Resource Utilization and Performance

Note: The resources and performance values provided are based on some of the supported FPGAs. These values are just guidance and may change depending on the device resource utilization, design congestion, and user design.
Table 1. Titanium Resource Utilization and Performance
FPGA Location of Multiplexer Logic Data Width Logic Elements (Logic, Adders, Flipflops, etc.) Memory Block DSP Block fMAX (MHz)1 Efinity Version2
Ti180 M484 C4 High-Bandwidth and High-Performance Pipeline
Input 16 37/172,800 (0.02%) 0/1,280 (0%) 0/640 (0%) 910 2023.2
64 133/172,800 (0.08%) 0/1,280 (0%) 0/640 (0%) 840
256 517/172,800 (0.30%) 0/1,280 (0%) 0/640 (0%) 650
Output 16 52/172,800 (0.03%) 0/1,280 (0%) 0/640 (0%) 1050
64 196/172,800 (0.11%) 0/1,280 (0%) 0/640 (0%) 1050
256 772/172,800 (0.45%) 0/1,280 (0%) 0/640 (0%) 820
Normal Pipeline
Input 16 19/172,800 (0.01%) 0/1,280 (0%) 0/640 (0%) 940 2023.2
64 67/172,800 (0.04%) 0/1,280 (0%) 0/640 (0%) 870
256 259/172,800 (0.15%) 0/1,280 (0%) 0/640 (0%) 820
Output 16 19/172,800 (0.01%) 0/1,280 (0%) 0/640 (0%) 940
64 67/172,800 (0.04%) 0/1,280 (0%) 0/640 (0%) 870
256 259/172,800 (0.15%) 0/1,280 (0%) 0/640 (0%) 820

Table 2. Trion Resource Utilization and Performance
FPGA Location of Multiplexer Logic Data Width Logic Elements (Logic, Adders, Flipflops, etc.) Memory Block DSP Block fMAX (MHz)1 Efinity Version2
T120 F576 C4 High-Bandwidth and High-Performance Pipeline
Input 16 37/112,128 (0.03%) 0/1,056 (0%) 0/320 (0%) 320 2023.2
64 133/112,128 (0.12%) 0/1,056 (0%) 0/320 (0%) 290
256 517/112,128 (0.46%) 0/1,056 (0%) 0/320 (0%) 270
Output 16 52/112,128 (0.05%) 0/1,056 (0%) 0/320 (0%) 410
64 196/112,128 (0.17%) 0/1,056 (0%) 0/320 (0%) 360
256 772/112,128 (0.69%) 0/1,056 (0%) 0/320 (0%) 320
Normal Pipeline
Input 16 19/112,128 (0.02%) 0/1,056 (0%) 0/320 (0%) 300 2023.2
64 67/112,128 (0.06%) 0/1,056 (0%) 0/320 (0%) 295
256 259/112,128 (0.23%) 0/1,056 (0%) 0/320 (0%) 280
Output 16 19/112,128 (0.02%) 0/1,056 (0%) 0/320 (0%) 300
64 67/112,128 (0.06%) 0/1,056 (0%) 0/320 (0%) 295
256 259/112,128 (0.23%) 0/1,056 (0%) 0/320 (0%) 280
1 Using default parameter settings.
2 Using Verilog HDL.