DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC1020P
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Key Features | Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues |
| Network Interface | 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) |
| Host Queue | 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues |
| Packet Support | Supports 2 VLAN Layers and 4 MPLS Label Layers; VxLAN, GRE/GTP/L2TP/PPTP/PPPOE and Other Tunnel Packets; IPv4, IPv6, ICMP, SCTP and Others |
| Load Strategy | SIP, SIP+SP, DIP, DIP+DP, SDIP, SDIP+SDP, VLAN, ROUND ROBIN, Broadcast and Other Policies |
| Matching Conditions | Source IP, Destination IP, Protocol Type, Source Port, Destination Port; VLAN ID; Input Interface Number; Packet Length; MPLS Label; Inner or Outer Layer Selectable When Matching Tunnel Packets |
| Matching Action | Discard; Forward to Port; Forward to Host (Receive Queue) |
| Supported Systems | Linux |
| Interface API | uuSDK |
| Chip Type [Product Series] | FPGA Chip |
| Network Interface [Product Series] | 2*10G/2.5G POS |
| Main Unit Interface [Product Series] | PCIE3.0*8 |
| Memory [Product Series] | 8GB DDR4 |
| Dimensions [Product Series] | 68.9 mm x 111.15mm, Half-Height Half-Length |
| Main Chip [Product Series] | Intel Arria10 FPGA |
| Heat Dissipation Method [Product Series] | Passive Heat Dissipation by Onboard Heat Sink |
| Application Scenarios [Product Series] | Suitable for High-Performance Traffic Capture and Forwarding with Relatively Simple Services and High Heat-Dissipation Requirements, Such as Session Flow-Table Accelerated Forwarding, SDH Link Protocol Conversion and High-Performance Packet Transmit/Receive RSS Distribution |
Key Features
Datasheet
Supplier Information
Related Products
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC720
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC740
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC920
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC1044
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
Related Articles
The accelerated construction of new‑generation power systems has brought revolutionary upgrades to power‑equipment maintenance workflows.
Driven by fast‑growing demands of 3D perception, biometric authentication and machine‑vision industries, near‑infrared imaging optics have become a vital hardware component for intelligent sensing systems.
icrolight is a high-tech enterprise specializing in the R&D, manufacturing and sales of active and passive photonic devices for microwave photonics, LiDAR ranging, gas sensing, fiber optics and photomedicine.
Electro-optic deflectors (EODs) are optical devices used to steer or deflect light beams by applying an electric field to a specialized optical crystal. Unlike mechanical beam steering systems that rely on moving mirrors, electro-optic deflectors enable high-speed, non-mechanical beam control with exceptional precision and responsiveness. They are widely used in laser scanning, optical communications, microscopy, laser printing, spectroscopy, and scientific research, where rapid and accurate laser beam positioning is essential.
Loading...
Name
Phone
Organization
Use Case
Database Platform