Processing Design Services
If you’re a systems engineer who is tired of unstable algorithms and real-time processing constraints, then Netiqate is here to solve your problems and equations. We are an expert engineering company offering signal processing design services that make your signals translate efficiently. We design high-performance algorithms using Keysight ADS and implement them on DSP processors and FPGAs. For signal processing without delay, contact Netiqate today.
Experts Offering Solutions For Signal Processing Engineering
Netiqate is a company in the USA that offers expert electronics design services to telecommunications and aerospace professionals. Our team understands the challenges faced by these domains, such as SNR limitations, real-time processing problems and Error rate constraints (BER, PER). So, we use specialized custom signal processing design services resolve these issues by designing optimized algorithms using modeling tools and implementing them on FPGA models.
- Constraint Aware Algorithm Design
- Real-Time DSP Optimization
- Bandwidth Efficient Signal Processing
- FPGA-Based Hardware Implementation
How Signal Processing Design Works At Netiqate
Our signal processing engineering design services involve various steps before being presented as a final product. The designs are constructed using professional-grade software tools by licensed PE engineers certified in Keysight ADS Certification, ANSYS and CST.
Requirements Definition
First, we understand the goals and constraints faced by your system engineers. Then we characterize the signal and system input. We quantify measurable metrics and define hardware and real-time limitations.
Algorithm Design
After that, we design high-performance algorithms using SP techniques such as filtering, modulation and demodulation. In addition, FFT / DFT, spectral analysis, sampling and quantization are used for developing optimal logic design.
Simulation & Optimization
Our experts validate algorithms using Keysight ADS for simulation. The bottlenecks are identified and corrected. The trial-and-error process keeps on going until we develop the design for low-latency signal processing.
Implementation & Validation
As the design is approved, engineers implement algorithms on hardware such as an FPGA or embedded processors. The hardware software integration leads to verification of real-time performance. After the compliance testing, designs are validated.
The Technology Behind Our Success
We use softwares including CST and Ansys HFSS for studying the physical and electromagnetic impact on signals. For designing and validation algorithms, we use Keysight ADS. In addition to that, Cadence Design Systems is used for real-time hardware implementation.
Our Custom Signal Processing Design Services
Netiqate offers reliable signal processing designs for professionals in the Telecommunication and Aerospace domains. With our …….. successful projects, system engineers trust us for expert computational design development for signal processing.
Digital Signal Processing Design
We offer SP design services for signals that are processed in digital form. Our professionals analyze and characterize the digital signals and then work on algorithm development. After quantization and numerical modeling, simulation and performance optimization are performed. Finally, the algorithm is implemented on a DSP processor.
DSP Algorithm Design
Netiqate expert team offers DSP Algorithm Design as a singular service as well. We can help to develop low-latency algorithms such as QPSK and LDPC. For Filtering & Signal Enhancement, we help with FIR, IIR algorithms and LMS. You can also opt for spectral & transform algorithms like FFT / IFFT.
DSP System Design
Our services include integrating DSP algorithms into real-time systems with enhanced performance. After real-time performance analysis, hardwares like DSP, ASIC and FPGA are selected. Once system level simulation is done and validated, the prototype is integration with RF, sensors, and external interfaces.
Get Signal Processing Engineering Design Consultation Today
Don’t let interference and channel variations disturb your signal processing. Choose designs built by professional teams that stay compliant with FCC, ITAR & EAR. Contact Netiqate today for signal processing algorithms that work.
Enhance Algorithms Embedded RFSoCs
For custom and advanced signal processing designs, we offer models with RFSoCs integration along with firmware and DSP. This method allows real-time processing. By controlling high-speed DACs and ADCs with built-in signal processing, we can quickly analyze wideband signals. Custom firmware ensures correct timing and accurate signals. This gives clear and reliable results for amplifier testing.
In the telecommunication industry, RFSoCs support massive MIMO and beamforming. It also handles wideband signals with low latency. The chip is ideal for supporting reliable communication in the aerospace industry. In addition to that, it reduces SWaP, which improves aircraft performance.
Need More Information?
If you need further information about how we work and our services, then feel free to reach out.
DPD and CFR Algorithme Designs
We offer expert consultation on DPD and CFR algorithm design, along with signal processing engineering design services. For digital predistortion algorithms, we create a mathematical model using DSP techniques. Then we generate an inverse distortion. After that, we run it in real time. We conduct multiple testing until an efficient model is created.
While designing crest factor reduction algorithms, we identify high peaks and use clipping or peak shaping methods to limit them. To further minimize distortion, we follow the filtering process. For optimization in real time, we employ (EVM, ACLR) metrics.
Industries We Work With
Netiqate offers specialized SP design services to the Telecommunication industry, including wireless telecoms, satellite communications and Data Centers & Cloud Connectivity. Moreover, we extend our services to the Aerospace industry, including Commercial aircraft, Propulsion systems and Avionics systems.
Telecommunication
We offer signal processing design services for the telecom industry through the integration of RF hardware with advanced DSP algorithms. This approach enables real-time signal processing and low-latency operation.
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Aerospace
Our SP design services in the aerospace industry are focused on sensor-based systems such as radar, navigation, and surveillance. Our models combine high-precision data acquisition with real-time DSP to enable accurate detection and tracking.
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What Our Reputable Clients Say About Us
Senior Systems Engineer at Aerospace Systems
Director of Network Technology at The Diode
Lead RF Engineer at WireCom
Contact Us To Improve Your Radio Communications
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Frequently Asked Questions
What are signal processing design services?
Signal processing design services include developing the algorithms and implementing them to analyze signals to extract meaningful information. Our signal processing services include:
- Digital Signal Processing Design
- DSP Algorithm Design
- DSP System Design
- Radar Signal Processing Design
- Signal Processing Architecture Design
How do you develop custom DSP algorithms?
First, we conduct an analysis of application requirements and signal characteristics. After that, we design algorithms using DSP theory and modeling tools. Once the design is finalized, we implement and review our algorithms for improved performance. The system goes through various standard and quality tests before being implemented in the target field.
Which tools and workflows are used in DSP design?
We use Keysight ADS to support RF signal level processing, whereas Cadence and FPGA workflows are used for implementations.
What is the difference between real-time and offline signal processing?
Real-time signal processing involves analyzing data as soon as it is acquired within the given time frame. On the other hand, offline signal processing is carried out on stored data without time constraints, which allows much more complex and flexible analysis.
What are common applications of digital signal processing?
DSP applications can be found anywhere from the medical and automotive industries to the telecommunication and aerospace fields. In telecommunication, DSP is used for various processes including modulation and demodulation, data compression, and channel equalization. In the aerospace profession, DSP finds its way to sensing, communication & surveillance as well as navigation control.
Can you integrate DSP with FPGA or embedded platforms?
Yes, in fact, it is an effective approach. DSP is integrated with an FPGA in embedded systems for high-speed parallel processing. Signal processing is implemented using the FPGA logic or DSP cores.
What performance optimization techniques do you use?
At Netiqate, we employ simulation-driven optimization with parametric sweeps and perform automated tuning in Keysight ADS. This is then supported by EM optimization in ANSYS HFSS and CST Studio Suite to improve gain, bandwidth, efficiency, and noise. The efficient algorithms and system-level optimization reduce latency and optimize resource usage.
How early should signal processing be considered in a product design?
The signal processing should be considered at stage 1 of development, that is concept and requirement phase. This early consideration helps in the planning process of system architecture, performance limits and hardware selection as well as the overall cost of the design process. This step validates optimal end-to-end performance.