PES64H16 Search Results

Contextual Info: 64-Lane 16-Port PCIe Gen2 System Interconnect Switch PES64H16G2 Data Sheet ® Devic e Ove r vie w The PES64H16G2 is a member of the IDT PRECISE family of PCI Express® switching solutions. The PES64H16G2 is a 64-lane, 16port system interconnect switch optimized for PCI Express Gen2 packet

89HPES64H16AG2

Abstract: 89H64H16AG2 ssmb
Contextual Info: 64-Lane 16-Port PCIe Gen2 System Interconnect Switch PES64H16AG2 Data Sheet ® Device Overview The PES64H16AG2 is a member of the IDT PRECISE family of PCI Express® switching solutions. The PES64H16AG2 is a 64-lane, 16-port system interconnect switch optimized for PCI Express Gen2

PES64H16AG2

Abstract: 89H64H16AG2 89HPES64H16AG2 89H64H16
Contextual Info: 64-Lane 16-Port PCIe Gen2 System Interconnect Switch ® Device Overview The PES64H16AG2 is a member of the IDT PRECISE family of PCI Express® switching solutions. The PES64H16AG2 is a 64-lane, 16-port system interconnect switch optimized for PCI Express Gen2

PES64H16G2

Abstract: 89H64H16G2 89HPES64H16
Contextual Info: 64-Lane 16-Port PCIe Gen2 System Interconnect Switch PES64H16G2 Data Sheet ® Device Overview The PES64H16G2 is a member of the IDT PRECISE family of PCI Express® switching solutions. The PES64H16G2 is a 64-lane, 16port system interconnect switch optimized for PCI Express Gen2 packet

Contextual Info: 64-Lane 16-Port PCIe Gen2 System Interconnect Switch PES64H16AG2 Data Sheet ® Devic e Ove r vie w The PES64H16AG2 is a member of the IDT PRECISE family of PCI Express® switching solutions. The PES64H16AG2 is a 64-lane, 16-port system interconnect switch optimized for PCI Express Gen2

89H64H16G3

Abstract: PES64H16G3 89HPES64H16G3
Contextual Info: 64-Lane 16-Port PCIe Gen3 System Interconnect Switch PES64H16G3 Data Sheet ® Device Overview – Autonomous and software managed link width and speed control – Per lane SerDes configuration • Full back channel equalization support • Rx, 5 tap DFE

PES64H16AG2

Abstract: MI2591B 89HPES64H16G2 PES48H AN-720 MAX7311 PES64H16G2
Contextual Info: Application Note AN-720 Enabling Hot-Plug with IDT PCI Express® Gen2 System Interconnect Switches By Bryan Le Notes Introduction The PCI Express® architecture is designed to natively support both hot-add and hot-removal "hotplug" of adapters and provides a "toolbox" of mechanisms that allow different user/operator models to be

PES64H16

Abstract: AN-572
Contextual Info: Upstream Port Redundancy and Failover for System Interconnect Switches Application Note AN-572 By Sean Sweeney Notes Introduction Fault tolerance of the system processor is a critical requirement in embedded and storage systems like the one shown in Figure 1. In this example, if the active processor blade were to fail, then the standby card

Contextual Info: 89HPES32H8 Data Sheet 32-Lane 8-Port PCI Express System Interconnect Switch Preliminary Information* Device Overview Flexible Architecture with Numerous Configuration Options – Port arbitration schemes utilizing round robin or weighted round robin algorithms

Contextual Info: 64-Lane 16-Port PCIe Gen3 System Interconnect Switch PES64H16G3 Data Sheet ® Device Overview – Autonomous and software managed link width and speed control – Per lane SerDes configuration • Full back channel equalization support • Rx, 5 tap DFE

Contextual Info: 64-Lane 16-Port PCIe Gen3 System Interconnect Switch PES64H16G3 Data Sheet ® Device Overview – Autonomous and software managed link width and speed control – Per lane SerDes configuration • Full back channel equalization support • Rx, 5 tap DFE

nForce4

Abstract: nForce4 sli nvidia nforce4 89HPES64H16 PES24NT3 0x800000C0 EB64H16 PCIE interface 0X387 NVIDIA sli
Contextual Info: Application Note AN-571 PCI Express® System Interconnect Software Architecture for x86-based Systems By Kwok Kong and Alex Chang Notes Introduction A multi-peer system using a standard-based PCI Express® multi-port switch as the System Interconnect was described in an IDT white paper by Kwok Kong[1]. That white paper described the different address

pinout 1156

Abstract: 89HPES64H16 64H16 1156pin
Contextual Info: PES64H16 Data Sheet 64-Lane 16-Port PCI Express System Interconnect Switch ® Device Overview Flexible Architecture with Numerous Configuration Options – Port arbitration schemes utilizing round robin algorithms – Virtual channels arbitration based on priority

AK29

Abstract: PES32H8 900bga 32lane
Contextual Info: 89HPES32H8 Data Sheet 32-Lane 8-Port PCI Express System Interconnect Switch Preliminary Information* ® Device Overview Flexible Architecture with Numerous Configuration Options – Port arbitration schemes utilizing round robin or weighted round robin algorithms

Contextual Info: IXS600 PCI Express Gen2 Switch PCI Express provides low latency, highly eicient switching for high performance applications. Dolphin Express implements PCI Express switching for its high speed intersystem switching solution. he IXS600 PCI Express switch delivers

89H64H16G3

Abstract: 89HPES64H16G3
Contextual Info: 64-Lane 16-Port PCIe Gen3 System Interconnect Switch ® Device Overview Preliminary Information* – Autonomous and software managed link width and speed control – Per lane SerDes configuration • Full back channel equalization support • Rx, 5 tap DFE

89H12NT12G2

Abstract: 89H32NT24 89H16NT16 89H24NT24 89H32NT8 PES64H16AG2 89H48H12 89H16NT16 PCIe switch 89H12NT12 89H32H8G2
Contextual Info: Multi-Port Spread Spectrum Clocking Support In IDT PCIe® Gen2 Switches Application Note AN-715 By Derek Huang & Upendra Kulkarni Notes Introduction The PCI Express Base Specification states that the reference clocks for ports at the two ends of a PCI Express Link must be modulated such that they never exceed a total of 600 ppm parts per million difference. PCI Express specifications also permit use of SSC (Spread Spectrum Clocking) with +0 to -5000 ppm

24C512

Abstract: 64H16G2 AN721 ic 24c64 89HPES64H16AG2 PES64H16AG2 24C64 ST 24C256 Nelco 4000-13 ics9db803
Contextual Info: IDT PCI Express® Gen2 System Interconnect Switch Hardware Design Guide Application Note AN-721 By Bryan Le Notes Introduction This document provides system design guidelines for IDT’s PCI Express® 2.0 base specification compliant System Interconnect switch device family. Information provided in this document is applicable to

pinout 1156

Abstract: 89HPES64H16
Contextual Info: PES64H16 Data Sheet 64-Lane 16-Port PCI Express System Interconnect Switch ® Device Overview Flexible Architecture with Numerous Configuration Options – Port arbitration schemes utilizing round robin algorithms – Virtual channels arbitration based on priority

Contextual Info: PES64H16 Data Sheet 64-Lane 16-Port PCI Express System Interconnect Switch ® Device Overview Flexible Architecture with Numerous Configuration Options – Port arbitration schemes utilizing round robin algorithms – Virtual channels arbitration based on priority

nForce4

Abstract: nForce4 sli 89HPES64H16 nvidia nforce4 nforce4 amd 64 nFORCE "PCIe Switch" nvidia mcp 0x800000C0 pcie connector
Contextual Info: Application Note AN-571 PCI Express® System Interconnect Software Architecture for x86-based Systems By Kwok Kong and Alex Chang Notes Introduction A multi-peer system using a standard-based PCI Express® multi-port switch as the System Interconnect was described in an IDT white paper by Kwok Kong[1]. That white paper described the different address

Contextual Info: PES64H16 Data Sheet 64-Lane 16-Port PCI Express System Interconnect Switch Preliminary Information* Device Overview Flexible Architecture with Numerous Configuration Options – Port arbitration schemes utilizing round robin or weighted round robin algorithms

Contextual Info: 89HPES48H12 Data Sheet 48-Lane 12-Port PCI Express System Interconnect Switch Preliminary Information* ® Device Overview ◆ The 89HPES48H12 is a member of the IDT PRECISE family of PCI Express® switching solutions. The PES48H12 is a 48-lane, 12-port

PES64H16

Abstract: 89HPES64H16 89PES64H16
Contextual Info: PES64H16 Data Sheet 64-Lane 16-Port PCI Express System Interconnect Switch ® Device Overview ◆ Flexible Architecture with Numerous Configuration Options – Port arbitration schemes utilizing round robin algorithms – Virtual channels arbitration based on priority