ASIC Design Services
3D-IC chipset architectures are the new norm to evolve your traditional hardware stack into market-dominant layouts. We understand that and use HBM3 interfaces with UCIe-compliant links in our ASIC design services to maximize reliability and signal integrity. Moreover, Netiqate is known for low-power physical designs via FinFET-optimized libraries. Contact our team and scale your proprietary logic into custom silicon today!
Netiqate’s Uncompromising Accuracy in AISC Functional Verification
If you are on the hunt for a UVM-based environment for your high-performance AISC solutions, Netiqate is your best bet. Our formal property verification and industry standards compliance eliminate all hidden project risks. Simultaneously, Complex Domain Crossings (CDC) and the DFT approach guarantee silicon integrity of applications.
- 3D-IC Chipset Design
- UCIe Interface Integration
- Design For Testing (DFT) Insertion
- PPA Optimization
Why We Are Your Best Shot For Custom ASIC Design Services
Latest industry standards for high-performance ASIC solutions and manufacturing layouts are collectively used at Netiqate to squeeze out more performance. Besides, the Universal Chiplet Interconnect Express is another reason why we stand out from the crowd. Check out some primary reasons why our custom ASIC design is considered one of the best for ASIC designs:
2nm and 3nm Node Scaling
As said earlier, we specialize in FinFET and nanosheet node transitions. That means optimizing power, performance, and area (PPA) is not rocket science for us! Also, the Design-Technology Co-Optimization (DTCO) helps the team create high-density design without any errors. Learn more about our supported nanometer geometries in your free consultation session.
UVM and Formal Verification
If your business is always prone to project risks, our design flow automation is your ideal ally. Universal Verification Methodology and Formal Property Verification guarantee minimized project risks and faster chipset manufacturing. Contact the team to learn more about our compliant standards.
DFT and Yield Optimization
Comprehensive Design For Test (DFT) strategies are the backbone of every ASIC application. So, we use Memory BIST and Scan Compression to make sure your models promote first-pass success and deliver optimized power and performance. Also, by using exceptional digital tools like Ansys HFSS and Keysight ADS, we achieve gate-level simulation.
3-Dimensional IC and Chiplet Integration
We lead in high-speed interface integration by designing UCIe-compliant chips. Also, the 3D-IC architectures work in collaboration with UCIe to make chipsets from different vendors work together. We also create designs for ASIC hardware accelerators without breaking the bank. Learn more about these integrations via a consultation with the team.
Industry-Standard Software For Advanced Silicon Nodes
We leverage the latest CST Studio Suite and Cadence Design Systems (Cerebrus) to automate the PPA closure and custom silicon advantage. Also, our workflow for ASIC designing integrates AI-driven synthesis, Keysight ADS, and Ansys HFSS for first pass success, even at 2nm geometries.
End-to-End Advanced Node ASIC Sub-Services
Getting exceptional silicon engineering across the full design spectrum of ASIC principles is no longer a tough nut to crack, all thanks to Netiqate. We optimize your custom testbench development for maximum PPA efficiency and unmatched manufacturing success for advanced silicon nodes.
Analog ASIC Design
Analog ASIC applications typically focus on continuous-time signal processing. In that case, our expertise involves low-noise amplifier (LNA) designs, precision bandgap references, and switched-capacitor filters. We also optimize PVT variations and secondary-order effects in BCD and HVCMOS.
ASIC Architecture Design
The ASIC architecture designs are defined through system-level partitioning at our firm. Our team is well-versed in Network-on-Chip (NoC) topology and memory hierarchy optimization. Also, we have a special team that tackles hardware and software co-designs with digital strategies.
ASIC RTL Design
We provide mission-critical System Verilog and VHDL RTL designs with extreme precision. The best part is that every single one of Netiqate’s Electronics Design Services is optimized for FinFET and Nanosheet geometries. We also integrate linting and CDC analysis to create near-perfect hardware accelerators.
Explore Netiqate’s Full-Stack ASIC Engineering Designs
Confused about our ASIC design services? Don’t worry! Give us a call and learn everything about our specialized services, including RF/mmWave integration, RAD-hardened chips, and MIMO antenna designs. Our team also supplies ultra-low power IoT controllers and accelerators for your ASIC applications.
Statistical Timing and Multiphysics Reliability Verification In ASIC
Unlike other ASIC designing companies, we have created a workflow with functional verification methodologies. It leverages Parametric OCV statistical modeling to close timing with reduced pessimism. That’s not all! We optimize clock skew across massive CTS networks and analyze process-voltage-temperature (PVT) corners.
All of these help the team ensure valid data latching of ASIC operations even under extreme operational fluctuations. The team also uses AI-driven tools like HCI and NBTI to create ASIC designs that are high-performance and strictly reliable at the same time.
Get Code-Compliant ASIC Engineering At Economical Costs
Don’t get robbed by unreliable ASIC design companies! Contact us to get a budget-friendly quote for your reference design.
Certified Standards for Mission-Critical ASIC Designs
We understand that code-compliance and standards are necessary to design a first-pass ASIC layout. So, we adhere to specific standards like ISO 26262, ASIL-D, and IEC 61508 protocols for functional safety of custom ASIC design services. Every design flow from the company uses rigorous Fault Injection campaigns and FMDEA analysis.
When it comes to cybersecurity, we comply with NIST FIPS 140-3 and the Common Criteria of EAL5+. All of these help protect the IP against side-channel attacks and encrypt your designs against DPA (differential power analysis) vulnerabilities.
Tailored AISC Solutions For Leading Industries
Application-specific solutions for AISC layouts that allow industries to overcome the limitations of off-the-shelf processors. Moreover, delivering PPA-optimized designs and foundry-ready GDSII helps our partners lead their respective markets with proprietary hardware applications. Here are the two primary industries we serve:
Telecommunication
We can design 1.6T Ethernet Switch ASICs and 5G/6G baseband accelerators. It helps the team implement high-speed 22.4G SerDes and DPS to manage massive throughput with ultra-low latency in next-generation network infrastructures
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Aerospace
Developing Rad-Hardened ASICs with Triple Modular Redundancy (TMR) for satellite payloads ensures mission critical reliability and SEU-resilience in extreme orbital environments. All of this happens due to high-reliability design flows and the essential toolkit used by Netiqate specialists.
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Our Testimonials Speak For Themselves
Contact To Solve Problems In A Jiff!
If you are looking for a company that provides high-efficiency ASIC designs that support various vendor processors and complex HDLs, Netiqate is your best bet! Click the button below and schedule a call right away!
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Frequently Asked Questions
What is an ASIC, and how does it differ from a standard IC?
An ASIC (Application-Specific Integrated Circuit) is a custom-hardened silicon designed for one specific task. Unlike general-purpose standard ICs, AISCs offer superior PPA (power, performance, area). This enables ultra-efficient processing for proprietary algorithms.
What industries can benefit from custom ASIC design services?
AI/Hyperscale data centers, Automotive (EV/ADAS), 6G telecommunication, and MedTech provide a custom logic that’s critical for competitive advantage. It provides an edge for distributors in terms of off-the-shelf components.
What is included in your ASIC design flow?
RTL-to-GDSII flow of Netiqate includes RTL coding, UVM/SystemVerilog verification and logic synthesis. We then manage physical design timing sign-off and DFT insertion.
How do you ensure first-pass silicon success?
We guarantee success through design-technology Co-optimization (DTCO) and rigorous pre-silicon validation. It is possible by the use of formal verification and STA.
What verification and validation services do you offer?
We provide a full suite of services: UVM-standard functional verification, gate-level simulation, and Power-Aware verification (UPF). Post-silicon, we offer hardware validation and yield analysis to ensure the final chip meets all specifications.
Can you design mixed-signal ASICs (digital + analog)?
Yes. We specialize in Mixed-Signal integration, seamlessly combining high-density digital logic with precision analog blocks like ADCs, DACs, and PLLs. Our team ensures robust noise isolation and signal integrity across domain boundaries.
What ASIC design tools and languages do you use?
We utilize industry-leading EDA suites from Synopsys and Cadence. Our designs are authored in SystemVerilog, Verilog, and VHDL, supplemented by High-Level Synthesis (HLS) to translate complex mathematical models into optimized hardware logic.
How early should I involve ASIC design in my product development cycle?
Involve us at the conceptual architectural stage. Early collaboration allows for optimal hardware-software partitioning and feasibility studies, ensuring the selected process node and IP blocks align with your performance and budget targets.