
6WIND Virtual Accelerator is a high-performance software solution that accelerates network packet processing for virtualized environments. It runs inside the hypervisor, offloading virtual switching from the Linux networking stack to boost throughput, reduce CPU usage, and maximize VM density. It enables efficient, scalable, and secure networking for NFV, data center, and cloud deployments.
Vendor
6WIND
Company Website


Virtual Accelerator
6WIND Virtual Accelerator is a high-performance software solution designed to accelerate network packet processing in virtualized and cloud-native environments. Running inside the hypervisor, it offloads virtual switching from the Linux networking stack, significantly boosting throughput, reducing CPU usage, and maximizing VM density. It enables efficient, scalable, and secure networking for NFV, data center, and cloud deployments.
Features
- Hypervisor Integration: Operates within the hypervisor to optimize virtual switching.
- High-Performance Packet Processing: Delivers line-rate throughput for virtualized workloads.
- CPU Offload: Reduces CPU consumption by offloading network functions from the Linux stack.
- Scalable Architecture: Supports large-scale VM deployments and high-density environments.
- Security: Provides secure networking for multi-tenant and cloud-native applications.
- Flexible Deployment: Compatible with leading hypervisors and cloud platforms.
Capabilities
- Efficient Virtual Networking: Enables high-speed, low-latency connectivity for VMs and containers.
- Resource Optimization: Maximizes server utilization and VM density.
- Seamless Integration: Works with existing NFV, data center, and cloud infrastructures.
- Operational Agility: Supports dynamic scaling and rapid service deployment.
- Comprehensive Monitoring: Provides visibility into network performance and resource usage.
Benefits
- Increased Throughput: Achieve line-rate performance for demanding virtualized applications.
- Lower TCO: Reduce hardware and energy costs by improving server efficiency.
- Enhanced Scalability: Support more VMs per server without sacrificing performance.
- Improved Security: Isolate workloads and protect data in multi-tenant environments.
- Faster Time-to-Market: Accelerate deployment of new services and applications.