Lattice Semiconductor
Resource Utilization
IPUG39_02.9, December 2010
48
10 Gb+ Ethernet MAC IP Core User’s Guide
LatticeECP3 FPGAs
Table A-3. Performance and Resource Utilization
1
Ordering Part Number
The Ordering Part Number (OPN) for the 10 Gb+ Ethernet MAC IP core targeting LatticeECP3 devices is
ETHER-10G-E3-U4.
LatticeSC/M FPGAs
Table A-4. Performance and Resource Utilization
1
Ordering Part Number
The Ordering Part Number (OPN) for the 10 Gb+ Ethernet MAC IP core targeting LatticeSC/M devices is
ETHER-10G-SC-U4.
Mode
SLICEs
LUTs
Registers
External
Pins
2
sysMEM
EBRs
f
MAX
(MHz)
Multicast Address Filtering
3239
4024
2833
78
4
160
1. Performance and utilization data are generated using an LFE3-35EA-8FN672C device with Lattice’s Diamond 1.1 software with Synplify
Pro D-2010.03L-SP1 synthesis. Performance may vary when using a different software version or targeting a different device density or
speed grade within the LatticeECP3 family.
2. The 10 Gb+ Ethernet MAC core itself does not use any external pins. However, in an application the core is used together IODDR and I/O
Buffers integrated in the LatticeECP3 series FPGA. Thus the application implementing the 10 Gb+ Ethernet MAC specification will utilize
I/O pins.
Mode
SLICEs
LUTs
Registers
External
Pins
2
sysMEM
EBRs
f
MAX
(MHz)
Multicast Address Filtering
2961
4370
2764
78
4
205
1. Performance and utilization data are generated using an LFSC3GA25E-5F900C device with Lattice’s Diamond 1.1 software with Synplify
Pro D-2010.03L-SP1 synthesis. Performance may vary when using a different software version or targeting a different device density or
speed grade within the LatticeSC family.
2. The 10 Gb+ Ethernet MAC core itself does not use any external pins. However, in an application the core is used together IODDR and I/O
Buffers integrated in the LatticeSC series FPGA. Thus the application implementing the 10 Gb+ Ethernet MAC specification will utilize I/O
pins.