Bandwidth Allocation for Transfer of Frames to Host

Feature Set N-ANL9

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Napatech SmartNIC
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Feature Description

In this section

Note: Everything in this section that applies to NT200A01-2×100 also applies to NT200A01-2×100/40 running at 2 × 100 Gbit/s, and everything in this section that applies to NT200A01-2×40 also applies to NT200A01-2×100/40 running at 2 × 40 Gbit/s.

Shaping based on priority

The bandwidth available for transfer of frames from the SDRAM and into the host memory is allocated among the host buffers according to the greatest need.

NT200A01-2×100: Time to fill the SDRAM when no data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×100 accelerator with capture profile when no data is transferred over the PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200A01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when no Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 360 ms 480 ms 720 ms 1,440 ms

NT200A01-2×40: Time to fill the SDRAM when no data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×40 accelerator with capture profile when no data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT200A01-2×40: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when no Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 900 ms 1200 ms 1800 ms 3,600 ms

NT200C01-2×100: Time to fill the SDRAMs when no data is transferred over each PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAMs for an NT200C01-2×100 accelerator with capture profile when no data is transferred over each PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200C01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when no Data is Transferred over each PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
2 × 8192 480 ms 640 ms 960 ms 1,920 ms

NT100E3-1-PTP: Time to fill the SDRAM when no data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT100E3-1-PTP accelerator with capture profile when no data is transferred over the PCIe bus and the network capture load is 100 Gbit/s, depending on the network utilization.

NT100E3-1-PTP: Accelerator Buffering Time with 100 Gbit/s Network Capture Load when no Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 480 ms 640 ms 960 ms 1,920 ms

NT80E3-2-PTP: Time to fill the SDRAM when no data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT80E3-2-PTP accelerator with capture profile when no data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT80E3-2-PTP: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when no Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 600 ms 800 ms 1,200 ms 2,400 ms

NT40E3-4-PTP: Time to fill the SDRAM when no data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT40E3-4-PTP accelerator with capture profile when no data is transferred over the PCIe bus and the network capture load is 40 Gbit/s, depending on the SDRAM size and the network utilization.

NT40E3-4-PTP: Accelerator Buffering Time with 40 Gbit/s Network Capture Load when no Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 600 ms 800 ms 1,200 ms 2,400 ms

NT20E3-2-PTP: Time to fill the SDRAM when no data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT20E3-2-PTP accelerator with capture profile when no data is transferred over the PCIe bus and the network capture load is 20 Gbit/s, depending on the network utilization.

NT20E3-2-PTP: Accelerator Buffering Time with 20 Gbit/s Network Capture Load when no Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 1,200 ms 1,600 ms 2,400 ms 4,800 ms

NT40A01-4×1: Time to fill the SDRAM when no data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT40A01-4×1 accelerator with capture profile when no data is transferred over the PCIe bus and the network capture load is 4 Gbit/s, depending on the SDRAM size and the network utilization.

NT40A01-4×1: Accelerator Buffering Time with 4 Gbit/s Network Capture Load when no Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 6,000 ms 8,000 ms 12,000 ms 24,000 ms

NT200A01-2×100: Time to fill the SDRAM when 8 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×100 accelerator with capture profile when 8 Gbit/s of data is transferred over the PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200A01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 8 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 381 ms 510 ms 788 ms 1,718 ms

NT200A01-2×40: Time to fill the SDRAM when 8 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×40 accelerator with capture profile when 8 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT200A01-2×40: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 8 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 1,005 ms 1,395 ms 2,250 ms 6,000 ms

NT200C01-2×100: Time to fill the SDRAMs when 8 Gbit/s of data is transferred over each PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAMs for an NT200C01-2×100 accelerator with capture profile when 8 Gbit/s of data is transferred over each PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200C01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 8 Gbit/s of Data is Transferred over each PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
2 × 8192 530 ms 720 ms 1,150 ms 2,830 ms

NT100E3-1-PTP: Time to fill the SDRAM when 8 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT100E3-1-PTP accelerator with capture profile when 8 Gbit/s of data is transferred over the PCIe bus and the network capture load is 100 Gbit/s, depending on the SDRAM size and the network utilization.

NT100E3-1-PTP: Accelerator Buffering Time with 100 Gbit/s Network Capture Load when 8 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 530 ms 720 ms 1,150 ms 2,830 ms

NT80E3-2-PTP: Time to fill the SDRAM when 8 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT80E3-2-PTP accelerator with capture profile when 8 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT80E3-2-PTP: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 8 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 670 ms 930 ms 1,500 ms 4,000 ms

NT40E3-4-PTP: Time to fill the SDRAM when 8 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT40E3-4-PTP accelerator with capture profile when 8 Gbit/s of data is transferred over the PCIe bus and the network capture load is 40 Gbit/s, depending on the SDRAM size and the network utilization.

NT40E3-4-PTP: Accelerator Buffering Time with 40 Gbit/s Network Capture Load when 8 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 760 ms 1,100 ms 2,000 ms 12,000 ms

NT20E3-2-PTP: Time to fill the SDRAM when 8 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT20E3-2-PTP accelerator with capture profile when 8 Gbit/s of data is transferred over the PCIe bus and the network capture load is 20 Gbit/s, depending on the network utilization.

(NT20E3-2-PTP: Accelerator Buffering Time with 20 Gbit/s Network Capture Load when 8 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 2,000 ms 3,440 ms 12,000 ms

NT40A01-4×1: Time to fill the SDRAM when 8 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT40A01-4×1 accelerator with capture profile will not be filled when 8 Gbit/s of data is transferred over the PCIe bus.

NT200A01-2×100: Time to fill the SDRAM when 12 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×100 accelerator with capture profile when 12 Gbit/s of data is transferred over the PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200A01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 12 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 386 ms 527 ms 823 ms 1,899 ms

NT200A01-2×40: Time to fill the SDRAM when 12 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×40 accelerator with capture profile when 12 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT200A01-2×40: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 12 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 1,065  ms 1,500 ms 2,580 ms 9,000 ms

NT200C01-2×100: Time to fill the SDRAMs when 12 Gbit/s of data is transferred over each PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAMs for an NT200C01-2×100 accelerator with capture profile when 12 Gbit/s of data is transferred over each PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200C01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 12 Gbit/s of Data is Transferred over each PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
2 × 8192 550 ms 770 ms 1,270 ms 3,700 ms

NT100E3-1-PTP: Time to fill the SDRAM when 12 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT100E3-1-PTP accelerator with capture profile when 12 Gbit/s of data is transferred over the PCIe bus and the network capture load is 100 Gbit/s, depending on the SDRAM size and the network utilization.

NT100E3-1-PTP: Accelerator Buffering Time with 100 Gbit/s Network Capture Load when 12 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 550 ms 770 ms 1,270 ms 3,700

NT80E3-2-PTP: Time to fill the SDRAM when 12 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT80E3-2-PTP accelerator with capture profile when 12 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT80E3-2-PTP: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 12 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 710 ms 1,000 ms 1,720 ms 6,000 ms

NT40E3-4-PTP: Time to fill the SDRAM when 12 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT40E3-4-PTP accelerator with capture profile when 12 Gbit/s of data is transferred over the PCIe bus and the network capture load is 40 Gbit/s, depending on the SDRAM size and the network utilization.

NT40E3-4-PTP: Accelerator Buffering Time with 40 Gbit/s Network Capture Load when 12 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 860 ms 1,340 ms 3,000 ms

NT20E3-2-PTP: Time to fill the SDRAM when 12 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT20E3-2-PTP accelerator with capture profile when 12 Gbit/s of data is transferred over the PCIe bus and the network capture load is 20 Gbit/s, depending on the network utilization.

NT20E3-2-PTP: Accelerator Buffering Time with 20 Gbit/s Network Capture Load when 12 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 3,000 ms 8,000 ms

NT40A01-4×1: Time to fill the SDRAM when 12 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT40A01-4×1 accelerator with capture profile will not be filled when 12 Gbit/s of data is transferred over the PCIe bus.

NT200A01-2×100: Time to fill the SDRAM when 25 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×100 accelerator with capture profile when 25 Gbit/s of data is transferred over the PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200A01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 25 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 480 ms 576 ms 960 ms 2,880 ms

NT200A01-2×40: Time to fill the SDRAM when 25 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×40 accelerator with capture profile when 25 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT200A01-2×40: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 25 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 1,320 ms 2,070 ms 4,800 ms

NT200C01-2×100: Time to fill the SDRAMs when 25 Gbit/s of data is transferred over each PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAMs for an NT200C01-2×100 accelerator with capture profile when 25 Gbit/s of data is transferred over each PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200C01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 25 Gbit/s of Data is Transferred over each PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
2 × 8192 640 ms 960 ms 1,920 ms

NT100E3-1-PTP: Time to fill the SDRAM when 25 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT100E3-1-PTP accelerator with capture profile when 25 Gbit/s of data is transferred over the PCIe bus and the network capture load is 100 Gbit/s, depending on the SDRAM size and the network utilization.

NT100E3-1-PTP: Accelerator Buffering Time with 100 Gbit/s Network Capture Load when 25 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 640 ms 960 ms 1,920 ms

NT80E3-2-PTP: Time to fill the SDRAM when 25 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT80E3-2-PTP accelerator with capture profile when 25 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT80E3-2-PTP: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 25 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 880 ms 1,380 ms 3,200 ms

NT40E3-4-PTP: Time to fill the SDRAM when 25 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT40E3-4-PTP accelerator with capture profile when 25 Gbit/s of data is transferred over the PCIe bus and the network capture load is 40 Gbit/s, depending on the SDRAM size and the network utilization.

NT40E3-4-PTP: Accelerator Buffering Time with 40 Gbit/s Network Capture Load when 25 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
4096 1,600 ms 4,800 ms

NT20E3-2-PTP: Situation when 25 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT20E3-2-PTP accelerator with capture profile will not be filled when 25 Gbit/s of data is transferred over the PCIe bus.

NT40A01-4×1: Time to fill the SDRAM when 25 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT40A01-4×1 accelerator with capture profile will not be filled when 25 Gbit/s of data is transferred over the PCIe bus.

NT200A01-2×100: Time to fill the SDRAM when 50 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×100 accelerator with capture profile when 50 Gbit/s of data is transferred over the PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200A01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 50 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 480 ms 720 ms 1,440 ms

NT200A01-2×40: Time to fill the SDRAM when 50 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×40 accelerator with capture profile when 50 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT200A01-2×40: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 50 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 2,400 ms 7,200 ms ∞ ms

NT200C01-2×100: Time to fill the SDRAMs when 50 Gbit/s of data is transferred over each PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAMs for an NT200C01-2×100 accelerator with capture profile when 50 Gbit/s of data is transferred over each PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200C01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 50 Gbit/s of Data is Transferred over each PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
2 × 8192 960 ms 1,920 ms

NT100E3-1-PTP: Time to fill the SDRAM when 50 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT100E3-1-PTP accelerator with capture profile when 50 Gbit/s of data is transferred over the PCIe bus and the network capture load is 100 Gbit/s, depending on the SDRAM size and the network utilization.

NT100E3-1-PTP: Accelerator Buffering Time with 100 Gbit/s Network Capture Load when 50 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 960 ms 1,920 ms

NT80E3-2-PTP: Time to fill the SDRAM when 50 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT80E3-2-PTP accelerator with capture profile when 50 Gbit/s of data is transferred over the PCIe bus and the network capture load is 80 Gbit/s, depending on the network utilization.

NT80E3-2-PTP: Accelerator Buffering Time with 80 Gbit/s Network Capture Load when 50 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
8192 1,600 ms 4,800 ms

NT40E3-4-PTP: Situation when 50 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT40E3-4-PTP accelerator with capture profile will not be filled when 50 Gbit/s of data is transferred over the PCIe bus.

NT20E3-2-PTP: Situation when 50 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT20E3-2-PTP accelerator with capture profile will not be filled when 50 Gbit/s of data is transferred over the PCIe bus.

NT40A01-4×1: Time to fill the SDRAM when 50 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT40A01-4×1 accelerator with capture profile will not be filled when 50 Gbit/s of data is transferred over the PCIe bus.

NT200A01-2×100: Time to fill the SDRAM when 100 Gbit/s of data is transferred over the PCIe bus

This table shows the number of milliseconds it takes to fill the SDRAM for an NT200A01-2×100 accelerator with capture profile when 100 Gbit/s of data is transferred over the PCIe bus and the network capture load is 200 Gbit/s, depending on the network utilization.

NT200A01-2×100: Accelerator Buffering Time with 200 Gbit/s Network Capture Load when 100 Gbit/s of Data is Transferred over the PCI Bus
Accelerator Memory Size (in MB) Network Utilization
100% 75% 50% 25%
12288 720 ms 1,440 ms

NT200A01-2×40: Time to fill the SDRAM when 100 Gbit/s of data is transferred over the PCIe bus

The SDRAMs on an NT200A01-2×40 accelerator with capture profile will not be filled when 100 Gbit/s of data is transferred over each PCIe bus.

NT200C01-2×100: Situation when 100 Gbit/s of data is transferred over each PCIe bus

The SDRAMs on an NT200C01-2×100 accelerator with capture profile will not be filled when 100 Gbit/s of data is transferred over each PCIe bus.

NT100E3-1-PTP: Situation when 100 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT100E3-1-PTP accelerator with capture profile will not be filled when 100 Gbit/s of data is transferred over the PCIe bus.

NT80E3-2-PTP: Situation when 100 Gbit/s of data is transferred over the PCIe bus

The SDRAM on an NT80E3-2-PTP accelerator with capture profile will not be filled when 100 Gbit/s of data is transferred over the PCIe bus.