look-up tables (176,256 logic elements (LEs)), 172,800 flip-flops, 13.1 Mb of block RAM and 640 DSP blocks. It offers up to 284 user I/O pins. It is available in 5 packages, from the FBGA361 (13 × 13 mm) to the FBGA529 (19 × 19 mm). Designs are built with Efinix Efinity.

173KLUT4-equivalent
173KLUTs (LUT4)
640DSP blocks
13.1 MbBlock RAM
284Max. user I/O
—Transceivers

Specifications

VendorEfinix
FamilyTitanium
SeriesTitanium
Process16 nm
Configuration memorySRAM
LUT4-equivalent capacity172,800
Look-up tables (LUT4)172,800
   LUT noteXLR cells from the data sheet (each is a 4-input LUT with a flip-flop)
Logic elements (LEs)176,256
Flip-flops172,800
Block RAM13.1 Mb
DSP (DSP block)640
Max. user I/O284
TransceiversNone
PCI ExpressNone
Hard memory controllerLPDDR4 1 x32
Analog / monitorNone
Design toolEfinix Efinity

Packages

PackageSize (mm)Pitch (mm)User I/OTransceivers
FBGA36113 × 130.65130—
FBGA40016 × 160.8274—
FBGA48415 × 150.65——
FBGA48418 × 180.8——
FBGA52919 × 190.8258—

Package names are shown as in the selection guide; the full ordering code adds speed grade and temperature (see the data sheet).

Alternatives to the Ti180

Closest matches in other families and vendors by logic, DSP, memory, I/O and transceivers. Check pin compatibility and tools before migrating.

DeviceLUT4-eq.Vendor logicDSPBlock RAMMax I/OTransceiversPCIe
LAV-AT-E30Lattice Avant-E163K 163K LUT4262K LC70014.4 Mb349——
Tz170Efinix Topaz172K 172K LUT4161K LE54411.1 Mb274——
5CEA9Altera Cyclone V227K 114K ALMs301K LE34211.9 Mb480——
LAV-AT-E50Lattice Avant-E255K 255K LUT4409K LC1,12022.7 Mb553——
Tz110Efinix Topaz129K 129K LUT4121K LE3206.4 Mb274——
GW5A-138Gowin Arora V138K 138K LUT4—2986 Mb312——

Compare side by side: Ti180 vs LAV-AT-E30, Ti180 vs Tz170, Ti180 vs 5CEA9, Ti180 vs LAV-AT-E50.

Ti180 quick facts

How many LUTs does the Ti180 have?

The Ti180 has 172,800 LUT4 look-up tables, about 172,800 LUT4 equivalents (176,256 logic elements (les) as published by Efinix).

How many DSP blocks does the Ti180 have?

The Ti180 has 640 DSP blocks and 13.1 Mb of block RAM.

Does the Ti180 have transceivers?

No, the Ti180 has no multi-gigabit transceivers. Its user I/O supports up to 284 pins.

What are the alternatives to the Ti180?

Devices of similar size in other families include LAV-AT-E30 (Lattice Avant-E), Tz170 (Efinix Topaz), 5CEA9 (Altera Cyclone V).

Which software is used to design with the Ti180?

Designs for the Ti180 are built with Efinix Efinity.

Other Titanium devices

DeviceLUT4-eq.Vendor logicDSPBlock RAMMax I/OTransceiversPCIe
Ti3535.5K 35.5K LUT436.2K LE931.5 Mb169——
Ti40≈38.9K 38.9K LEs38.9K LE1001.5 Mb183——
Ti6060.8K 60.8K LUT462K LE1602.6 Mb169——
Ti70≈68.2K 68.2K LEs68.2K LE1602.6 Mb183——
Ti8581.6K 81.6K LUT483.2K LE3006.2 Mb2238 SERDES 16 Gb/sGen4
Ti9090.7K 90.7K LUT492.5K LE3366.9 Mb284——
Ti95≈93.2K 93.2K LEs93.2K LE2104.5 Mb241——
Ti125109K 109K LUT4123K LE2885.9 Mb241——
Ti120121K 121K LUT4123K LE4489.2 Mb284——
Ti135130K 130K LUT4132K LE4809.8 Mb2238 SERDES 16 Gb/sGen4
Ti140≈142K 142K LEs142K LE51010.6 Mb31016 SERDES 16 Gb/sGen4
Ti165160K 160K LUT4163K LE59012.1 Mb33716 SERDES 16 Gb/sGen4
Ti180173K 173K LUT4176K LE64013.1 Mb284——
Ti240232K 232K LUT4237K LE86017.6 Mb33716 SERDES 16 Gb/sGen4
Ti260≈264K 264K LEs264K LE96019.7 Mb31016 SERDES 16 Gb/sGen4
Ti375363K 363K LUT4370K LE1,34427.5 Mb33716 SERDES 16 Gb/sGen4
Ti450≈448K 448K LEs448K LE86226.6 Mb48024 SERDES 25.8 Gb/sGen4
Ti660≈657K 657K LEs657K LE1,26038.9 Mb48024 SERDES 25.8 Gb/sGen4
Ti800≈796K 796K LEs796K LE1,53647.2 Mb48024 SERDES 25.8 Gb/sGen4
Ti1250≈1233K 1233K LEs1233K LE2,38073.1 Mb48040 SERDES 25.8 Gb/sGen4
Ti1600≈1578K 1578K LEs1578K LE3,05093.6 Mb48040 SERDES 25.8 Gb/sGen4
Ti2000≈1974K 1974K LEs1974K LE3,808117 Mb48040 SERDES 25.8 Gb/sGen4

Source: Efinix Titanium product page and device data sheets, retrieved 2026-10-24. Data is extracted automatically from the vendor's selection guide; verify critical values in the device data sheet.