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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...MAC. TER0806005 Issue 1 3 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 Processor,...peripherals. The PCoIP Host Processor also uses a PCIe link for the PCoIP Host Processor including PC blades, workstation blades, server blades, rackmount workstations, or tower PCs. The combined data is then communicated in real time over a standard IP network....
...MAC. TER0806005 Issue 1 3 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 Processor,...peripherals. The PCoIP Host Processor also uses a PCIe link for the PCoIP Host Processor including PC blades, workstation blades, server blades, rackmount workstations, or tower PCs. The combined data is then communicated in real time over a standard IP network....
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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... Knowledge Workers 5x Performance users 48 Task Workers 120 Knowledge Workers 10 Performance Users Blade PCs Rack Workstation Datacenter switches Workgroup Switches 1 rack with at least 18 Gigabit Ethernet ports Each datacenter switch would have a capacity of 1.... In this example, PCoIP traffic and PC traffic 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 Blade chassis...
... Knowledge Workers 5x Performance users 48 Task Workers 120 Knowledge Workers 10 Performance Users Blade PCs Rack Workstation Datacenter switches Workgroup Switches 1 rack with at least 18 Gigabit Ethernet ports Each datacenter switch would have a capacity of 1.... In this example, PCoIP traffic and PC traffic 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 Blade chassis...
Remote Access Device: Networking Considerations
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... guarantee a certain amount of the network traffic unless there is : 60 * 1.1 = 66 Mbps Rack workstation switch -> datacenter switch links Each rack workstation switch has a single Gigabit Ethernet connection to PCoIP traffic, VLAN and QoS settings can be required to...switches are not required for system operation. Using these protocols is transparent to the rack workstation switch, one for each datacenter switch. Rack workstations -> rack workstation switch links Each rack workstation receives two Gigabit Ethernet connections to the PCoIP connections. Datacenter switches In this ...
... guarantee a certain amount of the network traffic unless there is : 60 * 1.1 = 66 Mbps Rack workstation switch -> datacenter switch links Each rack workstation switch has a single Gigabit Ethernet connection to PCoIP traffic, VLAN and QoS settings can be required to...switches are not required for system operation. Using these protocols is transparent to the rack workstation switch, one for each datacenter switch. Rack workstations -> rack workstation switch links Each rack workstation receives two Gigabit Ethernet connections to the PCoIP connections. Datacenter switches In this ...