![]() Download and deploy it yourself in just 20 minutes or contact us to see how Silver Peak can help your team. Silver Peak offers the most scalable and cost-effective data acceleration software for connecting data centers, remote offices and the cloud. End-to-end encryption is provided by SSL/TLS. Data-at-rest within Silver Peak instances is also encrypted with AES. Silver Peak protects VMware Horizon data in-flight between locations with an Accelerated IPSec virtual private network (VPN) running AES-256, the enterprise standard for data encryption. Latency is also reduced through packet coalescing, which re-packages multiple smaller packets into a single larger one, and through Dynamic Path Control, which selects the fastest path to a remote location. Neither RDP nor PCoIP, which run over UDP, will benefit from TCP Acceleration. TCP Acceleration includes windows scaling, selective acknowledgements, and HighSpeed TCP. Latency – Silver Peak mitigates latency enabling VMware Horizon’s HTTP client to operate more efficiently over distance.PCoIP runs over UDP, which can be deduplicated by Silver Peak, but the client-side encryption minimizes any deduplication benefits. Subsequent requests are fulfilled by the local Silver Peak instance. The first time VMware Horizon sends data it is fingerprinted and compressed by Silver Peak. Bandwidth – Silver Peak byte-level deduplication removes extraneous VMware Horizon data from the WAN when operating over HTTP and RDP.Bandwidth is guaranteed through application classification, packet marking, queuing and shaping. Dynamic Path Control selects the path with the least loss on-the-fly. Out-of-order packets are resequenced, avoiding retransmission and processing delays that occur when packets arrive out-of-order. Lost packets are reconstituted in real-time at the far end of a WAN link, avoiding delays that come with multiple round-trip retransmissions. That is from the time they double click their desktop to the user being fully into the system and able to double click on shortcuts. I am consistently seeing 1:20-1:30 logon times. Congestion – Silver Peak makes VMware Horizon performance more predictable across congested wide area networks (WANs). VDI Logon Times As I migrate users from a Horizon 7.4 environment (before my time) to a 7.13.1 environment, of course the users say the new system is 'slow'. ![]() More specifically, Silver Peak addresses the following network challenges: The HTTP client will gain from Silver Peak’s latency compensation algorithms and will benefit the most from Silver Peak’s deduplication algorithms. The VMware (Horizon) View Client is used to virtualize the personal desktop from home or on the road to enable external work. All of the Horizon clients gain from Silver Peak’s ability to mitigate the effects of congestion, deduplicate TCP and UDP traffic, and select the path with the least loss or latency. Exact benefits will depend on the protocol being used to connect to the Horizon client. Silver Peak optimizes Horizon, enabling a faster, more predictable user experience at every office. Users end up repeatedly hitting keys, generating more traffic, and further compounding the problem. Coupled with the increased amounts of packet loss and out-of-order packets of site-to-site connections, normally responsive VMware Horizon applications or desktops can become sluggish and unresponsive. The added delay from distance, provider routing policies and peering practices, undermine data throughput. ![]() While Horizon performs well within the office or campus, long distances may pose a challenge. VMware Horizon is a popular thin-client solution that allows desktops and applications to be published using HTTP, RDP, or Teradici's PCoIP. Silver Peak protects and optimizes Horizon traffic, reducing and often eliminating packet loss and other effects of network congestion that undermine Horizon performance. When working in the SPL View, you can write the function using arguments in this exact order.Deliver a responsive, predictable VMware Horizon experience over long distances or unpredictable networks. TRIM_HORIZON: Start reading data from the very beginning of the data stream.LATEST: Start reading data from the latest position on the data stream.Example: "rest_api:all" Optional arguments initial_position Syntax: LATEST | TRIM_HORIZON Description: The position in the data stream where you want to start reading data. Required arguments connection_id Syntax: string Description: The ID of your Ingest service connection. This function outputs data pipeline events using the Event schema for events or Metrics schema for metrics. For information on how to send data to the using the Ingest service, see Use the Ingest service to send test events to your pipeline. This is a source function that filters your data to only ingest data from the Ingest service. Use the Ingest Service source function to get data from the Ingest service.
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