Ethernet Solutions

Ethernet is a family of frame based networking technologies for LANs (Local Area Networks). It defines the electrical and protocol layers and is standardized in the IEEE 802.3 standards. Ethernet dates back to the 1980s, and remains very popular today.

Texas Instruments Industry Firsts

  • 2012 – 4th generation PHYTER introduced TLK110
  • 2011 – Fiber PHYTER & Mini Precision PHYTER introduced
  • 2008 – Industry's first & only IEEE 1588 PHYTER introduced
  • 2001 – Industry's first Gigabit Ethernet NIC introduced
  • 1995 – Industry's first 10/100 Fast Ethernet Transceiver introduced
  • 1994 – TI (National) N-Way protocol adopted by IEEE802.3 for auto-negotiation of speed & duplex
  • 1990 – TI (National) chipset becomes the de-facto standard for 10Mb/s Ethernet

Featured Ethernet Devices:

  • TLK110 – Industrial 10/100 Ethernet PHY
    Next gen PHYTER with the force modes / fast link drop and fast receive loop time
  • DP83620 – Fiber PHYTER
    Single Port 10/100 Mbps Ethernet Physical Layer Transceiver with Fiber Support (FX)
  • DP83630 – Mini Precision PHYTER
    Precision PHYTER - IEEE 1588 Precision Time Protocol Transceiver
  • DP83848Q - PHYTER Mini Extended Temperature
    Qualified to AEC-Q100 Grade 2

Products for Ethernet Applications

Ethernet Design Resources

IEEE 1588 Featured Application Notes

Ethernet PHY Portfolio

Ethernet PHY Portfolio DP83849IF DP83848Q DP83848K TLK100 DP83816EX DP83630 DP83640 DP83848M DP83848H DP83849ID DP83848T DP83849I DP83848C DP83865 DP83848J DP83848I TLK110 DP83849C DP83848VYB DP83848YB DP83620

Ethernet Videos

Industry Ethernet Standards

TI E2E Community

Click to download
  • Industrial Ethernet PHY Reference Guide
    (slyt476.pdf, 4.9 MB)
    Download

Ethernet Portfolio Overview

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Download the Industrial Ethernet PHY Reference Guide




PHYTER® Reference Designs, Models, Drivers, and Eval Boards

Table of Contents

 

PHYTER® Ethernet Integrity Utility Tool

Type Title Description
PHYTER Design Tools  PHYTER® Ethernet Integrity Utility Tool The Ethernet Integrity Utility Tool is an extensive Ethernet support and diagnostics tool, allowing complete PHY access for link status, device configuration, and network status monitoring.

 

IBIS/BSDL Models & OrCAD Symbols

Type Title Description
PHYTER Software Models DP83620 IBIS and BSDL model IBIS model and BSDL model for the Industrial Temperature range version of the DP83620.
Logic Vision Software Boundary Scan Cell file is located here.
DP83630 IBIS and BSDL model IBIS model and BSDL model for the Industrial Temperature range version of the DP83630.
Logic Vision Software Boundary Scan Cell file is located here.
DP83640 IBIS and BSDL model IBIS model and BSDL model for the Industrial Temperature range version of the DP83640.
Logic Vision Software Boundary Scan Cell file is located here.
DP83640/DP83630 Software Software Design Guide and C Software Reference Library
DP83816 IBIS Model The I/O Buffer Information Specification (IBIS) model is a behavioral model used to perform signal integrity simulations. Click here to download the model for this device.
DP83847 IBIS Model The I/O Buffer Information Specification (IBIS) model is a behavioral model used to perform signal integrity simulations. Click here to download the model for this device.
DP83847 Rollover Document This information document lists the enhancements of each revision over A5 of the DP83847 DsPHYTER-II™
DP83848M/T/H IBIS model Here is the IBIS model for the DP83848 PHYTER Mini.
DP83848J/K IBIS model Here is the IBIS model for the DP83848 PHYTER Mini LS
DP83848C IBIS model Here is the IBIS model for the Commercial Temperature range version of the DP83848.
DP83848I IBIS and BSDL models IBIS model and BSDL model for the DP83848 Industrial Temperature range.
Logic Vision Software Boundary Scan Cell file is located here.
DP83848YB IBIS and BSDL models IBIS model and BSDL model for the DP83848 Extreme Temperature range.
Logic Vision Software Boundary Scan Cell file is located here.
DP83848Q IBIS models Here is the IBIS model for the DP83848Q.
DP83849 IBIS and BSDL models Here is the IBIS model for all the different temperature range versions of the DP83849.
BSDL model for the DP83849I
BSDL model for the DP83849ID
BSDL model for the DP83849IF
Logic Vision Software Boundary Scan Cell file is located here.
DP83865 IBIS and BSDL Models IBIS model and BSDL model for the Commercial Temperature range version of the DP83865. Logic Vision Software Boundary Scan Cell file is located here.
Orcad Symbols DP83640 OrCAD Symbol
DP83849 OrCAD Symbol
DP83848 OrCAD Symbol
DP83865 OrCAD Symbol
DP83816 OrCAD Symbol
DP83847 OrCAD Symbol

 

Reference Designs

Type Title Description
DP83620 Precision PHYTER TI Reference Design DP83620
DP83630 Precision PHYTER TI Reference Design DP83630
DP83640 Precision PHYTER TI Reference Design DP83640
3rd Party Reference Designs DP83640

  • The Renesas RX62N Demonstration Kit (RDK) is a hardware platform that serves as a powerful debug and demonstration tool for the new RX62N 32-bit microcontroller, allowing users to quickly evaluate and customize for target applications. It incorporates the DP83640 IEEE-1588 PTP PHYTER . Schematics for a low cost version using the DP83848 are also included.
  • The Renesas SH7216 reference design demo kit lets users implement IEEE 1588 PTP applications using the Renesas Technologies 32-bit SuperH RISC processor and the DP83640 PHYTER® precision time protocol transceiver, along with an onboard LCD.
  • The Freescale MCF5234BCCKIT ColdFire microprocessor kit includes the DP83640 PHYTER® High Precision.
  • The Freescale MCF52259EVB ColdFire microprocessor kit includes the DP83640 Precision PHYTER
  • The EBV Elektronik DBC3C40 MercuryCode industrial communications reference design is based on the Altera® Cyclone® III FPGA. This reference design features highly accurate timing over an Ethernet network using two of TI's DP83640 IEEE 1588 Precision 10/100 Ethernet PHYTER devices.
  • Software Design Guide and C Software Reference Library
DP83849 Dual PHYTER Schematic DP83849 Dual Phyter Demo II Stump Jumper Rev 1.1 (pdf 142 KB)
BOM DP83849 Demo Board BOM Rev 1.1 (pdf 43 KB)
User's Guide DP83849IVS User's Guide (Use for both DP83849CVS and DP83849IVS, pdf 350 KB)
DP83849IFVS User's Guide (Use for both DP83849DVS and DP83849IFVS, pdf 350 KB)
Layout DP83849 Dual Phyter Demo II Stump Jumper Layout Rev 1.1 (pdf 450 KB)
DP83849 Design Acceleration Kit The DP83849 Design Acceleration Kit includes the following

  • Schematic in pdf and source in Orcad
  • BOM in excel
  • Layout in gerber and pdf
DP83848 PHYTER
Single & Mini		 TI Reference Design DP83848J/K Board

DP83848J/K POE Board

User's Guide DP83848J/K

DP83848M/T/H MAU Trike Board

User's Guide DP83848M/T/H

DP83848Q Board

The DP83848Q has undergone additional reliability and qualification, but from the perspective of operational testing, the DP83848Q is functionally equivalent to the DP83848T.  Please refer to the DP83848T MAU Trike Board collateral and User's Guide.

NXP LPC2478 PHY Connections

DP83848 Rock Hopper Demo II Board

Upgrades include: Improved PoE enhancements and EMI filters, replaced L2 with R121, replaced C11 and C15 with 33 pF, added note for further EMI improvement on TP_IF page

DP83848 MAU Enduro Board

POE (Power Over Ethernet)

NXP LPC2478 PHY Connections

Texas Instruments has developed the below reference schematics that include the implementation of the DP83848.
Third-Party Reference Designs Additional Reference Designs using the DP83848

  • The Renesas RX62N Demonstration Kit (RDK) is a hardware platform that serves as a powerful debug and demonstration tool for the new RX62N 32-bit microcontroller, allowing users to quickly evaluate and customize for target applications. It incorporates schamtics for the DP83848 as well as the DP83640.
  • The Altera/Arrow BeMicro Nios II Software Development Kit (SDK) is a complete evaluation platform to create, compile, run and debug with Altera's Nios II processor, enabling easy and affordable customization of an embedded processor solution. The kit incorporates the small form factor DP83848 PHYTER with Altera's Nios II Configurable 32-bit Embedded Processor in a USB stick format.
  • MotionFire Motion Control Reference Design by Arrow Electronics

    Texas Instruments in collaboration with Arrow Electronics and Altera developed a complete FPGA-based motor control platform with industrial communication interfaces.

    MotionFire consists of:

    * FireFighter main board: FPGA and communications board
    * FireDriver module: Motor drive power module

    A total of six galvanically isolated FireDriver plug-in power modules can be connected to the FireFighter logic platform to provide 24 phases or support for up to 12 motors. These generic 4-phase drivers provide up to 10A per phase at a DC bus voltage of 50VDC, have a 12A input current protection and are available with protected and filtered encoder and/or Hall Effect sensor inputs. Back EMF sensing on three phases facilitates the implementation of sensor-less drives, while synchronized ADC sampling is possible on all phases within the same PWM cycle.

  • EVK1100 by Atmel
    Atmel launch the EVK1100 with ethernet support (DP83848). This coincides with the press release this week announcing the world's lowest power 32-bit Flash MCU with Ethernet and USB On-the-Go.
  • MCB2300 Evaluation Boards by Keil
    The NXP MCB2300 Evaluation Boards by Keil introduces you to the NXP LPC23xx series of ARM microcontrollers and allows you to create and test working programs for this advanced architecture. Two versions of the board are available: the MCB2360 for the 100-pin LPC2368 and the MCB2370 for 144-pin LPC2378. These evaluation systems feature the DP83848IVV PHYTER for their Ethernet connectivity.
  • PHYWORKX-NS848 10/100 Ethernet PHY Development Kit by More than IP
    The MorethanIP PHYWORKX 10/100 Ethernet PHY daughter board gives designers the ability to implement Fast Ethernet solutions for prototyping and evaluation and embedded software development.
  • ColdFire M5208EVB by Freescale Semiconductor
    The cost-effective, fully functional and easy-to-use M5208EVB kit simplifies MCF5207 and MCF5208 embedded controllers product development and speeds customers to market.
  • MPC55xxEVB by Freescale Semiconductor
    The MPC55xxEVB Evaluation Kits include everything necessary to begin development with the MPC55xx family of microcontrollers. A comprehensive set of hardware and software development tool options are available including a free a flash programmer, initialization tools, and assembly level debug tool.
  • ColdFire M5208EVB by Intec Automation Inc.
    This Evaluation Board/Reference Design shows how the high performance low power Coldfire MCF5208 controller can access massive amounts of memory and support established large, complex operating systems such as Linux
DP83865 GigPHYTER V
Third Party Reference Designs Texas Instruments' partners have developed the reference designs that include the implementation of the DP83865.
DP83815 MacPhyter II DP83816 MacPhyter II TI Reference Design Board: "This NIC demonstrates basic 10/100 Ethernet functionality. The MacPHYTER-II Demo Board is a half-height PCI board, which contains the magnetic and support logic, to enable half- and full-duplex 10Mb/s and 100Mb/s Ethernet in a standard PCI slot. In addition, it includes a Wake On LAN (WOL) header, which allows it to support the latest remote wake-up functions. When accompanied with different drivers, a user is enabled to use this card with full Ethernet functionality in a wide variety of operating systems."
Driver Software  Download available software for your design (zip file)
TMDXICE3359 TI Reference Design TMDXICE3359 - AM3359 Industrial Communications Engine (ICE) - The AM3359 Industrial Communications Engine (ICE) is a development platform targeted for systems that specifically focus on the industrial communications capabilities of the Sitara AM335x generation of ARM® Cortex™-A8 microprocessors (MPUs).
TMDXIDK3359 TI Reference Design TMDXIDK3359 - AM3359 Industrial Development Kit (IDK) - The AM3359 Industrial Development Kit (IDK) is a full-featured application development platform for evaluating the capabilities and features of Sitara™ AM335x generation of ARM® Cortex™-A8 microprocessors (MPUs) for industrial applications.



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