Electronics Engineering And Design Company
Netiqate helps businesses build better hardware without breaking the bank! As a leading RF & electronics engineering design company, we use Rhodes and Schwartz equipment to verify 26.5 GHz compliance of boards and maintain our 98% first-pass success.
Why Our Partners Complete
Production 30% Faster
The end-to-end engineering support from the company is just one of the traditional reasons why our designs stand out. Primarily, our edge comes from lab-grade precision. Using Keysight ADS and IP-focused development, we deliver industry-standard FPGA frameworks.
System-Level Thinking
Zooming in on a single chip is how most designs fail. So, we zoom out and focus on power distribution and signal integrity. These RF, electronics, and system-level design services ensure unrestricted communication between LoRaWAN, your core processor, and Wifi. That means, no signal dropouts at all!
Advanced Simulations
Industry-standard design tools are necessary for result-yielding RF designs. We understand that! Our team uses Ansys HFSS and CST Studio Suite to create a digital twin of your board. Simultaneously, Cadence Design Systems helps the team catch mismatched impedance.
Custom Non-Template Designs
Reference designs are just suggestions for us, not solutions! We build ground-up PCB layouts even for complex shipsets like Nvidia and Xilinx. High-density interconnects (HDI) make every board design application-specific. So, your hardware won’t appear to be an exact replica of the reference.
Design-Only Expertise
Think of us as your high-end architectural firm for hardware! Our team delivers DFM-optimized (Design for Manufacturing) blueprints. Every single one of them focuses on schematic capture of the boards and layout precision. So, your Bill of Materials (BOM) and Gerber files stay clean always!
Advanced Electronics Design And Engineering Services At Economical Cost
Unlike other radio frequency engineering companies, we eliminate the trial and error phase of hardware! Our GaN-based power amplifiers and edge-ready FPGA logic are all you need to secure 30% better efficiency.
At the same time, the CST Studio-based approach for thermal-awareness ensures first-pass success for ASIC board designs.
- Microwave Design
- RF Design
- Signal Processing Design
- Systems Engineering Design
- System Architecture Design
Benchmark Your Design For 5G/6G Applications
Consult our experts on MIMO antenna arrays and FPGA solutions. Our crystal-clear quotes will help you make an informed decision in no time!
Unified RF, Electronic, and
System-Level Design Services
In Netiqate, we use your EM theories and create factory-ready hardware for next-generation wireless applications. Check out our exceptional advanced RF & electronics engineering design services below.
Future Ready RF & Antenna
- We are focusing on D-Band and G-Band antenna architects of Sub-THz categories. It ensures the final design is ready for the extreme throughput requirements of 6G.
- Every layout integrates Gallium Nitride (GaN) front-ends. Boards based on this strategy deliver massive power density and stay thermally reliable for long-range aerospace links.
- Our team design RHCP/LHCP helical antennas that combat multi-path fading.
FPGA / ASIC / Hardware
- We articulated the FPGA board design services on the basis of Static Time Analysis (STA). So, the models guarantee stability even in high-frequency and multi-clock environments.
- Hardware components based on our designs eliminate crosstalk on DDR4 and DDR5 memory buses, all thanks to impedance-controlled PCBs.
- ASIC board designs at our firm are not the same as others! We manage the ASIC lifecycle individually, from VHDL coding to physical manufacturing.
The Netiqate Roadmap To First-Pass Success
We start off auditing your chipset goals (Nvidia/Xilinx). It is the step where the team defines the link budget and signal integrity targets.
Assessing the optimal architecture starts with the SoC (Smart-on-Chip) framework. It helps the team judge and determine low-loss substrates for your performance benchmarks.
This step is all about subjecting FPGA-based system design and wireless drafts to Ansys HFSS, Keysight ADS, and other related programs. We catch hidden EMI and timing violations over here!
Signal Integrity (SI) and Power Integrity (PI) tackle our design validation and verification. Also, thermal stress testing is performed at this step to ensure board reliability.
The final delivered result from the team is always a production-ready IP package. It will include DFM-optimized Gerbers, technical documentation, and verified BOMs.
Industrial Support Of Our Custom
Electronics Design Company
Aerospace
Miniaturized CubeSAT RF front-ends are one of our service components that support the “NewSpace” era. Our well-versed designers integrate FPGA-based DSP for real-time orbital processing. Moreover, our rigorous compliance practices make every manufactured board and layout simulated for vibration and shock resistance.
Telecommunication
Our company believes in the evolution of telecom services. By designing MIMO architecture boards and Open RAN-compatible front-ends, we accelerate the 5G/6G rollout. Also, Gan-on-SiC power amplifiers and Ansys HFSS help businesses open new doors to FTTW (fibre-to-the-wireless) technology.
Discuss Your Engineering Requirements
Don’t let traditional signal interference stall your launch. Click the button or fill out the form to integrate our RF and FPGA expertise into your workflows at low cost.
Contact form
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Turnkey Engineering With Netiqate: We Design it, We Build It!
The capabilities of our RF & electronics engineering design company extend beyond the screen to the factory floor! We have a special team for full-scale manufacturing. Complex RF systems, FPGA boards, MIL-SPEC components, we do all of them!
The best part is that the team implements Design-for-Test (DFT) protocols during assembly. When it comes to post-production RF validation, we use Vector Network Analyzers (VNAs). We also provide integrated PCB assembly services for companies. Don’t worry if your reference is too complex! We use Automated Optical Inspection (AOI) and specialize in high-density interconnects that ensure our design is a replica of your vision.
Re-engineer Your Bill Of Materials For Maximum Profits!
Stop guessing and start measuring! Contact our team and see for yourself how we audit your BOM and DFM stack-ups to get high-performance alternatives.
Future-Proof Your Hardware With Dedicated Technical Support
If you are on the hunt for a custom electronics & RF design company that promises long-term engineering support, we are your best bet! Our team improves your total ROI via proactive HLM (Hardware Lifecycle Management).
Moreover, we ensure every client stays ahead of unnoticed threats with our Design-for-Trust (DfTr) maintenance protocols. But that’s not even the best part! Choosing us means you’ll be getting long-term firmware and FPGA bitstream updates without any additional charges. Also, considering the fact that everything is evolving towards 6G, we offer incremental design migrations.
Testimonials
Lead RF Architecture at Nexus
System Engineer At Orbital Dynamics
Lead RF Designer at Silicon Wave Labs
The Software Stack That Drives
Our RF Design Precision
We use Ansys HFSS, Keysight ADS, and Cadence Design Systems for better results. CST Studio Suite is also one of the tools that helps us maintain first-pass success and high-frequency signal integrity.
Blog & news
Frequently Asked Questions
Do you provide manufacturing or only engineering design services?
Netiqate provides a full turnkey handoff! Other than RTL and schematic designs, we also manage high-density PCBA manufacturing. The team also uses AOI and X-ray inspection to create box builds efficiently.
What types of engineering design services do you specialize in?
Experts at our firms are well-versed in the high-frequency spectrum. MIMO antenna arrays, RAD-hard space electronics, and FPGA-based DSP, we deal in all of them!
How early should we involve you in the design process?
You probably would have gone through our design roadmap, explained above. Based on those details, it is crucial to involve us at the Discovery or Architecture phase. It is the only way to ensure your System-on-Chip (SoC) partitioning is optimized for thermal efficiency.
Do you work on custom, non-off-the-shelf designs?
Yes, we do! In fact, we specialize in Bespoke IP development. Custom GaN-on-SiC power amplifiers and reference-based FPGA boards are some of its prime examples.
Can you support system-level design, not just individual components?
System-level designing is one of the primary perks you’ll be getting if you choose us. We simulate the entire signal chain. It includes ASIC and IP-focused engineering.
How do you ensure design quality and performance?
Apart from EMC and EMI compliance, we also focus on digital twin methodology. Besides, our rigorous analysis based on STA helps highlight errors before you spend a dime on prototyping or fabrication.
What tools and software do you use for design and simulation?
Our team uses a wide range of tools for the design and simulation of circuits, boards, and layouts. Some of them are listed below:
- CST Studio Suite
- Ansys HFSS
- Keysight ADS
- Cadence Design Systems
Which industries do you typically serve?
Our footprint is primarily in mission-critical industries. The 6G telecommunication sector and NewSpace technologies are some of the industries where we provide services.