PCIE CLOCK BUFFER Search Results

Contextual Info: PI6C20400B 1:4 Clock Driver for Intel PCIe 3.0 Chipsets Features Description ÎÎPhase jitter filter for PCIe 3.0 application Pericom Semiconductor's PI6C20400B is a PCIe 3.0 compliant high-speed, low-noise differential clock buffer designed to be companion to PCIe 3.0 clock generator. It is backward compatible with PCIe 1.0 and 2.0 specification.

Contextual Info: PI6C20400B 1:4 Clock Driver for Intel PCIe 3.0 Chipsets Features Description ÎÎPhase jitter filter for PCIe 3.0 application Pericom Semiconductor's PI6C20400B is a PCIe 3.0 compliant high-speed, low-noise differential clock buffer designed to be companion to PCIe 3.0 clock generator.

Contextual Info: PI6C20400B 1:4 Clock Driver for Intel PCIe 3.0 Chipsets Features Description ÎÎPhase jitter filter for PCIe 3.0 application Pericom Semiconductor's PI6C20400B is a PCIe 3.0 compliant high-speed, low-noise differential clock buffer designed to be companion to PCIe 3.0 clock generator. It is backward compatible with PCIe 1.0 and 2.0 specification.

Contextual Info: PI6C21200 1:12 Clock Driver for Intel PCIe Chipsets Features Description • Twelve Pairs of PCIe® Differential Clocks HCSL compatible signaling PI6C21200 is a high-speed, low-noise PCIe ® differential clock buffer designed to be a companion with PI6C410B clock

PI6C21200AE

Abstract: PI6C21200 PI6C410B 2222NA
Contextual Info: PI6C21200 1:12 Clock Driver for Intel PCIe Chipsets Features Description • Twelve Pairs of PCIe® Differential Clocks HCSL compatible signaling PI6C21200 is a high-speed, low-noise PCIe ® differential clock buffer designed to be a companion with PI6C410B clock

PI6C410

Abstract: ZD20 PI6PCIEB24
Contextual Info: PI6PCIEB24 1:4 PCI Express Clock Driver Features Description ÎÎ Phase jitter filter for PCIe® 2.0 application Pericom Semiconductor's PI6PCIEB24 is a PCI Express® PCIe 2.0 compliant high-speed, low-noise differential clock buffer. The device distributes the input differential PCIe clock to four differential pairs of clock outputs with zero delay PLL.

Contextual Info: PI6C20400A 1:4 Clock Driver for Intel PCIe Chipsets Features Description • Phase jitter filter for PCIe® 2.0 application Pericom Semiconductor's PI6C20400A is a PCIe® 2.0 compliant high-speed, low-noise differential clock buffer designed to be companion to PI6C410BS. The device distributes the differential

ICS831752I

Abstract: 831752AGILFT ICS8317
Contextual Info: Clock Switch for ATCA/AMC and PCIe Applications ICS831752I DATA SHEET General Description Features The ICS831752I is a high-performance, differential HCSL clock switch. The device is designed for the routing of PCIe clock signals in ATCA/AMC system and is optimized for PCIe Gen 1, Gen 2 and Gen

Contextual Info: PI6C20400A 1:4 Clock Driver for Intel PCIe Chipsets Features Description • Phase jitter ilter for PCIe® 2.0 application Pericom Semiconductor's PI6C20400A is a PCIe® 2.0 compliant high-speed, low-noise differential clock buffer designed to be companion to PI6C410BS. The device distributes the differential

PI6C20400A

Abstract: PI6C20400 PI6C410 PI6C410BS PI6C20400ALE
Contextual Info: PI6C20400A 1:4 Clock Driver for Intel PCIe Chipsets Features Description • Phase jitter filter for PCIe® 2.0 application Pericom Semiconductor's PI6C20400A is a PCIe® 2.0 compliant high-speed, low-noise differential clock buffer designed to be companion to PI6C410BS. The device distributes the differential

Contextual Info: PI6C20400A 1:4 Clock Driver for Intel PCIe Chipsets Features Description • Phase jitter filter for PCIe® 2.0 application Pericom Semiconductor's PI6C20400A is a PCIe® 2.0 compliant high-speed, low-noise differential clock buffer designed to be companion to PI6C410BS. The device distributes the differential

Contextual Info: PI6PCIEB24 1:4 PCI Express Clock Driver Features Description ÎPhase jitter ilter for PCIe® 2.0 application Pericom Semiconductor's PI6PCIEB24 is a PCI Express® PCIe 2.0 compliant high-speed, low-noise diferential clock bufer. he device distributes the input diferential PCIe clock to four diferential pairs of clock outputs with zero delay PLL.

ICS932S421BGLF

Contextual Info: ICS932S421B Integrated Circuit Systems, Inc. PCIe Gen 2 and QPI Clock for Intel-based Servers Recommended Application: PCIe Gen 2 & QPI compliant CK410B+ clock for Intel-based servers Key Specifications: • PCIe Gen 2 compliant SRC outputs • QPI & FBD 2 compliant CPU clocks

Contextual Info: Clock Switch for ATCA/AMC and PCIe Applications ICS831752I DATA SHEET General Description Features The ICS831752I is a high-performance, differential HCSL clock switch. The device is designed for the routing of PCIe clock signals in ATCA/AMC system and is optimized for PCIe Gen 1, Gen 2 and Gen

Contextual Info: ICS932S421C Integrated Circuit Systems, Inc. PCIe Gen 2 and QPI Clock for Intel-based Servers Recommended Application: PCIe Gen 2 & QPI compliant CK410B+ clock for Intel-based servers Key Specifications: • PCIe Gen 2 compliant SRC outputs • QPI & FBD 2 compliant CPU clocks

932S421BGLFT

Contextual Info: ICS932S421B Integrated Circuit Systems, Inc. PCIe Gen 2 and QPI Clock for Intel-based Servers Recommended Application: PCIe Gen 2 & QPI compliant CK410B+ clock for Intel-based servers Key Specifications: • PCIe Gen 2 compliant SRC outputs • QPI & FBD 2 compliant CPU clocks

Contextual Info: NB3W1900L 3.3 V 100/133 MHz Differential 1:19 HCSL-Compatible Push-Pull Clock ZDB/Fanout Buffer for PCIe[ http://onsemi.com Description The NB3W1900L differential clock buffers are designed to work in conjunction with a PCIe compliant source clock synthesizer to provide

ICS932S421C

Abstract: ICS932S421 CK410B CK410B-generation
Contextual Info: ICS932S421C Integrated Circuit Systems, Inc. PCIe Gen 2 and QPI Clock for Intel-based Servers Recommended Application: PCIe Gen 2 & QPI compliant CK410B+ clock for Intel-based servers Key Specifications: • PCIe Gen 2 compliant SRC outputs • QPI & FBD 2 compliant CPU clocks

of 33M

Abstract: 110104
Contextual Info: PI6C49004A PCIe Gen 2 Networking Clock Generator Description Features The PI6C49004A is a clock generator device intended for PCIe® Gen2 networking applications. The device includes twelve 100MHz differential Host Clock Signal Level HCSL outputs for PCIe Gen 2, two single-ended 50MHz outputs, one singleended 32.256MHz output, and one selectable single-ended

ICS932S421cGLFT

Abstract: ICS932S421 fsb -016
Contextual Info: ICS932S421C Integrated Circuit Systems, Inc. PCIe Gen 2 and QPI Clock for Intel-based Servers Recommended Application: PCIe Gen 2 & QPI compliant CK410B+ clock for Intel-based servers Key Specifications: • PCIe Gen 2 compliant SRC outputs • QPI & FBD 2 compliant CPU clocks

BMC133

Contextual Info: ICS932S421B Integrated Circuit Systems, Inc. PCIe Gen 2 and QPI Clock for Intel-based Servers Recommended Application: PCIe Gen 2 & QPI compliant CK410B+ clock for Intel-based servers Key Specifications: • PCIe Gen 2 compliant SRC outputs • QPI & FBD 2 compliant CPU clocks

Contextual Info: Product Overview NB3N1900K: 3.3V 100/133 MHz Differential 1:19 HCSL Clock ZDB/Fanout Buffer for PCIe For complete documentation, see the data sheet Product Description The NB3N1900K differential clock buffers are designed to work in conjunction with a PCIe compliant source clock synthesizer to provide

Contextual Info: PI6C49004 Networking Clock Generator Description Features The PI6C49004 is a clock generator device intended for PCIe / networking applications. The device includes twelve 100MHz differential Host Clock Signal Level HCSL outputs for PCIe, two single-ended 50MHz outputs, one single-ended 32.256MHz

Contextual Info: PI6C49004 Networking Clock Generator Description Features The PI6C49004 is a clock generator device intended for PCIe / networking applications. The device includes twelve 100MHz differential Host Clock Signal Level HCSL outputs for PCIe, two single-ended 50MHz outputs, one single-ended 32.256MHz