// Services & Solutions
"Snip-Wire"
Concept
Voltraware’s “Snip-Wire” concept emphasizes a departure from traditional wired charging, paving the way for more efficient and environmentally friendly solutions. This revolutionary approach to wireless power transfer positions Voltraware at the forefront of modern technology. Through its comprehensive services and solutions, Voltraware aims to deliver innovative, seamless, and sustainable wireless power systems that redefine how users interact with their devices.
Comprehensive Service Offerings
Voltraware provides an extensive range of services that cover every critical aspect of system design and implementation. Our expertise spans multiple domains, ensuring that all facets of wireless power systems are addressed with precision and professionalism
Control Design
We develop sophisticated control systems that manage and regulate the operation of wireless power systems. Our designs ensure optimal performance, reliability, and safety in various applications.
Control Design
We develop sophisticated control systems that manage and regulate the operation of wireless power systems. Our designs ensure optimal performance, reliability, and safety in various applications.
System State Flow Design
We design system state flows to manage the transitions and operations within wireless power systems. This ensures that systems operate smoothly and efficiently, adapting to different states and conditions as needed.
System State Flow Design
We design system state flows to manage the transitions and operations within wireless power systems. This ensures that systems operate smoothly and efficiently, adapting to different states and conditions as needed.
Coil Design
Our team specializes in designing high-performance coils that are integral to the wireless power systems. We focus on optimizing coil performance to maximize efficiency and effectiveness.
Coil Design
Our team specializes in designing high-performance coils that are integral to the wireless power systems. We focus on optimizing coil performance to maximize efficiency and effectiveness.
Impedance Matching
Effective impedance matching is crucial for ensuring efficient power transfer and minimizing losses. We provide expert solutions to maintain system in resonance, enhancing overall system performance.
Impedance Matching
Effective impedance matching is crucial for ensuring efficient power transfer and minimizing losses. We provide expert solutions to maintain system in resonance, enhancing overall system performance.
Power Electronics Design
We design advanced power electronics to support the smooth and efficient transfer of power within the wireless power systems. Our designs prioritize safety, reliability, performance, and energy efficiency.
Power Electronics Design
We design advanced power electronics to support the smooth and efficient transfer of power within the wireless power systems. Our designs prioritize safety, reliability, performance, and energy efficiency.
Protection Design
We develop protection systems to safeguard the wireless power systems against potential hazards, including over-voltage, over-current, and thermal issues.
Protection Design
We develop protection systems to safeguard the wireless power systems against potential hazards, including over-voltage, over-current, and thermal issues.
Signal Processing Design
We create robust signal processing solutions to ensure clear and reliable communication between system components, enhancing overall system performance and data integrity.
Signal Processing Design
We create robust signal processing solutions to ensure clear and reliable communication between system components, enhancing overall system performance and data integrity.
Communication Design
Our communication design services focus on enabling safe, effective, and efficient data exchange within wireless power systems, ensuring data encryption, system power flow control, and operation.
Protection Design
We develop protection systems to safeguard the wireless power systems against potential hazards, including over-voltage, over-current, and thermal issues.
Safety and EMI/EMC Certification Support
We provide technical support for safety and electromagnetic interference/electromagnetic compatibility (EMI/EMC) certification. This includes ensuring compliance with international standards such as CE, FCC, and NCC, which is essential for market acceptance and regulatory approval.
Safety and EMI/EMC Certification Support
We provide technical support for safety and electromagnetic interference/electromagnetic compatibility (EMI/EMC) certification. This includes ensuring compliance with international standards such as CE, FCC, and NCC, which is essential for market acceptance and regulatory approval.
Mass Production Assistance
Transitioning from development to large-scale production is a critical phase. We offer expert assistance to ensure a smooth and efficient mass production process, helping to scale up manufacturing while maintaining quality and performance.
Mass Production Assistance
Transitioning from development to large-scale production is a critical phase. We offer expert assistance to ensure a smooth and efficient mass production process, helping to scale up manufacturing while maintaining quality and performance.
Cutting-Edge IC Solution
Engineered for excellence, the VW8000 IC by Voltraware is a game-changing solution in the realm of wireless power systems. Designed to be cost-effective yet high-performance, it supports the development of 6.78 MHz systems that deliver outstanding functionality without straining budgets.
Voltraware’s
VW8000 IC
Wireless Power Tx Controller
The VW8000 Wireless Power Tx Controller is a robust platform that simplifies the creation of advanced, smart, and safe wireless power transfer systems. By supporting AirFuel Systems, the VW8000 meets and often exceeds ambitious design goals, achieving previously unattainable levels of performance at competitive prices. This revolutionary approach positions Voltraware at the forefront of wireless charging technology.
A Perfect Balance of
Cost, Performance,
And Innovation
Ideal for various wireless power transfer applications, the VW8000 strikes an impressive balance between cost, performance, and innovation. Its comprehensive design integrates numerous key functions, effectively minimizing the impact of tolerances associated with discrete components. This integration not only reduces the overall size of the system but also enhances its mass production feasibility, making the VW8000 a vital component in modern wireless power technology.
Dual Sets of Pin Safety Logic
Delivers immediate protection and regulation of power transfer without requiring microcontroller (uC) involvement, simplifying the overall design process.
High-Resolution PWM Engines
Both high and standard resolution engines provide nuanced control over power delivery, optimizing energy transfer.
Integrated Foreign Object Detection (FOD)
Automatically ceases power transfer upon detecting foreign objects, promoting user safety.
Real-Time Monitoring
Actively assesses operating conditions, facilitating adjustments to enhance performance and efficiency.
Key Features of
VW8000 IC
The VW8000 IC is not just a product; it is a significant advancement in wireless power technology, offering a combination of performance, safety, and affordability for a wide range of applications. Voltraware's commitment to innovation ensures that the VW8000 remains a leader in wireless power solutions, paving the way for a future free from the limitations of traditional charging methods.
Enhances signal processing for improved system performance and reliability.
Enable meticulous control of power transfer at 6.78 MHz, ensuring energy efficiency.
Continuously assess coil currents and diode conduction, optimizing power use in real-time.
Provide rapid and accurate power delivery control, enhancing operational efficiency.
Supports real-time tracking of essential parameters like voltage, current, and temperature, ensuring optimal performance.
Efficiently powers both on-chip and off-chip components, promoting versatile applications.
Allows for precise trimming and calibration during operation, ensuring flexibility and adaptability.
Enable extensive customization to meet specific design objectives across various applications.
Ensures accurate current flow tracking, contributing to both safety and system efficiency.
Deliver reliable voltage measurements for enhanced system performance.
Facilitate safe monitoring of loop currents with minimal interference.
Protect against overheating, ensuring reliable operation in diverse conditions.
Enhance power transfer efficiency through precise impedance and phase assessments.