The Radar Computer (RC) will be used in Anti Drone System. It has been designed in compliance with MIL-461E and MILSTD-810G. It is highly compact, lightweight, ideal for outdoor harsh environments
The Radar computer primarily consists of 2 Nos of Single Board Computer (SBC), GPGPU module and a Power supply module. Among the 2 Nos of SBCs, One No of SBC is dedicated for Signal Processing (which is Windows 10 based OS) and second SBC is dedicated for Radar Data Processing & Radar controller (which is Linux based OS) functions.
Radar processing and Signal processing algorithms of RC will be used for tracking drones, tracing and killing of deleterious drones with the great accuracy. Range of the radar will be about 5kms.
The Radar computer will be interfaced with the Exciter– Receiver (Ex-Rx) with expanded beam optical connectors. The data received from the antenna will be sent to RC through ExRx. sFPDP converts Optical signals into the electrical signals.
Compact design
2 Nos of Xeon – Based Single
Board Computer
Embedded with sFPDP card used
for signal processing.
SBC will be connected to GPGPU
through PCIe
Rugged Construction to meet MIL
Standards
USB/Ethernet / RS232/R485
Connectivity
Connector for External Display
Interface
Connector for External
Ex-Rx_ALNS.
SBC's Processor | Intel Xeon, 3U VPX, 12Core |
Ethernet | 1 no of 1 Gb Ethernet, 1 no of 10 Gb Ethernet |
SBC’s | 2No’s |
GPGPU | 1No |
RAM | 32 GB |
Storage | 320 GB SLC based SSD (OS Disk) |
OS | RHEL 7.X (Latest Version) / Windows 10 |
Serial Port | 2 RS232, 1 RS422 |
Display | 1 no HDMI |
GPIO | 2 Nos |
sFPDP Module | XMC interface, 4Channels, 2.5 Gbps |
sFPDP Interface | LC Duplex |
Input Voltage | +28V DC |
Power | +28V DC, ON/OFF Switch and Status LED |
Operating Temperature | -20°C to +55°C |
Storage Temperature | -30°C to +85°C |
Weight | 14 Kgs |
Dimensions (LxWxH) | 332x150x273 |
Material | Aluminium |
IP rating | IP65 |
Mounting | Flange/ Screw mount |
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