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2007 - RGMII constraints

Abstract: free source code for cdma transceiver using vhdl TEMAC 7206 cisco power requirement RGMII phy RGMII GMII VLAN Tag 7206 cisco LocalLink DS537
Text: VHDL Constraints File This core is based on the Xilinx hard silicon Ethernet MAC in the Virtex , Base-X interface is support for 1000 Mbs. The GMII/MII, RGMII v1.3, RGMII v2.0, and SGMII interfaces , ) GMII/MII (tri-speed) Yes Yes Yes Yes(2) RGMII V1.3 (tri-speed) No Yes Yes Yes RGMII V2.0 (tri-speed) No No(3) Yes Yes SGMII (tri-speed) No Yes Yes , Spartan-3 devices support GMII/MII at 3.3 V or lower. Many PHY devices which support RGMII V2.0 will


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PDF DS537 32-bit 128-Bit RGMII constraints free source code for cdma transceiver using vhdl TEMAC 7206 cisco power requirement RGMII phy RGMII GMII VLAN Tag 7206 cisco LocalLink
2010 - XC7VX330T-FFG1761

Abstract: RGMII constraints spartan6 block ram verilog code for communication between fpga using fpga ethernet sgmii SPARTAN-6 gtp 2012 XC6slx4 clause 37 pin diagram of ic 7489 RAMB36E1
Text: limited to the ones listed. Signal names can vary. MII, GMII, RGMII for Virtex-7 constraints available in , Files Example Design Test Bench Constraints File Simulation Model Supported S/W Driver(3) Product , Yes No 100Mb/s Yes Yes Yes Yes No 1000Mb/s No Yes Yes Yes Yes GMI RGMII v2.0 SGMII 1000Base , Interface MII GMII RGMII Voltage Level Supported 3.3 V Yes(2) Yes(2) No(4) 2.5 V Yes(2) Yes(2) Yes(2) 1.8 V , distortion exceeds RGMII specification. There are limited 1.8 V RGMII-only PHY devices available. If one of


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PDF DS759 1000BASE-X 32-bit XC7VX330T-FFG1761 RGMII constraints spartan6 block ram verilog code for communication between fpga using fpga ethernet sgmii SPARTAN-6 gtp 2012 XC6slx4 clause 37 pin diagram of ic 7489 RAMB36E1
2007 - TAG 8426

Abstract: tag 8606 cisco 2821 RGMII phy RGMII constraints LocalLink sgmii soft temac constraints for virtex4 structure of GMII packet with VLAN Tag tc 3086
Text: Formats VHDL Constraints File UCF Features Verification VHDL Test bench · Independent , 1000 Base-X interface is support for 1000 Mbs. The GMII/MII, RGMII v1.3, RGMII v2.0, and SGMII , Yes Yes(1) GMII/MII (tri-speed) Yes Yes Yes Yes(2) RGMII V1.3 (tri-speed) No Yes Yes Yes RGMII V2.0 (tri-speed) No No(3) Yes Yes SGMII (tri-speed) No , -3 devices support GMII/MII at 3.3 V or lower. 3. Many PHY devices which support RGMII V2.0 will also work


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PDF DS537 32-bit 128-Bit TAG 8426 tag 8606 cisco 2821 RGMII phy RGMII constraints LocalLink sgmii soft temac constraints for virtex4 structure of GMII packet with VLAN Tag tc 3086
2010 - RGMII constraints

Abstract: axi ethernet lite software example XC7VX330T-FFG1761 ramb16bwer AXI4 lite verilog XC7V585T-FFG1761 0x000005fc SPARTAN-6 gtp 2011 cisco 2821 microblaze axi ethernet lite
Text: Design Files Example Design Test Bench Constraints File Simulation Model Supported S/W Driver(2) Product , 1000Mb/s No Yes Yes Yes Yes GMI RGMII v2.0 SGMII 1000Base-X DS759 November 17, 2011 Product , Based on I/O Voltage Virtex-7 FPGA Parallel PHY Interface PHY Interface MII GMII RGMII Voltage Level , level shifting logic is required. High Range (HR) I/O duty cycle distortion exceeds RGMII specification , I/O Voltage Kintex-7 FPGA Parallel PHY Interface PHY Interface MII GMII RGMII Voltage Level


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PDF DS759 1000BASE-X 32-bit RGMII constraints axi ethernet lite software example XC7VX330T-FFG1761 ramb16bwer AXI4 lite verilog XC7V585T-FFG1761 0x000005fc SPARTAN-6 gtp 2011 cisco 2821 microblaze axi ethernet lite
2010 - RGMII constraints

Abstract: RGMII delay rgmii timing RGMII phy fpga rgmii RGMII altddio_in rgmii specification altddio_out
Text: with RGMII , Synopsys design constraints (SDC), and the TimeQuest Timing Analyzer before you read this , RGMII timing constraints . In the following example, the options of the external PHY device to delay , AN 477: Designing RGMII Interfaces with FPGAs and HardCopy ASICs © January 2010 AN-477-2.0 This application note describes how to design a reduced gigabit media independent interface ( RGMII ) with Stratix® , Arria® , and Cyclone® FPGAs and HardCopy® ASICs. RGMII is an alternative to the IEEE


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PDF AN-477-2 RGMII constraints RGMII delay rgmii timing RGMII phy fpga rgmii RGMII altddio_in rgmii specification altddio_out
RGMII

Abstract: GMII fpga rgmii RGMII constraints 0809 timing diagram isplever LFXP10 RGMII to RGMII
Text: RGMII to GMII Bridge April 2005 Reference Design RD1022 Introduction GMII (Gigabit Media Independent Interface) is an Ethernet interface standard, and RGMII (Reduced Gigabit Media Independent Interface) is intended to be an alternative to GMII. The principle objective of RGMII is to reduce the , design provides a bi-directional bridge function for transferring data between RGMII and GMII. Features · Data bridging from GMII to RGMII · Data bridging from RGMII to GMII · Works at >125MHz with


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PDF RD1022 125MHz 1-800-LATTICE RGMII GMII fpga rgmii RGMII constraints 0809 timing diagram isplever LFXP10 RGMII to RGMII
2005 - bcm5482

Abstract: Broadcom BCM5482 RGMII SGMII 5482 RGMII to SGMII single RGMII to SGMII PHY Broadcom EMI RGMII SGMII RGMII to SGMII PHY alto BROADCOM 5482
Text: reduces design constraints Gigabit Ethernet transceiver . · RGMII , SGMII, and SerDes MAC interface options. · 1-Gbps line-side SerDes with RGMII MAC interface. · Fully compliant with IEEE 802.3, IEEE , fiber in RGMII mode. · Low power. for space-constrained IP phone applications. · Compact solution , eliminate board trace delays required by the RGMII specification. · Lowers system BOM cost and simplifies , low EMI emissions, which reduces the design constraints required to meet EMI radiation specifications


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PDF BCM5482 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T 13-micron 10/100Base-TX BCM5482 5482-PB00-R Broadcom BCM5482 RGMII SGMII 5482 RGMII to SGMII single RGMII to SGMII PHY Broadcom EMI RGMII SGMII RGMII to SGMII PHY alto BROADCOM 5482
2009 - ML605 UCF FILE

Abstract: iodelay virtex-6 ML605 user guide switch SGMII MII GMII RAMB36s example ml605 ethernet fpga rgmii 1000base-x xilinx 1000BASE-X sfp sgmii RGMII to SGMII
Text: , Scripts User Constraints File (.ucf) Verilog SecureIP model(4) N/A Features · · Sets the Ethernet MAC attributes based on user options Provides user-configurable Ethernet MAC physical interfaces · Supports RGMII v1.3, RGMII v2.0, SGMII, and 1000BASE-X PCS/PMA interfaces, as well as GMII/MII at 2.5V only , interfaces Example Design Test Bench Constraints File Simulation Model Supported S/W Driver Tested , RGMII SGMII PCS PMA 1000BASE-X PMD Figure 1: Typical Ethernet Architecture Figure 1 displays


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PDF DS710 ML605 UCF FILE iodelay virtex-6 ML605 user guide switch SGMII MII GMII RAMB36s example ml605 ethernet fpga rgmii 1000base-x xilinx 1000BASE-X sfp sgmii RGMII to SGMII
2002 - BCM5464

Abstract: single RGMII to SGMII PHY RGMII constraints BCM5434 BCM5424 BCM5421S BCM5421 BCM5414 BCM5404 RGMII to SGMII PHY
Text: transceivers · GMII, RGMII , SGMII and SerDes MAC interface options Fully compliant with · 802.3ab standards , RGMII modes · Low power · Less than 700mW per port · Advanced power management · Trace matched , high density solutions. · Reduced I/O pin requirements with RGMII (over 50%), SGMII (over 75%) and SerDes (over 80%). · Clock timing can be adjusted to eliminate board trace delays required by the RGMII , system design. Eases system level debug. Reduces design constraints in high-density applications that


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PDF BCM5464 10/100/1000BASE-T 1000BASE-T 10BASE-T/100BASE-TX/ 700mW 5464-PB01-R-7 BCM5464 single RGMII to SGMII PHY RGMII constraints BCM5434 BCM5424 BCM5421S BCM5421 BCM5414 BCM5404 RGMII to SGMII PHY
2001 - RGMII constraints

Abstract: 1.5V RGMII BCM5404 BCM5414 BCM5421 BCM5421S BCM5424 BCM5434
Text: BCM5414 PRODUCT Brief QUAD-PORT GIGABIT COPPER TRANSCEIVER WITH RGMII AND RTBI INTERFACE , -TX/ Ethernet transceivers RTBI and HSTL level RGMII interface options · Fully compliant with IEEE 802.3 , simplifying design · Clock timing can be adjusted to eliminate board trace delays required by the RGMII , - · · · duplex. Reduces design constraints in high-density applications that have higher EMI , addition, the BCM5414 has extremely low EMI emissions, which reduces the design constraints required to


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PDF BCM5414 1000BASE-T 10BASE-T/100BASE-TX/ 5414-PB00-D2-11 RGMII constraints 1.5V RGMII BCM5404 BCM5414 BCM5421 BCM5421S BCM5424 BCM5434
2003 - RGMII constraints

Abstract: 1.5V RGMII BCM5414 RGMII BCM5434 BCM5424 BCM5421S BCM5421 BCM5404 Broadcom Ethernet EMI
Text: BCM5414 PRODUCT Brief ® QUAD-PORT GIGABIT COPPER TRANSCEIVER WITH RGMII AND RTBI , 10BASE-T/100BASE-TX/ Ethernet transceivers RTBI and HSTL level RGMII interface options · Fully , simplifying design · Clock timing can be adjusted to eliminate board trace delays required by the RGMII , - · · · duplex. Reduces design constraints in high-density applications that have higher EMI , addition, the BCM5414 has extremely low EMI emissions, which reduces the design constraints required to


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PDF BCM5414 1000BASE-T 10BASE-T/100BASE-TX/ 5414-PB01-R RGMII constraints 1.5V RGMII BCM5414 RGMII BCM5434 BCM5424 BCM5421S BCM5421 BCM5404 Broadcom Ethernet EMI
2007 - bcm5481

Abstract: bcm5482 BCM5482S bcm5488 Broadcom BCM5482 BCM5645 BCM5248 Broadcom bcm5248 BCM5461S uplink technologies
Text: Fully integrated 10BASE-T/100BASE-TX/1000BASE-T Gigabit Ethernet transceiver · GMII, RGMII , and MII , RGMII (over 50%). - On-chip RGMII timing delay · Provides interoperability with IEEE standard devices , level debug. · Trace matched output impedance · Reduces system design constraints to meet EMI , BCM5481 has extremely low EMI emissions, which reduces the design constraints required to meet EMI , Interface (GMII), the BCM5481 also supports the reduced gigabit media independent interface ( RGMII ). RGMII


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PDF BCM5481 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T 5481-PB00-R bcm5481 bcm5482 BCM5482S bcm5488 Broadcom BCM5482 BCM5645 BCM5248 Broadcom bcm5248 BCM5461S uplink technologies
2006 - vhdl code for ethernet mac spartan 3

Abstract: TEMAC bench 2800 verilog code for MII phy interface RGMII constraints XAPP691 1000X 1000BASE-X sgmii fpga datasheets LocalLink
Text: . . . . . . . . . . . . . . . . . . . RGMII (v1.3 and v2.0) Constraints . . . . . . . . . . . . . . , Constraints . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 Timing Constraints . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 GMII Constraints . . . . . . . . . . . . . . . . . . . , Constraints . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . MII


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PDF UG240 1000BASE-X vhdl code for ethernet mac spartan 3 TEMAC bench 2800 verilog code for MII phy interface RGMII constraints XAPP691 1000X 1000BASE-X sgmii fpga datasheets LocalLink
2004 - RGMII constraints

Abstract: SGMII RGMII bridge fpga rgmii ipad data sheet rgmii specification 1000BASE-X Xilinx SPARTAN 3e
Text: . . . . . . . 99 Constraints when Implementing an External RGMII . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . 63 Implementing External RGMII . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 RGMII , . . . . 66 RGMII Receiver Logic . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 RGMII Inband Status Decoding Logic . . . . . . . . . . . .


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PDF UG144 RGMII constraints SGMII RGMII bridge fpga rgmii ipad data sheet rgmii specification 1000BASE-X Xilinx SPARTAN 3e
2004 - BROADCOM 117 BGA

Abstract: Rgmii RJ45 Broadcom 5461 BCM5464 BCM5238 BCM5645 BCM5461 BCM5421S BCM5404 rgmii specification
Text: Ethernet transceiver GMII, RGMII , RTBI, and MII MAC Interface options On-chip low-voltage regulators , pin requirements with RGMII (over 50%) · Clock timing can be adjusted to eliminate board trace delays required by the RGMII specification · Provides interoperability with IEEE standard devices operating , debug. Reduces system design constraints to meet EMI emissions standards. Cable diagnostic function , BCM5461 has extremely low EMI emissions, which reduces the design constraints required to meet EMI


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PDF BCM5461 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T 5461-PB04-R BROADCOM 117 BGA Rgmii RJ45 Broadcom 5461 BCM5464 BCM5238 BCM5645 BCM5461 BCM5421S BCM5404 rgmii specification
2008 - BCM54680

Abstract: BCM54610 bcm5468 BCM5645 Broadcom bcm5248 BCM5461 BCM5248 RGMII constraints 48-pin MLP package RGMII delay
Text: Fully integrated 10BASE-T/100BASE-TX/1000BASE-T Gigabit Ethernet (GbE) transceiver · RGMII MAC , requirements with RGMII · On-chip RGMII timing delay · Provides interoperability with IEEE standard devices , design constraints to meet EMI emissions standards · Eases system-level debug · Line-side loopback , EMI emissions, which reduces the design constraints required to meet EMI emissions specifications. The BCM54610 supports the IEEE 802.3 standard Reduced Gigabit Media Independent Interface ( RGMII ).


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PDF BCM54610 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T 65-nm 54610-PB00-R BCM54680 BCM54610 bcm5468 BCM5645 Broadcom bcm5248 BCM5461 BCM5248 RGMII constraints 48-pin MLP package RGMII delay
2001 - bcm5421

Abstract: RJ 45 cat 5 BCM5605 BCM5700 BCM5228 gigabit pulse transformer RJ45 LAN ESD BROADCOM 117 BGA 5421
Text: · MII, GMII, TBI, RGMII , and RTBI interface options · 117 BGA and 128 MQFP 10/100/1000BASE , 2.2 and PC99/PC2000. Reduces system design constraints to meet EMI emissions standards , Simplifies system and board design. over GMII and TBI RGMII /RTBI reduces I/O pin requirement · by more , constraints required to meet EMI emissions specifications. This device represents the fourth generation of , the industry-standard Ten Bit Interface (TBI), the BCM5421 also supports the RGMII and RTBI


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PDF BCM5421 BCM5421 10/100/1000BASE-T 10BASE-T/100BASE-TX/ 1000BASE-T 5421-PB00-R-4 RJ 45 cat 5 BCM5605 BCM5700 BCM5228 gigabit pulse transformer RJ45 LAN ESD BROADCOM 117 BGA 5421
2001 - BCM5400

Abstract: BCM5401 BCM5402 BCM5404 BCM5411
Text: · MII, GMII, TBI, RGMII , and RTBI interface options O F B E N E F I T S Low · high power , airflow or heatsink. Reduces design constraints in high-density applications that have higher EMI , . · RGMII /RTBI reduces I/O pin requirement over GMII and TBI by more than 50%. BCM5404 System , addition, the BCM5404 has extremely low EMI emissions, which reduces the design constraints required to , also supports the RGMII and RTBI interfaces. RGMII is a reduced pin-count (12 versus 25) version of


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PDF BCM5404 BCM5404 10/100/1000BASE-T 1000BASE-T 10BASE-T/100BASE-TX/a 5404-PB00-R-3 BCM5400 BCM5401 BCM5402 BCM5411
2006 - BCM5461

Abstract: Broadcom bcm5248 BCM5248 BCM5421 Broadcom 5461 5461-PB05-R BCM5645 BCM5461S BCM5464 RGMII
Text: Fully-integrated 10BASE-T/100BASE-TX/1000BASE-T Gigabit Ethernet transceiver · GMII, RGMII , RTBI, and MII , system level debug. · Reduces system design constraints to meet EMI emissions standards. Low EMI , Simplifies system and board design. - Reduced I/O pin requirements with RGMII (over 50%). - Clock timing can be adjusted to eliminate board trace delays required by the RGMII specification. 128-pin MQFP , extremely low EMI emissions, which reduces the design constraints required to meet EMI emissions


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PDF BCM5461 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T PC99/PC2000. 5461-PB05-R BCM5461 Broadcom bcm5248 BCM5248 BCM5421 Broadcom 5461 5461-PB05-R BCM5645 BCM5461S BCM5464 RGMII
2002 - BCM5464S

Abstract: BCM569
Text: -T Gigabit 10BASE-T/100BASE-TX/ Ethernet transceivers • GMII, RGMII , SGMII and SerDes MAC interface , requirements with RGMII (over 50%), SGMII (over 75%) and SerDes (over 80%). • Clock timing can be adjusted to eliminate board trace delays required by the RGMII specification. • Lowers MAC/switch costs by , level debug. Reduces design constraints in high-density applications that have higher EMI emissions , SerDes MUX Switch/MAC (BCM5690, BCM8842) GMII RGMII Signal Detect Copper Energy


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PDF BCM5464S 1000BASE-T 10BASE-T/100BASE-TX/ 5464S-PB01-R-7 BCM5464S BCM569
2002 - Not Available

Abstract: No abstract text available
Text: €¢ IEEE 1149.1 (JTAG) boundary scan • MII, GMII, TBI, RGMII , and RTBI interface options O F B E N , full- • • • • duplex. Requires no airflow or heatsink. Reduces design constraints in , package options: Lowers system costs. • • Simplifies system and board design. • RGMII /RTBI , EMI emissions, which reduces the design constraints required to meet EMI radiation specifications , also supports the RGMII and RTBI interfaces. RGMII is a reduced pin-count (12 versus 25) version of


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PDF BCM5404 BCM5404 10/100/1000BASE-T 1000BASE-T 10BASE-T/100BASE-TX/a 5404-PB01-R-4
2004 - 5461S

Abstract: BCM5461S rgmii specification BCM5646 BCM5238 5461S-PB05-R BCM5414 BCM5404 Rgmii RJ45 RGMII to SGMII PHY
Text: Ethernet transceiver GMII, RGMII , SGMII, SerDes, RTBI and MII MAC Interface options Line-side copper and , Simplifies system and board design · Reduced I/O pin requirements with RGMII (over 50%), SGMII (over 75 , RGMII specification · · · Flexibility for copper or fiber applications · · · · · , /PC2000 Eases system level debug Reduces system design constraints to meet EMI emissions standards , extremely low EMI emissions, which reduces the design constraints required to meet EMI emission


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PDF BCM5461S 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T 5461S-PB05-R 5461S BCM5461S rgmii specification BCM5646 BCM5238 5461S-PB05-R BCM5414 BCM5404 Rgmii RJ45 RGMII to SGMII PHY
2001 - BCM5421S

Abstract: serdes transceiver Gigabit Ethernet PHY TBI RGMII to SGMII PHY BCM5228 BCM5400 BCM5421 BCM5605
Text: 1000BASE-T Gigabit Ethernet transceiver with SerDes RGMII , · MII, GMII, TBI, options RTBI, SGMII, and MAC , · Simplifies system and board design. · RGMII /RTBI reduces I/O pin requirement over GMII and TBI , . Reduces system design constraints to meet EMI emissions standards. Automatically configures the link to , transceivers. In addition, the BCM5421S has extremely low EMI emissions, which reduces the design constraints , also supports the RGMII and RTBI, serial SerDes, and SGMII interfaces. The serial SerDes and SGMII


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PDF BCM5421S BCM5421S 10/100/1000BASE-T 10BASE-T/100BASE-TX/ 1000BASE-T 5421S-PB00-R-4 serdes transceiver Gigabit Ethernet PHY TBI RGMII to SGMII PHY BCM5228 BCM5400 BCM5421 BCM5605
2006 - Not Available

Abstract: No abstract text available
Text: for routing high density solutions. - Reduced I/O pin requirements with RGMII (over 50%), SGMII , required by the RGMII specification. - Lowers MAC/switch costs by reducing the number of pins required to interface to the PHY. Gigabit Ethernet transceivers • RGMII , SGMII, and SerDes MAC interface options • 1-Gbps line-side SerDes with RGMII MAC interface • Fully compliant with IEEE 802.3, 802.3u , RGMII mode • Provides compatibility with IEEE standard devices operating at 10, 100, and 1000 Mbps


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PDF BCM5464R 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T BCM5464R 5464R-PB01-R
2005 - bcm5488

Abstract: rgmii specification rgmii specification ieee sgmii specification ieee sgmii RGMII switch RGMII to MII RGMII SGMII
Text: FEATURES · Eight fully integrated 10BASE-T/100BASE-TX/1000BASE-T Gigabit Ethernet transceivers · RGMII , SGMII, and SerDes MAC interface options · 1-Gbps lineside SerDes with RGMII MAC interface option · , power and cost · Supports copper or fiber in RGMII mode · Low power · <625 mW per port · Advanced , pin requirements with RGMII (over 50%), SGMII (over 75%), and SerDes (over 80%) · Clock timing can be adjusted to eliminate board trace delays required by the RGMII specification · Lowers MAC/switch


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PDF BCM5488 10/100/1000BASE-T 10BASE-T/100BASE-TX/1000BASE-T 13-micron BCM5488 5488-PB00-R rgmii specification rgmii specification ieee sgmii specification ieee sgmii RGMII switch RGMII to MII RGMII SGMII
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