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Digital Telemetry receiver is a key element in the
modern-day engineering world, which excels at full flexibility and versatility
that support satcom systems, and critical applications. This system is based on
an advanced design that allows the use of resources of field programmable gate
arrays (FPGA) and software-defined radios (SDR) in the processing of signals.
These systems are telemetry receivers, waveform processors, and signal
processors which can work together very well as they are also very versatile
and high-performance designs in the aerospace, defense, automotive, and
manufacturing industries. The core of the Digital Telemetry Receiver design is flexibility. This versatility does not
represent just a feature but a fundamental aspect that ensures that they can be
deployed in a multitude of environments with complex telemetry demands. Whether
navigating data from thousands of miles away through satellites or getting
critical info from right down on ground level, digital telemetry receivers
always provide good and reliable data and results. What is the Digital Telemetry Receiver? The telemetry receiver is the high-performance
electronic hardware instrument required for data transmission and
interpretation in SD and flight environments e.g. in satellite and ground
station applications. Its task is to ensure data integrity and adaptability
through the seamless functionality of the system and provide an integrated
solution for data acquisition systems and analysis. As core elements of telemetry receiver design,
FPGA-based signal processing, and software-defined radio (SDR) technology are
employed for digital telemetry reception, waveform processing, and signal
analysis. The indigenous and FPGA-based design assists in
seamless configuration to incorporate new modulation schemes and remains
compatible with the evolving telemetry standards and requirements. The
telemetry receiver represents a high-level solution for real-time data
acquisition, processing, and analysis in mission-critical tasks. What are the key components of a Digilogic’s
digital telemetry receiver? The Digilogic digital telemetry receiver has
FPGA-based signal processing units, radio transmission software, signal
processors as well as Automatic Gain Controller (AGC) modules. These devices
support the configurable use options for single and dual formats and the
waveform for (AM, FM, PM, BPSK, QPSK, SOQPSK) with standard data. This data can
be transferred by star data rate range 40 Mbps down to 100 kbps. Also, there is
AM tracking, diversity combining, equalization, PCM-FM & SOQPSK-TG
demodulation, bit and frame synchronization, LDPC and CC decoding as well as
TMoIP according to MIL-STD-188-220B. In addition, digital telemetry receivers made by Digilogic Systems have a striker that is inbuilt as
a performance test generator without the need for external sources. These are
the components that enable the design which include the provision of the inputs
of the down-converted IF signal, Bit sync output, and Data & Clock signals
of the properties that can be analyzed with external systems through the
rear-side connectors. It is the FPGA-based systems that lie at the core of
these devices and that enable them to achieve customization for any new
modulation scheme with ease thus making them suitable for the changing demands
of telemetry reception and reception and processing. What functionalities does a Digilogic’s digital
telemetry receiver support? Digilogic Systems receivers support the following
functionalities: Automatic Gain Control, AM Tracking, Diversity Combining,
Equalization, Demodulation of many waveforms, Bit Synchronization, Frame
Synchronization, LDPC and Convolutional coding, and Telemetry Over IP.
Digilogic’s digital telemetry receiver delivers high performance driven by its
abundance of features that cater to the standing needs of satellite and flight
test ground station applications. Conventionally, it allows for various types
of configurations such as single and duplicate and formats like AM, FM, PM,
BPSK, QPSK, and SOQPSK with wide data rates from 40 Mbps to 100 kbps. What configurations and waveforms are available in
Digiloigc’s digital telemetry receivers? Digilogic's digital telemetry receivers can
configure digital telemetry in different waveforms as a result offer a better
solution to diverse telemetry requirements. These configurations include a
single-dual scheme for which we give flexibility to the designers and deployers
on system design and set-up. These configurations extend through a multitude of
waveforms including AM (Amplitude Modulation), FM (Frequency Modulation), PM
(Phase Modulation), BPSK (Binary Phase Shift Keying), QPSK (Quadrature Phase
Shift Keying), and SOQPSK (Sequential Quadrature Phase Shift Keying). How does a Digilogic's digital telemetry receiver
facilitate testing and analysis? Digilogic's digital telemetry receiver has all the
properties needed for its sophisticated testing and analysis, due to the
advanced feature and the flexible design. Primarily, its signal processing unit
which is FPGA-based yields high efficiency in processing complex signals of
telemetry in real-time mode, making it possible for more in-depth analysis. Software Defined Radio (SDR) makes it
quicker to adjust the signals, and it also can be applied in different signal
modulation methods, thus, it is beneficial in different applications. Product Features:
- Dual Channel RF (S-band) and IF
Receiver
- Data rates up to 40 Mbps
- Eye pattern diagram
- Spectrum Display
- I/Q constellation diagram
- Trellis Detection for improved performance
- Diversity Combiner and Equalizer
- Convolutional and LDPC Decoding
- Decryption, Frame Synchronization
- AFC, AM Demodulation for Tracking
- Telemetry over IP (TMoIP ) Support
- Supports display over Ethernet
Applications of Digilogic’s Digital Telemetry Receiver: Telemetry Tracking and Reception: The Digilogic’s
Digital Telemetry Receiver, is an excellent choice for tracking, and receiving
telemetry data from various sources. These sources include aerospace, defense,
automotive vehicles, and manufacturing industries. Aircraft and UAVs Flight Testing: As far as telemetry
is concerned, the telemetry receiving antenna is one of the primary tools
utilized in the aviation sector and autonomous aircraft. This data represents
the crucial flight attributes of altitude, speed, engine parameters, and
readings from sensors that give engineers and operators the ability to evaluate
and predict aircraft performance and safety. Low Earth Orbit (LEO) Satellite Tracking and Data
Reception:
From the point of view of those who need satellite communication and tracking
systems, a Digilogic Telemetry Receiver offers them advanced telemetry data
receiving capabilities from Low Earth Orbit (LEO) satellites. It assures the
support of multiple waveforms and configurations as this equipment could be
used for satellite guidance, data receipt, and link analysis. Conclusion: Digital Telemetry Receiver of Digilogic Systems
ranges beyond other similar devices in terms of tracing telemetry information
and UAV flight or testing, or in satellite tracking while in Low Earth Orbit
(LEO). Using FPGA for signal processing, SDR technology, device configuration,
and multiple waveforms, it offers efficient radio transmission and data processing. The availability of Automatic Gain Control, a
signal generator built-in, and the capacity to access diverse signals for
analysis are indispensable features of the device which makes it very similar
to a real oscilloscope. Overall, Digilogic's telemetry receiver emerges as a
strong and flexible platform for the most demanding telemetry applications from
the areas of aerospace, defense, automotive, and manufacturing industries. Contact us today to
discuss your Digital Telemetry Receiver requirements Website: https://www.digilogicsystems.com/ Phone: Hyderabad: (+91) 40 4547 4601 /
02 / 03 Bengaluru: (+91) 80 4975 6034 Email:
info@digilogicsystems.com Locations: HEAD
OFFICE #102, 1st Floor, DSL
Abacus Tech Park Beside DSL Virtue Mall, Uppal, Hyderabad, Telangana-500 039,
India BRANCH OFFICE
#216, 3rd floor,
Zareen Heights, Varthur Road, Nagavarapalya, C. V. Raman Nagar, Bengaluru,
Karnataka — 560093
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