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NATIVE-C2

TECHNICAL REFERENCE MANUAL V1.3

N.A.T. Gesellschaft für Netzwerk- und Automatisierungs-Technologie mbH

Konrad-Zuse-Platz 9 | 53227 Bonn, Germany | Phone: +49 228 965 864 - 0

[email protected] | www.nateurope.com

NATIVE-C2

2U 19” RACK-MOUNTED MTCA CHASSIS

DESIGNED BY N.A.T. GMBH


HW REVISION 1.X

http://www.nateurope.com/

NATIVE-C2


PREFACE - 2 -

TABLE OF CONTENTS

1. PREFACE ................................................................................................... 6

1.1. Disclaimer ......................................................................................................... 6

1.2. About This Document ..................................................................................... 7

2. INTRODUCTION ...................................................................................... 8

3. QUICK START ......................................................................................... 10

3.1. Unpacking ....................................................................................................... 10

3.2. Mechanical Requirements ............................................................................. 10

3.3. Voltage Requirements ................................................................................... 10

3.3.1. POWER SUPPLY ............................................................................. 10

3.3.2. HOT-SWAP ................................................................................. 11

4. CHASSIS DESIGN ................................................................................... 12

4.1. Backplane ........................................................................................................ 13

4.1.1. TOPOLOGY ................................................................................. 13

4.1.2. ELECTRICAL SPECIFICATIONS ................................................................ 14

4.2. Cooling Unit .................................................................................................... 27

4.2.1. FRONT PANEL AND LEDS ................................................................... 27

4.2.2. ELECTRICAL SPECIFICATIONS ................................................................ 28

4.3. Air Filter .......................................................................................................... 31

4.4. Thermal Performance .................................................................................... 33

5. SPECIFICATION AND COMPLIANCES ................................................. 35

5.1. Mechanical Specification .............................................................................. 35

5.2. Environmental Specification ......................................................................... 36

5.3. Internal Reference Documentation ............................................................. 37

5.4. External Reference Documentation ............................................................. 37

5.5. Standards Compliance ................................................................................... 37

5.6. Compliance to RoHS Directive ..................................................................... 37

5.7. Compliance to WEEE Directive ..................................................................... 38

5.8. Compliance to EMC Directive ....................................................................... 38

NATIVE-C2


PREFACE - 3 -

5.9. Compliance to REACH ................................................................................... 39

5.10. Abbreviation List ............................................................................................ 39

6. DOCUMENT’S HISTORY........................................................................ 40

NATIVE-C2


PREFACE - 4 -

LIST OF TABLES

Table 1 – Technical Data ............................................................................... 9

Table 2 – Power Distribution Specification ......................................................... 14

Table 3 – High Speed Differential Route Specification ........................................... 14

Table 4 – Single Ended Route Specification ........................................................ 14

Table 5 – Backplane Connector Specification ...................................................... 15

Table 6 – AMC-Connector – Pin Assignment ...................................................... 16

Table 7 – MCH Tongue 1 Connector – Pin Assignment .......................................... 17



Table 10 – MCH Tongue 4 Connector – Pin Assignment ......................................... 20

Table 11 – JSM Connector – Pin Assignment ...................................................... 21

Table 12 – Power Module Connector – Pin Assignment .......................................... 23

Table 13 – Cooling Unit Connector – Pin Assignment ............................................ 26

Table 14 – LED Functionality ......................................................................... 28

Table 15 – Power Supply ............................................................................. 28

Table 16 – Supported IPMI Commands ............................................................ 28

Table 17 – Mandatory Sensors ...................................................................... 30

Table 18 – Non-Mandatory Sensors ................................................................ 30

Table 19 – Technical Data ............................................................................ 32

Table 20 – Mechanics ................................................................................. 35

Table 21 – Operating Temperatures ................................................................ 36

Table 22 – Other Environment ....................................................................... 36

Table 23 – Safety Grounds ........................................................................... 36

Table 24 – Abbreviation List ......................................................................... 39

Table 25 – Document’s History ...................................................................... 40

NATIVE-C2


PREFACE - 5 -

LIST OF FIGURES

Figure 1 – NATIVE-C2 with NAT-MCH and NAT-PM .............................................. 12

Figure 2 – Configuration Example ................................................................... 12

Figure 3 – Backplane Topology and Sample Configuration ...................................... 13

Figure 4 – Backplane Connector- and Pin Assignment ........................................... 15

Figure 5 – Cooling Unit ............................................................................... 27

Figure 6 – Cooling Unit Front Panel ................................................................. 27

Figure 7 – Air Filter .................................................................................... 31

Figure 8 – Airflow ..................................................................................... 32

Figure 9 – Filter Performance ........................................................................ 32

Figure 10 – Slot Impedance 10 to 50 CFM ......................................................... 33

Figure 11 – Single Mid-Size Slot Fan Curve ........................................................ 34

Figure 12 - Dimensions ............................................................................... 35

NATIVE-C2


PREFACE - 6 -

1. PREFACE

1.1. Disclaimer

The following documentation, compiled by N.A.T. GmbH (henceforth called N.A.T.), represents

the current status of the product´s development. The documentation is updated on a regular

basis. Any changes which might ensue, including those necessitated by updated specifications,

are considered in the latest version of this documentation. N.A.T. is under no obligation to

notify any person, organization, or institution of such changes or to make these changes public

in any other way.

We must caution you, that this publication could include technical inaccuracies or typographi-

cal errors.

N.A.T. offers no warranty, either expressed or implied, for the contents of this documentation

or for the product described therein, including but not limited to the warranties of merchant-

ability or the fitness of the product for any specific purpose.

In no event will N.A.T. be liable for any loss of data or for errors in data utilization or processing

resulting from the use of this product or the documentation. In particular, N.A.T. will not be

responsible for any direct or indirect damages (including lost profits, lost savings, delays or

interruptions in the flow of business activities, including but not limited to, special, incidental,

consequential, or other similar damages) arising out of the use of or inability to use this

product or the associated documentation, even if N.A.T. or any authorized N.A.T.

representative has been advised of the possibility of such damages.

All registered names, trademarks etc. are property of their respective holders. The use of

registered names, trademarks, etc. in this publication does not imply, even in the absence of a

specific statement, that such names are exempt from the relevant protective laws and

regulations (patent laws, trade mark laws, etc.) and therefore free for general use. In no case

does N.A.T. guarantee that the information given in this documentation is free of such third-

party rights.

Neither this documentation nor any part thereof may be copied, translated, or reduced to any

electronic medium or machine form without the prior written consent from N.A.T. GmbH.

This product (and the associated documentation) is governed by the N.A.T. General Conditions

and Terms of Delivery and Payment.

Note:

The release of the Hardware Manual is related to a certain HW board revision given in

the document title. For HW revisions earlier than the one given in the document title

please contact N.A.T. for the corresponding older Hardware Manual release.

NATIVE-C2


PREFACE - 7 -

1.2. About This Document

This document is intended to give an overview on the NATIVE-C2’s technical features and

functional capabilities.

Preface

General information about this document

Introduction

Abstract on the NATIVE-C2’s main functionality and application field

Quick Start

Important information and mandatory requirements to be considered before operating the

NATIVE-C2 for the first time

Chassis Design

Detailed information on the overall design features and detailed description of the individual

parts

Specifications and Compliances

Detailed list of specifications, abbreviations, datasheets of components referred to in this

document; and standards the NATIVE-C2 complies to

Document’s History

Revision record

Note:

It is assumed, that the NATIVE-C2 is handled by qualified personnel only!

NATIVE-C2


INTRODUCTION - 8 -

2. INTRODUCTION

The NATIVE-C2 is a 2U MicroTCA chassis, which offers system designers the most performance

per U in a fully redundant configuration. 12 AMC slots give users the flexibility to con- figure

for a wide range of enterprise, industrial control, telecom, wireless, and other applications.

NATIVE-C2‘s unique card guide design eases the insertion/removal of AMCs. The replaceable,

redundant fabric backplane improves the serviceability of the system. NATIVE-C2 equips with

higher performance cooling unit – over 160 CFM of airflow though the chassis – for better

thermal profile.

NATIVE-C2


INTRODUCTION - 9 -

Table 1 – Technical Data

Form Factor

• 2U 19-inch EIA rack mount

Slots

• 12x AMC (max. power: 80W/slot)

• 2x MCH (max. power: 80W/slot)

• 2x Power Module

• 1x 2HP JTAG Switch Module

• 2x Cooling Units (hot-swappable)

Backplane

• Redundant backplane fabric

• 1 GbE routed to AMC Port 0 and 1

• Point-t-point SATA/SAS Port 2 and 3

• Fat-Pipe to MCH 1 at Ports 4-7

• Fat-Pipe to MCH 2 at Ports 8-11

• TCLKA, TCLKB, and FCLKA to each AMC

• JTAG Connector

• FRU ROM

• IPMI

• Replaceable backplane

Cooling Unit

• 8 fans per CU with each fan rated at 160 CFM

• Individual-controlled fan speed

• Straight through side-to-side cooling

• Fully managed, redundant, and hot-swappable

• Monitored fan power for early failure detection

• Air filter removed detection

Optional Components

• Power Module: NAT-PM-DC840 or NAT-PM-AC600 or any MTCA

compliant power module

• Carrier Hub: NAT-MCH or any MTCA compliant carrier hub

Compliance

• Standard operating temperature: -5°C to +45°C

• Storage temperature: -45°C to 70°C

• Telcordia GR-63-CORE


• NEBS Level 3, per SR-3580

• ETS300 019-1-1, Part 1-1 (Class 1.2E equipment)

• ETS300 019-1-2, Part 1-2 (Class 2.3 equipment)


• PICMG AMC.0 R2.0



• PICMG MTCA.0 R1.0

Order Codes

NATIVE-C2 • 2U 19" rack-mountable MTCA platform, 2 Cooling Units - 12 single mid-size

AMC payload slots (PMs are separate order items)

NATIVE-Filler-B • Filler Panel for NATIVE-C1 or NATIVE-C2, closing the gap between the

chassis bottom and a full-size AMC, PM, or MCH

NATIVE-Filler-P • Filler Panel for NATIVE-C2, closing the horizontal gap between the two

full-size AMC, PM, or MCH

NATIVE-C2


QUICK START - 10 -

3. QUICK START

To ensure proper functioning of the NATIVE-C2 during its usual lifetime, take the following

precautions before handling the board.

3.1. Unpacking

Electrostatic discharge, incorrect board installation, and uninstallation can damage circuits or

shorten their lifetime. Before touching integrated circuits, ensure to take all required

precautions for handling electrostatic devices.

Avoid touching gold contacts of the Connectors to ensure proper contact when inserting

modules into the NATIVE-C2.

Make sure that the chassis and its attachments are undamaged and complete according to

delivery note.

3.2. Mechanical Requirements

For operation, the NATIVE-C2 requires cooling units (included) and at least one power module

(separate order item).

Before installing or uninstalling modules in the NATIVE-C2, read the Installation Guide and

the User’s Manual of the modules.

Check all installed boards and modules for steps that you have to take before turning on or

off the power. After taking those steps, turn on or off the power if necessary.

Make sure, parts to be installed / removed are hot-swap-capable, if you do not switch off the

power.

Ensure that all modules are connected to the NATIVE-C2 with the connector completely

inserted.

3.3. Voltage Requirements

3.3.1. Power supply

The power consumption of the NATIVE-C2 depends on the number and variants of installed

Power Modules and AMCs.

NATIVE-C2


QUICK START - 11 -

3.3.2. Hot-Swap

The NATIVE-C2 supports hot-swapping, which means that hot-swap-capable modules can be

inserted or extracted during normal system operation without affecting other modules.

Make sure to follow the procedure exactly to prevent the module or the system from damage!

Insertion of a hot-swap-capable Module

• Ensure the module supports hot-swapping

• Ensure that the hot-swap-handle of the module is in “unlock”-position (pulled out)

• Push the module carefully into the dedicated connector until it is completely inserted

• The blue HS-LED turns solid on

• With pushing the hot-swap-handle to “lock”-position, the HS-LED starts blinking and

the IPMI-Controller of the NATIVE-C2 backplane detects the board

• If the information provided by the module is valid, the NATIVE-C2 backplane enables

payload power and the blue HS-LED turns off

Extraction of a hot-swap-capable Module

• Pull the hot-swap-handle in “unlock”-position

• The blue HS-LED starts blinking

• The IPMI-Controller of the NATIVE-C2 backplane disables payload power

• The HS-LED turns solid on

• Pull the module carefully out of the NATIVE-C2

NATIVE-C2


CHASSIS DESIGN - 12 -

4. CHASSIS DESIGN

The assembly rooms for the AMC-, MCH-, JSM-, and PM-modules are arranged horizontally

and provide the option to accommodate the following modules:

• Up to 12 AMCs, full-, mid-, or compact-sized

• Up to 2 Power Modules (NAT-PM-DC840, NAT-PM-AC600, or any MTCA compliant

PM)

• UP to 2 MCHs (NAT-MCH, or any MTCA compliant MCH)

• 1 JSM (JTAG Switch Module)

• 2 redundant, hot-swappable managed cooling units

• Removable air filter

Figure 1 – NATIVE-C2 with NAT-MCH and NAT-PM

Figure 2 – Configuration Example

NATIVE-C2



4.1. Backplane

4.1.1. Topology

The backplane topology and a sample configuration are illustrated in the following figure.

Figure 3 – Backplane Topology and Sample Configuration

NATIVE-C2



4.1.2. Electrical Specifications

Table 2 – Power Distribution Specification

Parameter Characteristic

Payload Power

Current minimum 10 A

Maximum Voltage Drop <100 mV @ 7.6 A

Management Power

Maximum Current 3.0 A

Maximum Voltage Drop <20 mV @ 150 mA

Table 3 – High Speed Differential Route Specification


Trace width 5 mils

Trace spacing 5 mils

Pair to pair spacing 15 mils minimum

Length Matching 1.7 ps

Diff. impedance nominal 100 Ω ±10%

Worst Case Maximum Capacitance 56pF

Table 4 – Single Ended Route Specification


Nominal impedance 50 Ω ±10%

Worst Case Maximum Capacitance 88 pF

SCL_A, SCL_B, SDA_A & SDA_B Micro-Stripe-Line or Full-Stripe-Line

TRST#, TMS Micro-Stripe-Line

TCK, TDO, TDI Micro-Stripe-Line or Full-Stripe-Line

GA0,GA1, GA2 Micro-Stripe-Line

PS0, PS1 Micro-Stripe-Line

PWRON_1 & PWRON_2 Micro-Stripe-Line

PS_PM# Micro-Stripe-Line

PS_M1#, PS_M2#, PS_CU1#, PS_CU#2,

PS_1# - PS_12# Micro-Stripe-Line

RST_PM_IN#, RST_PM_A#, RST_PM_B# &

RST_PM_C#, Micro-Stripe-Line

Note: Micro-Strip-Line is a trace with controlled impedance to a GND plane on one side; Full-

Strip-Line is a trace with controlled impedance to a GND plane on both sides.

NATIVE-C2



Table 5 – Backplane Connector Specification


AMC Connector FCI 10070158 or equivalent

Mating Connector Per MicroTCA R1.0

MCH Connectors 1-4 FCI 10070158 or equivalent


JSM Connector FCI 10070158 or equivalent


Power Module Connector Yamaichi CNU009S-096-1001,

CONEC 47-100001 or equivalent

Mating Connector Yamaichi CNU009P-096-1001,

CONEC 47-100011 or equivalent

CU Backplane Connector Custom

Mating Connector Custom

CU Diagnostic Connector USB - Mini B

Pinout USB Standard

Power 25 mA

Figure 4 – Backplane Connector- and Pin Assignment

NATIVE-C2



Table 6 – AMC-Connector – Pin Assignment

NATIVE-C2



Table 7 – MCH Tongue 1 Connector – Pin Assignment

NATIVE-C2




NATIVE-C2



Table 11 – JSM Connector – Pin Assignment

Pin Signal Driven

by Mating

Pin

Function

on CU

Pin Signal Driven

by Mating

Pin

Function

on CU

P1 PP_M1 Power

Module First

MCH 1

Payload

Power

P13 PP_1 Power

Module First

AMC 1

Payload

Power

P2 PP_CU1 Power

Module First

CU 1

Payload

Power

P14 PP_2 Power

Module First

AMC 2

Payload

Power

P3 PP_CU2 Power

Module First

CU 2

Payload

Power

P15 PP_3 Power

Module First

AMC 3

Payload

Power

P4 GND First Logic

Ground P16 PP_4

Power

Module First

AMC 4

Payload

Power

P5 GND First Logic

Ground P17 PP_5

Power

Module First

AMC 5

Payload

Power

P6 GND First Logic

Ground P18 PP_6

Power

Module First

AMC 6

Payload

Power

P7 GND First Logic

Ground P19 PP_7

Power

Module First

AMC 7

Payload

Power

P8 GND First Logic

Ground P20 PP_8

Power

Module First

AMC 8

Payload

Power

P9 GND First Logic

Ground P21 PP_9

Power

Module First

AMC 9

Payload

Power

P10 GND First Logic

Ground P22 PP_10

Power

Module First

AMC 10

Payload

Power

P11 GND First Logic

Ground P23 PP_11

Power

Module First

AMC 11

Payload

Power

P12 PP_M2 Power

Module First

MCH 2

Payload

Power

P24 PP_12 Power

Module First

AMC 12

Payload

Power

1A PS_PM# Power

Module Last

PM

Presence 1B

PM_OK

# First

2A TCK JTAG

Agent First 2B

PMP_A

# First

3A TMS JTAG

Agent First 3B

PMP_B

# First

4A TRST# JTAG

Agent First 4B

PMP_C

# First

5A TDO JTAG

Agent First 5B

RST_PM

_IN# First

NATIVE-C2



Pin Signal Driven

by Mating

Pin

Function

on CU

Pin Signal Driven

by Mating

Pin

Function

on CU

6A TDI JTAG

Agent First 6B

RST_PM

_A# First

7A GA0 Back-

plane First 7B

RST_PM

_B# First

8A GA1 Back-

plane First 8B

RST_PM

_C# First

9A GA2 Back-

plane First 9B SMP First

1C PS1_M1

# First 1D

PS1_CU

1# First

2C PS1_2# First 2D PS1_1# First




6C PS1_10

# First 6D PS1_9# First

7C PS1_12

# First 7D

PS1_11

# First

8C PS1_M2

# First 8D

PS1_CU

2# First

9C SCL_B First 9D SDA_B First

1E EN_M1

# First 1F

EN_CU1

# First

2E EN_2# First 2F EN_1# First






8E EN_M2

# First 8F

EN_CU2

# First

9E SCL_A First 9F SDA_A First

1G MP_M1 First 1H MP_CU

1 First

2G MP_2 First 2H MP_1 First






8G MP_M2 First 8H MP_CU

2 First

9G PWR_O

N_M2 First 9H

PWR_O

N_M1 First

NATIVE-C2



Table 12 – Power Module Connector – Pin Assignment

Pin Signal Driven

by Mating

Pin

Function

on CU

Pin Signal Driven

by Mating

Pin

Function

on CU

P1 PP_M1 Power

Module

First MCH 1

Payload

Power

P13 PP_1 Power

Module

First AMC 1

Payload

Power

P2 PP_CU1 Power

Module

First CU 1

Payload

Power

P14 PP_2 Power

Module

First AMC 2

Payload

Power

P3 PP_CU2 Power

Module

First CU 2

Payload

Power

P15 PP_3 Power

Module

First AMC 3

Payload

Power

P4 GND First Logic

Ground

P16 PP_4 Power

Module

First AMC 4

Payload

Power

P5 GND First Logic

Ground

P17 PP_5 Power

Module

First AMC 5

Payload

Power

P6 GND First Logic

Ground

P18 PP_6 Power

Module

First AMC 6

Payload

Power

P7 GND First Logic

Ground

P19 PP_7 Power

Module

First AMC 7

Payload

Power

P8 GND First Logic

Ground

P20 PP_8 Power

Module

First AMC 8

Payload

Power

P9 GND First Logic

Ground

P21 PP_9 Power

Module

First AMC 9

Payload

Power

P10 GND First Logic

Ground

P22 PP_10 Power

Module

First AMC 10

Payload

Power

P11 GND First Logic

Ground

P23 PP_11 Power

Module

First AMC 11

Payload

Power

P12 PP_M2 Power

Module

First MCH 2

Payload

Power

P24 PP_12 Power

Module

First AMC 12

Payload

Power

1A PS_PM# Power

Module

Last PM

Presence

1B PM_OK

#

Power

Module

First PM Okay

Output

2A TCK JTAG

Agent

First Test

Clock

2B PMP_A

#

PM

Agent

First PM Okay

Input

3A TMS JTAG

Agent

First Test

Mode

Select

3B PMP_B

#

PM

Agent

First PM Okay

Input

4A TRST# JTAG

Agent

First Test

Reset

4B PMP_C

#

PM

Agent

First PM Okay

Input

5A TDO JTAG

Agent

First Test Data

Out

5B RST_PM

_IN#

PM

Agent

First PM Reset

Input

NATIVE-C2



Pin Signal Driven

by Mating

Pin

Function

on CU

Pin Signal Driven

by Mating

Pin

Function

on CU

6A TDI JTAG

Agent

First Test Data

In

6B RST_PM

_A#

PM

Agent

First PM Reset

Output

7A GA0 Backpla

ne

First Geograp

hical

Address

7B RST_PM

_B#

PM

Agent

First PM Reset

Output

8A GA1 Backpla

ne

First Geograp

hical

Address

8B RST_PM

_C#

PM

Agent

First PM Reset

Output

9A GA2 Backpla

ne

First Geograp

hical

Address

9B SMP PM

Agent

First Standby

Mgmt

Power

1C PS1_M1

#

MCH 1 First MCH 1

Presence

1D PS1_CU

1#

CU 1 First CU 1

Presence

2C PS1_2# AMC 2 First AMC 2

Presence

2D PS1_1# AMC 1 First AMC 1

Presence


Presence


Presence


Presence


Presence


Presence


Presence

6C PS1_10

#

AMC 10 First AMC 10

Presence


Presence

7C PS1_12

#

AMC 12 First AMC 12

Presence

7D PS1_11

#

AMC 11 First AMC 11

Presence

8C PS1_M2

#

MCH 2 First MCH 2

Presence

8D PS1_CU

2#

CU 2 First CU 2

Presence

9C SCL_B IPMI

Agent

First IPMB_0 B

Clock

9D SDA_B IPMI

Agent

First IPMB_0 B

Data

1E EN_M1

#

PM

Agent

First Enable

MCMC

MCH 1

1F EN_CU1

#

PM

Agent

First Enable

EMMC

CU 1

2E EN_2# PM

Agent

First Enable

MMC

AMC 2

2F EN_1# PM

Agent

First Enable

MMC

AMC 1

3E EN_4# PM

Agent

First Enable

MMC

AMC 4

3F EN_3# PM

Agent

First Enable

MMC

AMC 3

4E EN_6# PM

Agent

First Enable

MMC

AMC 6

4F EN_5# PM

Agent

First Enable

MMC

AMC 5

5E EN_8# PM

Agent

First Enable

MMC

AMC 8

5F EN_7# PM

Agent

First Enable

MMC

AMC 7

6E EN_10# PM

Agent

First Enable

MMC

AMC 10

6F EN_9# PM

Agent

First Enable

MMC

AMC 9

NATIVE-C2



Pin Signal Driven

by Mating

Pin

Function

on CU

Pin Signal Driven

by Mating

Pin

Function

on CU

7E EN_12# PM

Agent

First Enable

MMC

AMC 12

7F EN_11# PM

Agent

First Enable

MMC

AMC 11

8E EN_M2

#

PM

Agent

First Enable

MCMC

MCH 2

8F EN_CU2

#

PM

Agent

First Enable

EMMC

CU 2

9E SCL_A IPMI

Agent

First IPMB_0 A

Clock

9F SDA_A IPMI

Agent

First IPMB_0 A

Data

1G MP_M1 PM

Agent

First Mgmt

Power

MCH 1

1H MP_CU

1

PM

Agent

First Mgmt

Power

CU 1

2G MP_2 PM

Agent

First Mgmt

Power

AMC 2

2H MP_1 PM

Agent

First Mgmt

Power

AMC 1

3G MP_4 PM

Agent

First Mgmt

Power

AMC 4

3H MP_3 PM

Agent

First Mgmt

Power

AMC 3

4G MP_6 PM

Agent

First Mgmt

Power

AMC 6

4H MP_5 PM

Agent

First Mgmt

Power

AMC 5

5G MP_8 PM

Agent

First Mgmt

Power

AMC 8

5H MP_7 PM

Agent

First Mgmt

Power

AMC 7

6G MP_10 PM

Agent

First Mgmt

Power

AMC 10

6H MP_9 PM

Agent

First Mgmt

Power

AMC 9

7G MP_12 PM

Agent

First Mgmt

Power

AMC 12

7H MP_11 PM

Agent

First Mgmt

Power

AMC 11

8G MP_M2 PM

Agent

First Mgmt

Power

MCH 2

8H MP_CU

2

PM

Agent

First Mgmt

Power

CU 2

9G PWR_O

N_M2

MCH 2 First Mgmt

Power

Enable

MCH 2

9H PWR_O

N_M1

MCH 1 First Mgmt

Power

Enable

MCH 1

NATIVE-C2



Table 13 – Cooling Unit Connector – Pin Assignment

Pin Signal Driven

by Mating

Pin

Function

on CU

Pin Signal Driven

by Mating

Pin

Function

on CU

1 PS# Cooling

Unit

Last Presence 2 GND First Logic

Ground

3 GND First Logic

Ground

4 GND First Logic

Ground

5 GND First Logic

Ground

6 GND First Logic

Ground

7 GA0 Backpla

ne

First Geograp

hical

Address

8 GA1 Backpla

ne

First Geograp

hical

Address

9 GA2 Backpla

ne

First Geograp

hical

Address

10 TDI JTAG

Agent

First Test Data

In

11 TMS JTAG

Agent

First Test

Mode

Select

12 TRST# JTAG

Agent

First Test

Reset

13 TCK JTAG

Agent

First Test

Clock

14 TDO JTAG

Agent

First Test Data

Out

15 SCL_A IPMI

Agent

First IPMB_0 A

Clock

16 SDA_A IPMI

Agent

First IPMB_0 A

Data

17 SCL_B IPMI

Agent

First IPMB_0 B

Clock

18 SDA_B IPMI

Agent

First IPMB_0 B

Data

19 FILTER_

SW

Filter

Switch

First Contact

closure

indicates

filter

presence

20 EN# Power

Module

First Enable

EMMC

21 MP Power

Module

First Manage

ment

Power

22 PWR Power

Module

First Payload

Power

23 PWR Power

Module

First Payload

Power

24 PWR Power

Module

First Payload

Power

25 PWR Power

Module

First Payload

Power

26 PWR Power

Module

First Payload

Power

NATIVE-C2



4.2. Cooling Unit

The NATIVE-C2 is equipped with two cooling units.

Figure 5 – Cooling Unit

4.2.1. Front Panel and LEDs

The front panel of the NATIVE-C2 Cooling Unit is equipped with four LEDs. The functionality

is described in the table below.

Figure 6 – Cooling Unit Front Panel

Native C2

www.nateurope.com

HSMA

Diag HS

RDYOOS

NATIVE-C2



Table 14 – LED Functionality

LED Colour Function

OOS Red Out Of Service; indicates a failure condition

i.e. fans are not turning or the temperature is too high

RDY Green Blinking indicates the heartbeat of the on-board micro controller

HSMA Yellow Indicates IPMI activity

HS Blue MicroTCA hot swap LED

4.2.2. Electrical Specifications

Table 15 – Power Supply

Parameter 2U Notes

Management Voltage Range 3.3 V +/-10%

Management Power Current 60 mA

Payload Voltage Range 13.4 to 10.5 V

Payload Power Current

average 3.5 A Fan Level 10 (max)

Payload Power Current peak 5.0 A peak Startup Surge Current

Current Ripple 450 mA

Fan RPM 15,000

Noise per fan 54 dB (A)

MTBF 70,000 hours at 40°C & 65% RH

Fire Resistance UL94V-0 Glass filled polyester

Air Filter Presence Detection yes Detectable by either cooling unit

Table 16 – Supported IPMI Commands

Global Commands Network Function

0x06 / 0x07

Name Command Note

Get Device ID 0x01 IPMI v1.5, Section 17.1

Get Self Test Results 0x04 IPMI v1.5, Section 17.4

Event Commands Network Function

0x04 / 0x05

Name Command Note

Set Event Receiver 0x00 IPMI v1.5, Section 23.1

Get Event Receiver 0x01 IPMI v1.5, Section 23.2

Platform Event 0x02 IPMI v1.5, Section 23.3

NATIVE-C2



Sensor Device Commands Network Function

0x04 / 0x05

Name Command Note

Get Device SDR Info 0x20 IPMI v1.5, Section 29.2

Get Device SDR 0x21 IPMI v1.5, Section 29.3

Reserve Device SDR Repository 0x22 IPMI v1.5, Section 29.4

Get Sensor Thresholds 0x27 IPMI v1.5, Section 29.9

Get Sensor Reading 0x2D IPMI v1.5, Section 29.14

FRU Device Commands Network Function

0x0A / 0x0B

Name Command Note

Get FRU Inventory Area Info 0x10 IPMI v1.5, Section 28.1

Read FRU Data 0x11 IPMI v1.5, Section 28.2

Write FRU Data 0x12 IPMI v1.5, Section 28.3

PICMG Commands Network Function

0x0C / 0x0D

Name Command Note

Get PICMG Properties 0x00 PICMG 3.0 R3.0, Table 3-11

FRU Control 0x04 PICMG 3.0 R3.0, Table 3-27

Get FRU LED Properties 0x05 PICMG 3.0 R3.0, Table 3-29

Get LED Color Capabilities 0x06 PICMG 3.0 R3.0, Table 3-30

Set FRU LED State 0x07 PICMG 3.0 R3.0, Table 3-31

Get FRU LED State 0x08 PICMG 3.0 R3.0, Table 3-32

Get Device Locator Record ID 0x0D PICMG 3.0 R3.0, Table 3-39

Get Fan Speed Properties 0x14 PICMG 3.0 R3.0, Table 3-86

Set Fan Level 0x15 PICMG 3.0 R3.0, Table 3-88

Get Fan Level 0x16 PICMG 3.0 R3.0, Table 3-87

HPMI.1 Commands Network Function

0x0C / 0x0D

Name Command Note

Get Target Upgrade Capabilities 0x2E HPM.1 R1.0, Table 3-3

Get Component Properties 0x2F HPM.1 R1.0, Table 3-5

Abort Firmware Upgrade 0x30 HPM.1 R1.0, Table 3-15

Initiate Upgrade Action 0x31 HPM.1 R1.0, Table 3-8

Upload Firmware Block 0x32 HPM.1 R1.0, Table 3-9

Finish Firmware Upload 0x33 HPM.1 R1.0, Table 3-10

Get Upgrade Status 0x34 HPM.1 R1.0, Table 3-2

Activate Firmware 0x35 HPM.1 R1.0, Table 3-11

Query Self-Test Results 0x36 HPM.1 R1.0, Table 3-12

Query Rollback Status 0x37 HPM.1 R1.0, Table 3-13

Initiate Manual Rollback 0x38 HPM.1 R1.0, Table 3-14

NATIVE-C2



Table 17 – Mandatory Sensors

Event and Status Sensors

These sensors are implemented according to the requirements and specifications of

the relevant standards

Sensor Name Sensor Number

Hot-Swap 0x70

Filter PS 0x71

Temperature Sensors

All readings have an accuracy of at least 5% and an offset of -40 °C

Sensor Name Sensor Number Resolution Applicable Models

CPU Temp 0x01 1°C / bit All

Threshold Assertion/

De-Assertion

Comparison

Returned Settable / Readable

Upper Non-Recoverable Yes Yes Readable

Upper Critical Yes Yes Readable

Upper Non-Critical Yes Yes Readable

Lower Non-Critical No Yes Readable

Lower Critical Yes Yes Readable

Lower Non-Recoverable Yes Yes Readable


Airflow Temp 0x02 1°C / bit All


De-Assertion

Comparison


Upper Non-Recoverable No No None



Lower Non-Critical Yes Yes Readable


Lower Non-Recoverable No No None

Table 18 – Non-Mandatory Sensors

Internal Sensors

All readings have an accuracy of at least 5%


MP_3V3 0x03 16mV / bit All

PP_12V 0x05 64mV / bit All


De-Assertion

Comparison





Lower Non-Critical Yes Yes Readable



NATIVE-C2



Fan Tachometer Sensors

All readings have an accuracy of at least 5%


Fan Tach 1 0x50 120 RPM / bit All









De-Assertion

Comparison




Upper Non-Critical No No None

Lower Non-Critical No No None

Lower Critical No No None


4.3. Air Filter

The NATIVE-C2 is equipped with an Air Filter.

Figure 7 – Air Filter

NATIVE-C2



Table 19 – Technical Data

Parameter 2U Notes

Size 7.5cm x 16.8cm (3” x 6.6”)

Effective Area 126 cm2 (19.8 sq in)

Initial Airflow Resistance 0.25 inches of water 140 CFM

Airflow Resistance at Max

Allowable Contamination

0.6 inches of water 140 CFM

Allowable Filter

Contamination

50% max

Dust Arrestance 66.1% NEBS GR-78-CORE, R8-4

minimum

dust arrestance of 80%

ASHRAE Dust Holding

Capacity

5.2 grams

Air Filter Presence Detection yes Detectable by either cooling unit

Fire Resistance FR V0

Figure 8 – Airflow

Figure 9 – Filter Performance

NATIVE-C2



4.4. Thermal Performance

This chapter describes the NATIVE-C2’s thermal performance.

Figure 10 – Slot Impedance 10 to 50 CFM

Note: Impedance is higher in the I/O-Zone and Zone D because struts supporting the ends

of the cards guides are located in these areas.

NATIVE-C2



Figure 11 – Single Mid-Size Slot Fan Curve

Note: The NATIVE-C2 can achieve volume metric flow rates in excess of 75 CFM and

pressures in excess of 1.5 inches of water.

NATIVE-C2


SPECIFICATION AND COMPLIANCES - 35 -

5. SPECIFICATION AND COMPLIANCES

5.1. Mechanical Specification

Table 20 – Mechanics

Parameter 2U

Dimension 18.92” x 3.47” x 9.06”

Weight 9.0 lbs.

The NATIVE-C2 is compliant with the following standards:

• EIA-310D, Cabinets, Racks, Panels and Associated Equipment DIN

• 41494 P1, Panel Mounting Racks for Electronic Equipments

• IEC 60297-1, Dimensions of Mechanical Structures of the 482.6 mm Series, Part 1:

Panels and Racks

Figure 12 - Dimensions

NATIVE-C2



5.2. Environmental Specification

Table 21 – Operating Temperatures

Condition Temperature Load

Storage Non-Operating -45 ˚C to +70 ˚C

Cold Start -20 ˚C to -5 ˚C Any valid condition

Normal Operation -5 ˚C to 45 ˚C 100%

Short Term Operation 45 ˚C to 55 ˚C Linear derating to 80% at 55 ˚C

Table 22 – Other Environment

Criteria Specification Reference

Relative

Humidity 5% - 95%, non-condensing

GR-63-CORE, R4-7;

IEC 60068-2-56, 2-30

Table 23 – Safety Grounds


Power Module Safety Ground Resistance 10 mΩ

Current Carrying Capacity 100 A

Contact Temperature Rise <10 °C

NATIVE-C2



5.3. Internal Reference Documentation

• NAT-PM-AC600 Technical Reference Manual, V1.4, 07/2019

• NAT-PM-DCxxx Technical Reference Manual, V1.9, 10/2020

• NAT-JSM Technical Reference Manual, V1.8, 09/2018

• NAT-MCH Datasheet, V1.4, 07/2012

• NAT-MCH User’s Manual, V1.38, 11/2019

5.4. External Reference Documentation

• none

5.5. Standards Compliance



• NEBS Level 3, per SR-3580

• ETS300 019-1-1, Part 1-1 (Class 1.2E equipment)






• PICMG MTCA.0 R1.0

5.6. Compliance to RoHS Directive

According to RoHS-Directive 2017/2102/EU, the NATIVE-C2 complies to EN 50581:2012

Although many of hardware products of N.A.T. are exempted from the RoHS directive it is a

declared policy of N.A.T. to provide all products fully compliant to the RoHS directive as soon

as possible. For this purpose since January 31st, 2005 N.A.T. is requesting RoHS compliant

deliveries from its suppliers. Special attention and care has been paid to the production cycle,

so that wherever and whenever possible RoHS components are used with N.A.T. hardware

products already.

NATIVE-C2



5.7. Compliance to WEEE Directive

Directive 2002/95/EC of the European Commission on "Waste Electrical and Electronic

Equipment" (WEEE) predicts that every manufacturer of electrical and electronical equipment

which is put on the European market has to contribute to the reuse, recycling and other forms

of recovery of such waste so as to reduce disposal. Moreover this directive refers to the

Directive 2002/95/EC of the European Commission on the "Restriction of the use of certain

Hazardous Substances in Electrical and Electronic Equipment" (RoHS).

Having its main focus on private persons and households using such electrical and electronic

equipment the directive also affects business-to-business relationships. The directive is quite

restrictive on how such waste of private persons and households has to be handled by the

supplier/manufacturer; however, it allows a greater flexibility in business-to-business relation-

ships. This pays tribute to the fact with industrial use electrical and electronical products are

commonly integrated into larger and more complex environments or systems that cannot

easily be split up again when it comes to their disposal at the end of their life cycles.

As N.A.T. products are solely sold to industrial customers, by special arrangement at time of

purchase the customer agreed to take the responsibility for a WEEE compliant disposal of the

used N.A.T. product. Moreover, all N.A.T. products are marked according to the directive with

a crossed out bin to indicate that these products within the European Community must not be

disposed with regular waste.

5.8. Compliance to EMC Directive

According to Electromagnetic Compatibility (EMC) Directive 2014/30/EU, the NATIVE-C2

complies to

EN 55032:2012 (CISPR 22:2008)

EN 61000-3-2:2006 + A1:2009 / + A2:2009 (IEC 61000-3-2)

EN 61000-3-3:2008 (IEC 61000-3-3)

EN 55024:2010 (CISPR 24:2010)

EN 61000-4-2

EN 61000-4-4

EN 61000-4-5

EN 61000-4-3

EN 61000-4-6

EN 61000-4-11

A ‘CE’ sign can be found on the product and/or the packing.

NATIVE-C2



5.9. Compliance to REACH

The REACH EU regulation is known to N.A.T. GmbH. N.A.T. did not receive information from

their European suppliers of substances of very high concern of the ECHA candidate list. Article

7(2) of REACH is notable as no substances are intentionally being released by NAT products

and as no hazardous substances are contained. Information remains in effect or will be

otherwise stated immediately to our customers.

5.10. Abbreviation List

Table 24 – Abbreviation List

Abbreviation Description

AMC Advanced Mezzanine Card

CFM Cubic Feet per Minute

CU Cooling Unit

FCLK Fabric Clock

FRU Field Replaceable Unit

GbE Gigabit Ethernet

HS Hot Swap

IPMI Intelligent Platform Management Interface

JSM JTAG Switch Module

JTAG Joint Test Action Group

µTCA/MTCA Micro Telecommunications Computing Architecture

MCH MTCA Carrier Hub

PM Power Module

SAS Serial Attached SCSI

SATA Serial Advanced Technology Attachment

TCKL Telecom Clock

U Rack Unit (height)

NATIVE-C2


DOCUMENT’S HISTORY - 40 -

6. DOCUMENT’S HISTORY

Table 25 – Document’s History

Rev Date Description Author

1.0 na initial release na

1.1 na na na

1.2 na na na

1.3 14.11.2019 Adapted to new design

Reworked completely

se

21.01.2020 Corrected chapter 4.2.1 LED Description se

18.02.2020 Updated chapter 5.3 – 5-9 Reference Documentation

and Compliances

Se

4.11.2020 Updated chapter 5.2 Environmental Specification

Minor changes, e.g. typos

se

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