Robin Z5xx Datasheet - Toradex

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Robin Z5xx Datasheet2.5. Differences between Robin V2.0 to Robin V1.0By Robin V1.0 and V2.0 the PCB version is meant.2.5.1 DDR2 x8 instead of x16 DDR2Robin V2.0 utilizes DDR2 RAM devices with a x8 bit bus width in contrast to Robin V1.0, which utilizesDDR2 RAM devices with x16 bit bus width. This allows Robin V2.0 to provide up to 2GByte of RAM, incomparison with the maximum 1GByte of RAM available on Robin V1.0.2.5.2 SDIO / GPIO switchRobin V2.0 provides either a GPIO or SDIO interface on the COM Express connector. The sameGPIO signals available on the FFC connector of Robin V1.0 are also available on Robin V2.0.2.5.3 PCB thicknessThe Robin V2.0 PCB has a nominal thickness of 2mm compared to 1.6mm for Robin V1.0.This may have an impact for customers who have implemented a mechanical design that is affectedby PCB thickness. To ensure compatibility between Robin V1.0 and V2.0 in such designs, Toradex willprovide a dedicated Heatspreader for Robin V2.0, which will compensate for the PCB heightdifference.2.5.4 FFC shiftedThe FFC connector has been shifted closer to the PCB edge with respect to the front edge of theconnector. Its position with respect to the adjacent PCB edge has not changed.2.5.5 Thermal sensorThe thermal sensor has been moved away from the key heat sources (the Atom processor andUS15W system control hub) to provide a more accurate measurement of the module temperature. TheAtom processor temperature is still measured internally to the core.Toradex AG l Altsagenstrasse 5 l 6048 Horw l Switzerland l +41 41 500 48 00 l www.toradex.com l info@toradex.com Page | 10
Robin Z5xx Datasheet3. Robin Connectors3.1. Physical LocationThe Robin Z530 and Z510 computer modules comply with the COM Express pin out type 1 for mostof the signals. Only one 220 pin COM Express connector is available. A 30 pin FFC connectorfeaturing an additional SDIO channel and 8 GPIOs is available. An on board MicroSD slot is alsoavailable.TopBottomMicroSD30 Pin FFCCom Express TM3.2. Signal Notation3.2.1 Signal TypesTypeIOIOODODIODONCREFNote:Input to the moduleOutput from the moduleBi-directional input/output signalOpen drain bi-directionalOpen drain inputOpen drain outputNot ConnectedReference SignalA “#” symbol after a signal name refers to an active low signal, indicating a signal is in theactive state when driven to a low level.Toradex AG l Altsagenstrasse 5 l 6048 Horw l Switzerland l +41 41 500 48 00 l www.toradex.com l info@toradex.com Page | 11
Page 4 and 5: Robin Z5xx Datasheet5.2.2 ATX-Like
Page 6 and 7: Robin Z5xx Datasheet1. Introduction
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Page 14 and 15: Robin Z5xx DatasheetPin Signal Type
Page 16 and 17: Robin Z5xx DatasheetPin Signal Type
Page 18 and 19: Robin Z5xx Datasheet3.4. Assignment
Page 20 and 21: Robin Z5xx Datasheet4.3.2 USB clien
Page 22 and 23: Robin Z5xx DatasheetLED3: On board
Page 24: Robin Z5xx Datasheet5.2. Power Supp
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Page 29 and 30: Robin Z5xx Datasheet5.3. Power Sequ
Page 31 and 32: Robin Z5xx Datasheet5.3.4 S0 to S3
Page 33 and 34: Robin Z5xx Datasheet6. Robin Embedd
Page 35 and 36: Robin Z5xx Datasheet6.2. INTERRUPT
Page 37 and 38: Robin Z5xx DatasheetDIR7..DIR0: 0 =
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Page 41 and 42: Robin Z5xx Datasheet7. WatchdogThe
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Robin Z5xx Datasheet - Toradex

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