Intel IXD1110 manual Quick Start, Setup

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IXD1110 Demo Board

2.0Quick Start

The quick-start procedure allows for IXF1110 1000 Mbps SerDes data transfer evaluation in the following interfaces:

•IXF1110 SPI4-2 loopback data transfer

•I2C signals

•CPU interface

2.1Setup

The following quick-start procedure uses the IXIA* 1600T packet generator to evaluate the IXD1110 demo board. All ports on the IXF1110 are set to a default setting of 1000 Mbps full-duplex (see Figure 2, “Typical Test Setup” on page 12).

1.Set reset jumper JP2 to the HRESET position.

2.Jumper pins 6 and 8 of JP1.

3.Install optic modules on all ten ports.

4.Connect the IXF1110 optic modules to the external ports on the IXIA* 1600T LM1000SX cards.

5.Verify that the CPU daughter card is installed on the bottom of the board.

6.Verify that the SPI4-2 loopback module is connected to the SPI4-2 connector.

7.Connect the 1.8 V DC power supply to BN1 (“1.8 V IXF”).

8.Connect the 2.5 V DC power supply to BN4 (“2.5 V IXF”) and BN5 (“2.5 V”).

9.Connect the 3.3 V DC power supply to BN6 (“3.3 V”).

10.Connect all power supply return lines to ground BN3 (“GND”).

11.With the board properly configured, proceed in the following order:

a.Apply +1.8 V DC power

b.Apply +2.5 V DC power

c.Apply+3.3 V, DC power

d.Press reset switch S1

12.Once the CPU Daughter Card has completed autoboot, the board is ready for evaluation of standard packets (64 - 1518 bytes) at 1000 Mbps full-duplex on all ports.

13.To access registers and RMON statistics, install the IXF1110 software. Instructions are provided in Section 5.2, “Installing the IXF1110 Software” on page 16. This allows the user to change the default settings of the IXF1110 and configure the device for other modes of operation.

14.Proceed with evaluation as desired.

Note: The IXF1110 software modifies some of the IXF1110 registers on power-up. For a complete list of registers modified, please refer to Section 4.2, “IXF1110 Register Modifications on Startup” on page 14.

Development Kit Manual

11

Document Number: 250807

Revision Number: 003

Revision Date: June 27, 2003

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Contents Development Kit Manual Intel IXD1110 Demo BoardDevelopment Kit Manual Contents Tables FiguresRevision History Contents Additional Equipment Required IntroductionAbout This Kit About The IXD1110 Demo Board FeaturesComponent Description Intel IXD1110 Demo Board Principal ComponentsFpga Quick Start SetupTypical Test Setup Typical Test SetupIntel IXF1110 CPU Daughter Card CPU Daughter CardIXF1110 Register Modifications on Startup CPU FpgaPC Requirements IXF1110 SoftwareChanging the IP Address of the CPU Daughter Card Optional Installing the IXF1110 SoftwareDram OK Jtag Test Signals JP1 Optional ConfigurationsReset Jumper JP2 Jtag Test SignalsIXF1110 LED Behavior LEDsGbic Test Points Reset Test PointsTest Points IXF1110 Input Clock Test PointsGbic Test Points Sheet 2 Mictor ConnectorsMictor Connector Test Points Sheet 1 Test Point Symbol Description Power and Ground Test PointsMictor Connector Test Points Sheet 2 Power Test Points Sheet 1Ground Test Points Power Test Points Sheet 2Test Points Description Unused Test PointsUnused Test Points IXD1110 Demo Board Power Revision A1 SchematicsGND Digital Power1.8Digital Power 2.5 Analog Power Intel IXD1110 Analog PowerControl I2C Data I2CDATA4 I2CDATA3MODDEF3 MODDEF0 I2CDATA4IXF0MODDEF6 AB9AC9 I2CDATA6I2CDATA9IXF0 IXD1110SerDes/GBIC Port MODDEF9 L1IXD1110 SPI4-2 SPI-4 Phase 2 RXSPI-4 Phase 2 TX Rclk SERSrclk Srclr+3.3V PowerIXF1110 & CPU Interfaces +2.5VConnectors GND CLK2 CLK0 CLK1 CLK3GND GND GND GND GND Reference Designator Description Manufacturer Part Number Bill of MaterialsIntel IXD1110 Demo Board Bill of Materials Rev. A1 Misc Bottom Testpoint

IXD1110 specifications

The Intel IXD1110 is an advanced integrated circuit that serves as a highly efficient and versatile solution for various communication and data processing applications. Built on Intel's cutting-edge technology, the IXD1110 showcases enhanced performance characteristics tailored for modern industrial and embedded systems.

One of the most notable features of the IXD1110 is its robust processing capability. Designed to support high-speed data transfer, this device operates with a clock frequency of up to 500 MHz. Such a high processing speed ensures that the IXD1110 can handle data-heavy applications with ease, making it an ideal choice for real-time data processing tasks.

In terms of connectivity, the IXD1110 boasts multiple communication interfaces. It supports Ethernet, SPI, and I2C protocols, allowing seamless integration into various system architectures. The Ethernet interface ensures high-bandwidth connectivity, giving developers the flexibility to connect the IXD1110 to both wired and wireless networks. This opens up possibilities for IoT (Internet of Things) applications, where reliable and fast communication is critical.

Another standout feature of the IXD1110 is its low-power consumption, which is a significant consideration for embedded systems and battery-powered devices. Intel has implemented advanced power management technologies in the IXD1110, enabling it to operate efficiently while minimizing energy usage. This characteristic not only extends the lifespan of the devices it powers but also reduces overall operational costs.

The IXD1110 also includes advanced security features, catering to the growing demand for secure processing in connected devices. Integrated hardware security mechanisms help safeguard against vulnerabilities and attacks, ensuring data integrity and protecting sensitive information.

Additionally, the IXD1110 is designed for scalability, allowing developers to adapt the device to a wide range of applications, from automotive systems to industrial automation. Its flexible architecture accommodates future upgrades and enhancements, making it a long-term investment for companies looking to future-proof their systems.

In conclusion, the Intel IXD1110 stands out with its high processing speeds, versatile connectivity options, low power consumption, advanced security features, and scalability. These attributes make it a compelling choice for organizations looking to leverage cutting-edge technology in their communication and data processing systems. As industries continue to evolve towards greater connectivity and automation, the IXD1110 is positioned as a key enabler in this technological transformation.
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