 |
- 6WINDGate™ Architecture Overview
This 49 page document gives a detailed presentation of 6WINDGate™ networking software solution for Multi-Core architectures including: Multi-Core networking software requirements, key concepts of 6WINDGate™ architecture, presentation of 6WINDGate™ profiles and performances, 6WINDGate™ feature set review, 6WINDGate™ XML-based management system and 6WINDGate™ open architecture to develop customer added-value features.
Complete table of contents
- 6WINDGate™ HA Architecture Overview
This 19 page document gives a detailed presentation of 6WINDGate™ extensions for High Availability.
- 6WINDGate™ White Paper: Challenges for Designing Telecom Networking Application
This 9 page white paper will explain what the challenges for designing telecom / networking applications on top of multicore environments are and how 6WIND and its 6WINDGate™ solution is addressing them.
- 6WINDPath : Breaking the Multi-Gbps Performance Wall to Scale Applications for Networking Performance Without Any Impact on Your Applications
This 9 page Application Note explains how 6WIND’s 6WINDPath solution solves a major technical and economical challenge for the IT industry: How to manage, at an affordable cost, increasing networking bandwidth while limiting the impact on applications and preserving huge investments spent to develop these applications?
- Packet Processing for LTE EPC Equipment
This 10 page Application Note explains how 6WINDGate can be used to develop LTE equipment faster.
- WiMAX ASN Gateway
This 9 page Application Note explains how 6WINDGate can be used to develop a WiMAX ASN Gateway faster.
- Multicore Meets Growing Demand for High Performance Packet Processing
This 12 page Application Note details how 6WINDGate has been designed to provide a multi-protocol high performance solution for multicore applications. It also provides detailed information about performance for well-known protocols such as L2 / L3 encapsulation, IPsec, NAT & firewall and a method to evaluate the performance of a complete networking layer.
|
|
