Rackmount 160Gbps Ethernet recorder DDR7000-R4-10G-16


  • Our fastest rackmount Ethernet recorder featuring 16 x 10GbE ports.
  • Sustained 100% Ethernet capture, record, and playback performance up to 160Gbps.
  • Real-time standard PCAP status monitoring of capture ports.
  • System storage options up to 180 Terabytes (SSDs).
  • STIG compliant & AES256 encryption options.
  • Data offload: USB 3.0 and 10GbE or optional 25GbE, 40GbE, and 100GbE ports.
  • Standard 4U unit height of 7” (17.8cm.)
SKU: DDR7000-R4-10G-16 Category: Tags: , , , ,

System specifications preview
  • Line rate Rx 160Gbps (16 x 10Gbps) for packet size 61 - 10,000 bytes
  • Line rate Tx 160Gbps (16 x 10Gbps) for packet size 61 - 10,000 bytes
  • 100% packet capture
Network interfaces
  • IEEE 802.3 10GbE Ethernet support
  • Network interface: 4 × QSFP+ ports
  • QSFP+ modules: 4 x 10GBASE-CR/SR/LR breakout from QSFP+
Data format
  • PCAP format (capture/record only)
  • NTCAP – PCAP style binary format (capture/replay)
  • CLI utilities: simple/quick conversion from NTCAP to standard PCAP format or payload extraction


Daqscribe Ethernet recorders grab data from Layer-2 of the OSI model.

This assures precise protocol-agnostic packet capture, including IPV4 or IPV6; TCP to SCTP; and IP Unicast to IP Multicast.

Data is reliably stored to enterprise SSDs in real-time, in standard PCAP format.

You can access and analyze recorded packet data with common network analysis tools, such as Wireshark® and ntop®.

Daqscribe Ethernet recorders are delivered as turnkey solutions, pre-installed with our netSUITE™ software license and backed by our standard 12-months hardware warranty and 90-days of software support.

Call us at (303) 220-7457 for more info or simply fill out the form below.

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most suitable for the following applications

Use cases

Spectrum Research

Electromagnetic sensing & analytics
Spectrum Research
  • Wideband digital receivers​
  • Radio frequency system-on-a-chip​
  • Digital signal processing


Network planning, rollout, and QoS
  • 5G wireless access​
  • Mobile edge computing​
  • Core networks


Network planning, rollout, and QoS
Cyber Operations
  • Offensive computing​
  • Deep packet inspection​
  • Network capture & store

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