steelhead wan optimization

Part 1:cabling (straight through VS Crossover)The primary interface is typically used for managemnt purposes, datastore synchronization (if possible), and for Server-sid E Out-of-path configuratoins. (Straight-through cable to switch)The LAN and WAN interfaces is purely l1/l2. No IP addresses can be assigned. Instead, a logical L3 interface is created (In-path interface). When connecting to a router, host, or firewall, a crossover cable needs to be us

Part 1:adaptive CompressionConfigure > Optimization > PerformanceDetects LZ data compression performance for a connection dynamically turns it off (sets the compression level to 0) Momentarily if it is not achieving optimal result.Improves end-to-end throughput over the LAN by maximiing the WAN throughput.By default, this setting is disabled.Part 2:admission control-connection CountsOccurs when optimized c

connections, although this may make users who have been rejected unhappy. Rate limiting Technology ensures that applications or users can only use the limited maximum available bandwidth. Select an appropriate WAN optimization vendor WAN optimization equipment and software usually need to be deployed simultaneously at

The growing number of Enterprise data and rich media content is straining the capacity of LAN and WAN. However, it is very expensive for the WAN to accommodate these new requirements. This fact drives the emergence of a large number of new WAN optimization technologies. These new technologies squeeze more capacity f

One of the main trends of IT is to integrate the servers, storage, and data of branches into the central data center. The benefits of this integration are obvious: simplifying it management, improving data compliance, control, and reducing hardware, software, and management costs. However, such centralization may also bring application performance challenges. Traditional file sharing protocols such as NFS-the main protocol used for * nix file sharing and CIFS-the main protocol used for Windows F

As IT continues to effectively centralize services, the dual-hot standby mode of data centers is becoming more and more common, and the network traffic of internal data centers is becoming more and more important. However, as backup traffic increases, virtual machine migration, service-oriented architecture, or replication between storage arrays, the business volume generated between data centers increases. At the same time, the company's expectations for performance are also increasing: enterpr