VortexNet

Chip Design Services

Providing professional chip design and development services, covering communication chips, 5G chips, and other high-performance semiconductor solutions

Core Services

Comprehensive Chip Design Solutions

From concept to silicon, providing end-to-end chip design and development services

Communication Chips

Design and development of high-performance communication chips for various wireless standards.

  • RF Front-End Design
  • Baseband Processing
  • Protocol Stack Integration
  • Power Optimization
5G Technology

Cutting-edge 5G chip solutions enabling next-generation wireless communication.

  • mmWave Technology
  • Massive MIMO
  • Network Slicing
  • Ultra-Low Latency
High-Performance Computing

Custom chip designs for AI acceleration and high-performance computing applications.

  • AI Accelerators
  • Parallel Processing
  • Memory Optimization
  • Custom Architectures
Custom ASIC Design

Application-specific integrated circuits tailored to unique customer requirements.

  • Custom Logic Design
  • Mixed-Signal Circuits
  • System-on-Chip
  • IP Integration
Design Process

Professional Chip Design Flow

Following industry-standard design methodologies to ensure high-quality chip development

1

Specification & Architecture

Define chip requirements and develop system architecture

Requirements Analysis
Architecture Design
Performance Modeling
Power Analysis
4-8 weeks
2

RTL Design & Verification

Register Transfer Level design and comprehensive verification

RTL Coding
Functional Verification
Coverage Analysis
Timing Analysis
12-24 weeks
3

Physical Implementation

Convert RTL design to physical layout ready for fabrication

Synthesis
Place & Route
DRC/LVS Checks
Timing Closure
8-16 weeks
4

Testing & Validation

Comprehensive testing and validation of fabricated chips

Test Pattern Generation
Silicon Validation
Performance Testing
Yield Analysis
6-12 weeks
Applications

Real-World Chip Design Success Stories

See how our chip design expertise enables breakthrough applications across industries

5G Base Station Chips
Telecommunications

5G Base Station Chips

Developed high-performance 5G base station chips supporting massive MIMO and beamforming technologies, enabling operators to deploy next-generation wireless networks with enhanced capacity and coverage.

50% improvement in spectral efficiency
10x increase in network capacity
Ultra-low latency <1ms
Enhanced coverage and reliability
IoT Communication Modules
Internet of Things

IoT Communication Modules

Designed ultra-low-power communication chips for IoT devices, supporting multiple wireless protocols and enabling long-range, low-power connectivity for smart city and industrial applications.

10-year battery life
Multi-protocol support
Extended range up to 15km
Cost-effective solution
AI Edge Computing Chips
Artificial Intelligence

AI Edge Computing Chips

Created specialized AI acceleration chips for edge computing applications, enabling real-time inference with minimal power consumption for autonomous vehicles and smart cameras.

100x AI performance improvement
90% power consumption reduction
Real-time processing capability
Compact form factor
Technology Stack

Advanced Chip Design Technologies

Utilizing industry-leading EDA tools and cutting-edge process technologies

Verilog/SystemVerilog
VHDL
Cadence Tools
Synopsys EDA
Mentor Graphics
ARM Architecture
RISC-V
FinFET Technology
28nm/14nm/7nm Process
RF Design
Analog/Mixed-Signal
System-on-Chip

Ready to Design Your Next Chip?

Contact our chip design experts to discuss your semiconductor development needs