DDR HYPERION400
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HYPERION For Software Defined Radio
Radio Frequency System-on-Chip is a recent software-defined radio (SDR) technology breakthrough.
It offers ultra-compact, scalable radio frequency (RF) sensing and digital signal processing (DSP) capabilities for especially SWaP-sensitive applications and platforms.
RFSoC is supported by high-performance Ethernet, including super-fast 100GbE for shuttling I-Q payload data between essential electronic subsystems.
From signal systems designing to deployed mission systems, you can count on the utility of Daqscribe Ethernet recorders.
RADIO FREQUENCY SYSTEM-ON-A-CHIP
SOFTWARE DEFINED RADIO
RECORDER HIGHLIGHTS
- Our fastest Ethernet recorder platform at 200Gbps!
- 100% Ethernet capture, record, and playback.
- Up to 1.6 Petabytes of enterprise SSD storage.
- DISA STIG compliant with optional Red Hat® version 8
- AES256 Opal 2.0 self-encryption (SED) options.
DESIGNED FOR ANY NETWORK PROTOCOL
Daqscribe Ethernet recorders feature high-performance network technologies that grab data from Layer 2 (OSI stack model).
This means precise packet capture no matter the protocol, including IPV4 or IPV6; TCP to SCTP; and IP Unicast to IP Multicast.
Data is reliably stored in real-time aboard enterprise SSDs, as standard PCAP formatted files.
Directly access your data for analysis with popular software tools such as Wireshark®, MathWorks®, and ntop®.
Calculate Your Storage Needs
How Much Storage will you Need for Your Record Times?
Use Cases
Spectrum Research
- Wideband digital receivers
- Radio frequency system-on-a-chip
- Digital signal processing
Telecommunications
- 5G wireless access
- Mobile edge computing
- Core networks
Cyber Operations
- Offensive computing
- Deep packet inspection
- Network capture & store
Listen To It All – Protocol Agnostic Recording
We’re the first to bring an off-the-shelf, agnostic Ethernet capture, record, and playback product to the marketplace.
It’s a solution for interfacing with data at the closest level to the network’s physical (PHY) layer at Layer 2.
You can finally perform high-speed sequential recording of any Ethernet stream, including TCP, UDP, SCTP, Unicast, Multicast, and more.
Data is reliably stored in enterprise SSDs with a Total Bytes Written (TBW) performance yield of up to five years.
And because each recording session is represented as a set of standard PCAP formatted files, data is easily accessible by popular software tools such as Wireshark® and Mathworks®.
