Software Defined Radios

Software Defined Radios revolutionize critical military communications with portable, versatile hardware

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Software Defined Radios
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About

Software Defined Radio (SDR) is a proprietary portable and interoperable platform, replacing traditional analog hardware components with software for functions like mixers and filters. This broad waveform definition spans layers 1 to 4, encompassing transmission frequencies, modulation schemes, voice encoding, error codes, and more, extending beyond the air interface in radio communication.

Features

Benefits

Portability

Portable size allows seamless deployment in various settings

Interoperability

Interoperability ensures compatibility with different systems

Flexibility

Flexibility over a wide frequency range

Latest Upgrades

Support to receive remote or local upgrades

Key Specifications

Software Defined Radio – Man pack

Frequency

30-512 MHz

Wave form

AM, FM & OFDM

Bandwidth

Narrowband(25KHzto250KHz)
Wideband (1 MHz to 2.5MHz)

Range

10 & 14 Km

Frequency Hopping

500 Hops/s

Number of node support

16 Node for narrow band and 32 node for wide band

Antenna

Omni directional

Weight

4.5 Kg

Dimension (mm)

365*260*105

Power Consumption

Average 35 watt

EMI/EMC

MIL-STD-461E/F

Environmental standards

JSS 55555

Applications

  • Military applications – manpack, handheld, airborne, and shipborne
  • Broadcast Radio Receivers
  • Digital Radio Mondiale (DRM) Transmitter
  • GSM Network
  • 5G Applications in industries such as cloud computing, automotive, agriculture, and healthcare
  • Research & Development in Satellite Systems

Variants

FAQs

What is a software-defined radio?

A software-defined radio (SDR) is a communication system in which traditional hardware components are replaced or augmented by software to perform signal processing tasks. this allows for flexible and programmable radio functionality enabling the device to adapt to different communication standards. SDRs are versatile, facilitating updates and reconfigurations without the need for hardware modifications.

What are the benefits of software defined radio?

Software-defined radio (SDR) offers several benefits, including adaptability to various communication standards, improved flexibility through software updates, and the ability to reconfigure functionalities without hardware modifications. SDRs enhance interoperability, reduce the need for multiple devices, and enable cost-effective upgrades. Their versatility makes them valuable in applications ranging from military communications to wireless networks and amateur radio.

What is the difference between software-defined radio and digital radio?

Software-defined radio (SDR) refers to a communication system where software plays a significant role in signal processing, providing adaptability to different standards. Digital radio, on the other hand, generally refers to radio broadcasting using digital signals instead of analog. SDR can be considered a broader concept encompassing the use of software for flexible and programmable radio functionalities.

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