FPGA & adaptive SoC databook · online editionRev. 2026.10

TX 400 vs XCVE2302

A comparison of the Altera Stratix 10 TX TX 400 and the AMD Versal AI Edge XCVE2302 using the data from both vendors' selection guides.

Side-by-side specifications

TX 400XCVE2302
Vendor / familyAltera Stratix 10 TXAMD Versal AI Edge
LUTs as published128,160 ALMs150,272 LUT6
LUT typeadaptive logic module: fracturable 8-input LUT (one 6-input or two independent 4-input functions)6-input look-up table, fracturable into two LUT5 with shared inputs
LUT4 equivalent (approx.)≈256,320≈240,435
CoreScore (SERV cores)——
Vendor logic figure378,000 LE328,720 SLC
DSP648 variable-precision DSP blocks464 DSP Engines
Block RAM30 Mb5.4 Mb
Large RAM—43.6 Mb
Max. user I/O384238
Transceivers24 × GXE 57.8 Gb/s8 × GTYP 32.75 Gb/s
Hard PCI ExpressNoneGen4 x8
Hard processor4× Arm Cortex-A53 (optional)2× Arm Cortex-A72
Process14 nm7 nm
Configuration memorySRAMSRAM
Packages11
Design toolAltera Quartus PrimeAMD Vivado

Highlighted values are higher. LUT counts are shown as published; the LUT4 equivalent is an approximation to compare different LUT types, see how FPGA vendors count logic. Add up to two more devices to this comparison.

Key differences

Both devices offer similar logic capacity: 256K and 240K LUT4 equivalents.

They use different logic architectures: the TX 400 is built from ALMs and the XCVE2302 from LUT6, so the raw LUT counts (128K vs 150K) are not directly comparable.

For arithmetic, the TX 400 has 648 variable-precision DSP blocks against 464 DSP Engines on the XCVE2302.

The XCVE2302 has more on-chip memory (49 Mb vs 30 Mb).

Both have transceivers: 24 at up to 57.8 Gb/s on the TX 400 and 8 at up to 32.75 Gb/s on the XCVE2302.

The TX 400 is designed with Altera Quartus Prime and the XCVE2302 with AMD Vivado.

Full specifications

See the complete spec sheets with packages and grades: TX 400 (Stratix 10 TX) and XCVE2302 (Versal AI Edge).