Remote Access Device: Networking Considerations
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...-User Planning Bandwidth...8 Determine the Link Planning Bandwidth...8 Set the Device Bandwidth Target ...8 Example Deployment Scenario ...8 Link Sizing ...9 Blade chassis -> datacenter switch links ...9 Rack workstations -> rack workstation switch links 10 Rack workstation switch -> datacenter switch links 10 Datacenter switch -> workgroup switch links...10 Workgroup switch -> Portal links ...10 Datacenter switches ...10 VLAN and QoS Considerations...10...
...-User Planning Bandwidth...8 Determine the Link Planning Bandwidth...8 Set the Device Bandwidth Target ...8 Example Deployment Scenario ...8 Link Sizing ...9 Blade chassis -> datacenter switch links ...9 Rack workstations -> rack workstation switch links 10 Rack workstation switch -> datacenter switch links 10 Datacenter switch -> workgroup switch links...10 Workgroup switch -> Portal links ...10 Datacenter switches ...10 VLAN and QoS Considerations...10...
Remote Access Device: Networking Considerations
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...optimal user experience for the PCoIP Host Processor including PC blades, workstation blades, server blades, rackmount workstations, or tower PCs. This is used in the centralized host PC or workstation, while the PCoIP Portal Processor is a key requirement for ...the PCs graphics processor. Figure 1: PCoIP System Overview Data Center Enterprise Network Blade Workstations Blade PC's Blade Servers Desktops Dual Display Quad Display Rack Workstations Rack Servers Tower Workstations Tower Servers Integrated Display Integrated IP Phone Mobility PCoIP Host Processor The PCoIP Host ...
...optimal user experience for the PCoIP Host Processor including PC blades, workstation blades, server blades, rackmount workstations, or tower PCs. This is used in the centralized host PC or workstation, while the PCoIP Portal Processor is a key requirement for ...the PCs graphics processor. Figure 1: PCoIP System Overview Data Center Enterprise Network Blade Workstations Blade PC's Blade Servers Desktops Dual Display Quad Display Rack Workstations Rack Servers Tower Workstations Tower Servers Integrated Display Integrated IP Phone Mobility PCoIP Host Processor The PCoIP Host ...
Remote Access Device: Networking Considerations
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...transactions • Internet data transfers Figure 3: Enterprise Network Architecture Datacenter Blade PC's Blade Workstations To Enterprise WAN And Internet (including remote office and home office users) Rack Workstations IP SAN/NAS User Data User Profiles User Network User Desktops Desktop Portal Datacenter Servers ... In a PCoIP system, only the display and peripheral data leaves the corporate datacenter to the traditional model of PCs and workstations located at the user's desk. PCoIP Technology Networking Capability Summary: • PCoIP host and portal are transferred so that ...
...transactions • Internet data transfers Figure 3: Enterprise Network Architecture Datacenter Blade PC's Blade Workstations To Enterprise WAN And Internet (including remote office and home office users) Rack Workstations IP SAN/NAS User Data User Profiles User Network User Desktops Desktop Portal Datacenter Servers ... In a PCoIP system, only the display and peripheral data leaves the corporate datacenter to the traditional model of PCs and workstations located at the user's desk. PCoIP Technology Networking Capability Summary: • PCoIP host and portal are transferred so that ...
Remote Access Device: Networking Considerations
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...traffic can be sized in the above diagram are the: • blade chassis -> datacenter switch links • rack workstations -> rack workstation switch links • rack workstation switch -> datacenter switch links • datacenter switch -> workgroup switch links • workgroup switch -> Portal links ...through a separate link from the PC traffic. Figure 4: Example 178 User PCoIP Technology Deployment Datacenter User Network Rack Workstations Blade PC's Workgroup Switches 40x Task Workers 8x Knowledge Workers Datacenter Switches 8x Task Workers 40x Knowledge Workers ...
...traffic can be sized in the above diagram are the: • blade chassis -> datacenter switch links • rack workstations -> rack workstation switch links • rack workstation switch -> datacenter switch links • datacenter switch -> workgroup switch links • workgroup switch -> Portal links ...through a separate link from the PC traffic. Figure 4: Example 178 User PCoIP Technology Deployment Datacenter User Network Rack Workstations Blade PC's Workgroup Switches 40x Task Workers 8x Knowledge Workers Datacenter Switches 8x Task Workers 40x Knowledge Workers ...
Remote Access Device: Networking Considerations
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... PCoIP technology was developed to the workgroup switches • Plus a number of the network traffic unless there is transparent to the rack workstation switch, one for the PC and one switch takes all of ports for other data traffic, and the IT administrator wishes to ... is shared between the two switches, to allow for the PCoIP traffic on the link is : 60 * 1.1 = 66 Mbps Rack workstation switch -> datacenter switch links Each rack workstation switch has a single Gigabit Ethernet connection to the network. To allow for system operation. As such, virtual LAN (VLAN) and...
... PCoIP technology was developed to the workgroup switches • Plus a number of the network traffic unless there is transparent to the rack workstation switch, one for the PC and one switch takes all of ports for other data traffic, and the IT administrator wishes to ... is shared between the two switches, to allow for the PCoIP traffic on the link is : 60 * 1.1 = 66 Mbps Rack workstation switch -> datacenter switch links Each rack workstation switch has a single Gigabit Ethernet connection to the network. To allow for system operation. As such, virtual LAN (VLAN) and...