Altera RapidIO MegaCore Function - Manual (Page 16)

1–8 Chapter 1: About This MegaCore Function
Performance and Resource Utilization
RapidIO MegaCore Function August 2014 Altera Corporation
User Guide
Table 1–5 shows results obtained using the Quartus II software v11.1 for a
Cyclone IV GX (EP4CGX50CF23C6) device.
Arria V GZ
Physical layer only
1x
5.00
2800 3800 263 29
2x 4700 6100 482 27
4x 4400 6000 440 27
Physical and
Transport layers,
and
I/O master and
slave 1x 5700 7300 570 36
2x 7600 10000 797 39
4x 7200 9900 782 43
Cyclone V GX
Physical layer only
1x
3.125
2900 3700 276 35
2x 4600 5800 399 35
4x 2.5 4300 5600 357 35
Physical and
Transport layers,
and
I/O master and
slave 1x
3.125
5300 7100 570 58
2x 7100 9400 687 59
4x 2.5 6700 9300 580 59
Stratix V GX
Physical layer only
1x
5.00
2700 3900 300 24
2x 4700 6100 491 20
4x 4500 6000 427 22
Physical and
Transport layers,
and
I/O master and
slave 1x 5700 7300 585 36
2x 7700 10200 777 33
4x 7200 9900 828 44
Note to Table 1–4 :
(1) M10K for Arria V and Cyclone V devices and M20K for Arria V GZ and Stratix V devices.
Table 1–4. RapidIO IP Core 28-nm Device Resource Utilization (Part 2 of 2)
Device
Parameters
ALMs
Registers Memory
Blocks
(M10K or
M20K (1) )
Variation Mode
Baud Rate
(Gbaud)
Primary Secondary
Table 1–5. RapidIO IP Core Cyclone IV Resource Utilization
Device
Parameters
LEs
Memory:
M9K
Layers Lane Baud Rate (Gbaud)
Cyclone IV GX
Physical layer only
1× 3.125 7,600 33
4× 2.500 10,200 32
Physical and Transport
layers,
and
I/O master and slave 1× 3.125 13,300 63
4× 2.500 16,500 63