Session negotiation failed while connecting from Zero Client to HP Anyware. The PCoIP Zero Client may not be compatible with the host session negotiation cipher setting.
Problem When trying to connect to a HP Anyware PCoIP Agent you receive the error "Session negotiation failed. The PCoIP Zero Client may not be compatible with the host session negotiation cipher setting."   Cause The PCoIP Zero Client session connection …
What is the session disconnect timeout for a PCoIP session?
Answer: A PCoIP protocol session is disconnected after a period of network inactivity that is dependent on the client type and configuration settings. This includes settings for: PCoIP Zero Clients: 30 seconds (default) of no network communication PCoIP …
Where can I find a PCoIP-compatible connection broker?
In additional to HP Anyware Manager, as part of the Technology Partner Program, HP Anyware enables companies to build support for PCoIP session brokering. The following is a list of PCoIP compatible connection brokers:   Company Product Compatible with …
Why is the image quality reduced for a couple seconds right after a session is connected?
This is expected behaviour during the first couple seconds when a PCoIP session is established and is caused by the PCoIP device's bandwidth management algorithm. The algorithm continuously optimizes the amount of network traffic a PCoIP device generates …
ICMP packets are being send from the machine at the start of the PCoIP session
Problem At the start of a PCoIP session a network trace or firewall logs are recording ICMP packet being sent from the machine. Further investigation shows they are from the PCoIP Server process. PCoIP server logs show a trace route log of up to 30 hops. …
Are there any limitations on physical distance for a PCoIP session?
Due to the design of PCoIP, using UDP for data transmission, PCoIP will operate over vast distances and network latencies up to 250 ms. PCoIP intelligently acknowledges the traffic inside the protocol allowing for high speed transmission over high latency …