Router Performance Matrix

From NesevoWiki
Jump to: navigation, search
Process Switching Fast/CEF Switching
Platform PPS Mbps PPS Mbps
806 7000 3.58
830 8500 4.35
850 10000 5.12
870 25000 12.80
14xx 600 0,3072 4000 2.5
160x(-R) 600 0,3072 4000 2.5
1701 1700 0,8704 12000 6.14
1710 1300 0,6656 7000 3.58
1711/1712 1700 0,8704 13500 6.91
1720 1400 0,7168 8500 4.35
1721 1700 0,8704 12000 6.14
1750 1400 0,7168 8500 4.35
1751 1500 0,768 12000 6.14
1760 1700 0,8704 16000 8.19
1801-1812 70000 35.84
1841 75000 38.40
2500 800 0,4096 4400 2.25
261X (2610, 2611, 2612) 1500 0,768 15000 7.68
262X (2621) 1500 0,768 25000 12.80
265X 2000 1,024 37000 18.94
261X(XM)(2611XM) 1-500 0,768 20000 12.80
262X(XM)(2620XM, 2621XM) 1500 0,768 30000 15.36
265X(XM) 2000 1,024 40000 20.48
2691 7400 3,7888 70000 35.84
2801 3000 1,536 90000 46.08
2811 3000 5,888 120000 61.44
2821 11500 5888 170000 87.04
2851 15000 7,68 220000 112.64
3620 2000 1,024 20.000 - 40.000 10-20
3640/3640A 4000 2,048 50.000 - 70.000 25,6-36
3660 12000 6,144 100-120.000 51,2 - 61,4
3631 4000 2,048 50-70.000 25.06.1936
3725 100-120.000 51,2 - 61,4
3745 225-250.000 115,2 - 128
MC3810 2000 1,024 8000 4,1
MC3810-V3 3000 1,536 15000 7,68
3825 25000 12,8 350000 179,2
3845 35000 17,92 500000 256
IAD2400 3000 1,536 15000 7,68
4000 1800 0,9216 14000 7,17
4500 3500 1792 45000 23,04
4700 4600 2,3552 75000 38,4
7120 13000 6,656 175000 89,6
7140 20000 10,24 300000 153,6
7200-NPE100 7000 3,584 100000 51,2
7200-NPE150 10000 5,12 150000 76,8
7200-NPE175 9000 4,608 177848 91,06
7200-NPE200 13000 6,656 200000 102,4
7200-NPE225 13000 6656 233170 119,38
7200-NPE300 20000 10,24 353000 180,74
7200-NPE400 20000 10,24 420000 215.04
7200-NPE-G1 79000 40,448 1018000 521.22
7200-NPE-G2 2000000 1.024.00 No
7200-NSE-1 20 01.10.2024 300.000 (Also has PXF) 153.6
7304-NSE-100 3.500.000 (Also has PXF) 1792
7304-NPE-G100 1099000 562,69
7301 79000 40,448 1018000 521,22
7401 20000 10,24 300.000 (Also has PXF) 153.6
7000-RP 2500 1,28 30000 15,36
7500-RSP2 5000 2,56 220000 112,64
7500-RSP4/4+ 8000 4,096 345000 176,64
7500-RSP8 22000 11,264 470000 240,64
7500-RSP16 29000 14,848 530000 271,36
7500-VIP2/40 Punts to RSP Punts to RSP 60.000-95.000 30,7 - 48,6
7500-VIP2/50 Punts to RSP Punts to RSP 90.000-140.000 46,1 - 71,7
7500-VIP4/50 Punts to RSP Punts to RSP 90.000-140.000 46,1 - 71,7
7500-VIP4/80 Punts to RSP Punts to RSP 140.000-210.000 71,7 - 107,5
7500-VIP6/80 Punts to RSP Punts to RSP 140.000-219.000 71,7 - 112,1
7600-MSFC2 20000 (500.000 for softwareswitched CEF) 10.24 (256.00) 30.000.000 for central forwarding of non-DFC traffic - 15.000.000 for central forwarding of non-DFC traffic with classic line cards 15.360,00 or 7.680,00
7600-MSFC2A (Sup32) 15000000 7680
7600-MSFC3 (Sup720) 20.000 (500.000 for softwareswitched CEF) 10.24 (256.000) 30.000.000 for central forwarding of non-DFC traffic - 15.000.000 for central forwarding of non-DFC traffic with classic line cards 15.360,00 or 7.680,00
7600-CEF256 15.000.000 per slot 7680
7600-dCEF256 (6816) 24.000.000 per slot 12288
7600-dCEF720 48.000.000 (sustained) per slot 24576
10000-PRE1 2.800.000 (Also has 2xPXF) 1433,6
10000-PRE2 6.200.000 (Also has 4xPXF) 3174,4
10000-PRE3 9.500.000 (Also has 4xPXF) 4864
10720 50000 25,6 2.000.000 (Also has 2xPXF) 1024
12000 (Engine 0) 400000 622
12000 (Engine 1) 700000 2500
12000 (Engine 2) 4000000 2500
12000 (Engine 3) 4000000 2500
12000 (Engine 4/4+) 25000000 10000
12000 (Engine 5) 16000000 10000
12000 (Engine 6) 50000000 20000
CRS-1 LC 80000000 40960



Note:
"Punts to RSP" means that when a VIP cannot process the packets in a distributed manner (for instance, when doing MLPPP across different PA's instead of keeping the bundles on the same PA), it must push that forwarding decision and packet flow to the RSP. In these cases, use the RSP switching numbers.

The 7600 only slows centralized forwarding when a classic line card is installed, and then only for flows that must be centrally forwarded. For instance, a system with a Sup720 with two 6748 DFC3A equipped cards has a legacy gigabit switching module installed - the 6148-GE-TX, for instance. Flows going to or originating from that card operate at 15Mpps, but flows going between the 6748's operate at full 48Mpps per slot. Therefore, distributed forwarding is unaffected by the insertion of a legacy card.