Renesas SRDP2 Bedienungsanleitung

SRDP2™

Quick Start Guide

Formal Status

April 5, 2012

Titl

SRDP2 Quick Start Guide 2 April 5, 2012

Formal Status This document is confidential and is subject to an NDA.

Integrated Device Technology, Inc.

About this Document

The Serial RapidIO Development Platform Gen2 (SRDP2) Quick Start Guide outlines the first steps to complete in order to get

the board to a powered on state. This documents serves two purposes:

• Provides a brief explanation of how to power up the SRPD2platform

• Identifies any default configuration changes for aspecific assembly revision (for example, overrides what is stated in the

SRDP2 User Manual)

Related Information

The following related resources are available on themySites area of www.idt.com:

• SRDP2 User Manual

• SRDP2 Schematic

• CPS-1848 User Manual

• SPS-1616 User Manual

Revision History

April 5, 2012, Formal Status

Updated to support Revisions B and C of the CPS-1848 and SPS-1616 devices.

February 15, 2011, Formal Status

Updated to support changes to SRDP2 Assembly Revision 3.

SRDP2 Quick Start Guide 3 April 5, 2012

Formal Status This document is confidential and is subject to an NDA.

Integrated Device Technology, Inc.

SRDP2 Quick Start Guide

Kit Contents

Handling Procedure

Components on theSRDP2 are sensitive to electrostatic discharge (ESD). Use standard ESD protection when handling the

board.

The SRDP2 is fragile. Excessive force will cause the SRDP2 to flex and possibly break the thin solder joint between the

component and theSRDP2. Severe flex may also break internal connections inthe SRDP2. When handling the SRDP2,

adhere to the following guidelines:

• Support the SRDP2 when inserting or removing the ATX connectors.

•Do not push the AMC modules with excessive force.

• Do not push withexcessive force on the JTAG, I2C, USB, and SMA connectors.

ATX Supply Specification

Use a standard ATX supply witha 20-pin main powerconnector. The SRDP2 does not support 24-pin mainpower connector.

Although most ATX supplies function below their minimum current requirement, it is preferable to use an ATX supply that does

not have a minimum current requirement.

The SRDP2 uses +12V, +3.3V, and 5VSB. The current draw for each voltage is outlined in following table.

Part Number Components Description

SRDP2KITA SRDP2 – Kit A • Evaluation Board with CPS-1848 and SPS-1616 S-RIO switches

• SRDP2 Quick Start Guide

RapidFET JTAG -

Standarda

a. For more information about the RapidFET JTAG - Standard register debug tool, go to the Fabric Embedded Tools at www.fetcorp.com.

• RapidFET USB to JTAG/I2C Module

• RapidFET JTAG USBKey

• USB Cable, 1 m

• RapidFET JTAG Quick Start Installation Guide

SRDP2 SRDP2 • Evaluation Board with CPS-1848 and SPS-1616 S-RIO switches

Voltage Current Draw

+12 V 0.1A

+3.3V 4A

5VSB 0.03A

SRDP2 Quick Start Guide 4 April 5, 2012

Formal Status This document is confidential and is subject to an NDA.

Integrated Device Technology, Inc.

ATX 12V Connector

The 4-pin 12V ATX connector is optional. It should be used when high-power AMC cards are plugged into the SRDP2.

Inserting an ATX Connector

The ATX connector is keyed. It will insert into the SRDP2 in one way only, therefore, check proper orientation before inserting.

When inserting and removing the ATX connector, support the SRDP2 to prevent flex. Excessive flex can damage the SRDP2

or break solder joints of nearby components.

Apply Power

Use the power ON/OFF push button to enable the ATX supply. If using a different method to activate the ATX supply, put the

FORCE_ON jumper in J54. This will permanently activate the ATX supply.

LED Status

The two orange LEDs, D4and D5, should be ON and steady. This indicates the ATX supply is supplying 12V and 3.3V.

The two blue LEDs,D7, D15, should be ON and steady. This indicates the on-board voltages are correct and the devices are

out-of-reset.

If the status LEDs are not ON and steady, there may be a problem with the ATX supply. Ensurethat all voltages of theATX

supply are within the expected operating range before contacting IDT (see table).

Connecting AMCs

Slide AMC modulesin the card guide assembly right-side-up. Push the modulein the AMC connector gently until the faceplate

of the module hits the card guide shoulders.

The SRDP2 uses a Hot Swap controller to control current flow to theAMC module. Current willbe applied to the module only

when the Presence Detect pins (PS0and PS1) of the module make contact. Green LEDs (D8, D9, D11) indicate power has

been applied tothe modules andthe AMC ENABLE signal is asserted.

If the LED does not turn on after the module is inserted, verify that the module is fully inserted.

The current limit perAMC connector is 6.25A for the 12V rail, and 165mA for the 3.3V managementpower pin.

The SRDP2 does nothave an IPMI (Intelligent Platform Management Controller). AMC modules that require IPMI control to

come out of reset may not work with the SRDP2.

Voltage SRDP2 Expected

Operating Range

+12 V 4.5V to 14V

+3.3V 2.9V to 3.7V

5VSB 4.5V to 5.5V

CORPORATE HEADQUARTERS

6024 Silver Creek Valley Road

San Jose, CA 95138

for SALES:

800-345-7015 or 408-284-8200

fax: 408-284-2775

www.idt.com

for Tech Support:

email: [email protected]

phone: 408-360-1533

April 5, 2012

DISCLAIMER Integrated Device Technology, Inc. (IDT) and its subsidiaries reserve the right to modify the products and/or specifications describedhereinat anytime andat IDT’ssole discretion.Performancespecifications andthe operatingparameters

ofthedescribedproductsaredeterminedintheindependentstateandarenot guaranteedto performthe samewaywheninstalledincustomerproducts.Theinformationcontainedhereinisprovidedwithoutrepresentationor warrantyofanykind,whether

express or implied, including, but not limited to, the suitability of IDT’s products for any particular purpose, an implied warranty of merchantability, or non-infringement of the intellectualproperty rights of others. This document is presented only as a guide

and does not convey any license under intellectual property rights of IDT or any third parties.

IDT’s products are not intended for use in life support systems or similar devices where the failure or malfunction of an IDT product can be reasonably expected to significantly affect the health or safety of users. Anyone using an IDT product in such a

manner does soat their own risk, absent an express, writtenagreement by IDT.

Integrated Device Technology, IDT and the IDT logo are registered trademarks of IDT. Other trademarks and service marks used herein, including protected names, logos and designs, are the property of IDT or their respective third party owners.

Serial EEPROM

The EEPROMs attached to the CPS-1848 and SPS-1616 are not programmed.

Default Configuration

In order to work around the device erratum, “JTAG 1149.1 chaining does not support register access”, the JTAG configuration

jumpers are set such that only the CPS-1848 is availableon the JTAG chain. To access the SPS-1616,theJTAG configuration

jumpers must be changed as indicated on the PCB.

Using JTAG and I2C Debuggers

It is possible that an external JTAG pod drives the CPS-1848 and SPS-1616 JTAG reset (TRST#)high during reset. This is

known to occasionally cause the switches to malfunction. To prevent this problem from occurring, disconnect all JTAG

debuggers before powering up.

It is possible that an external I2C pod drives the I2C bus and prevents the CPS-1848 and SPS-1616 from loading their Serial

EEPROMs. To prevent this problem from occurring, disconnect all I2C based debugger before poweringup and reset.

TheSRDP2containsanon-boardUSBtoJTAG/I2Cconverter.Thisdeviceis poweredupas soonas theUSBcableisplugged

in a PC. This device is also connected in parallel with the JTAG and I2C headers. Avoid using the on-board USB converter

when an external pod is connected.

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www.renesas.com

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Trademarks

Renesas and the Renesas logo are trademarks of Renesas

Electronics Corporation. All trademarks and registered

trademarks are the property of their respective owners.

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(Rev.1.0 Mar 2020)

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