MDR PLATINUM100

Get The MDR PLATINUM100 Datasheet

You can quickly learn detailed specifications of the MDR PLATINUM Ethernet capture, record, and playback system by entering your information into the form below.
Are you ready to take the next step?
Secure a convenient time slot to speak with a technical sales representative using our automated calendar.
PLATINUM 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










