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NATIVE-C1

T

ECHNICAL

R

EFERENCE

M

ANUAL

V1.0

S

PECIFICATION AND

C

OMPLIANCES

- 42 -

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

LM

Load Module

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

U

nit (height)

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Summary of Contents for NATIVE-C1

Page 1: ...r Netzwerk und Automatisierungs Technologie mbH Konrad Zuse Platz 9 53227 Bonn Germany Phone 49 228 965 864 0 sales nateurope com www nateurope com NATIVE C1 1U 19 RACK MOUNTED MTCA CHASSIS DESIGNED...

Page 2: ...ne 13 4 1 1 TOPOLOGY 13 4 1 2 ELECTRICAL SPECIFICATIONS 13 4 2 Cooling Unit 26 4 2 1 FRONT PANEL AND LEDS 26 4 2 2 ELECTRICAL SPECIFICATIONS 27 4 3 Air Filter 31 4 4 Thermal Performance 33 5 SPECIFICA...

Page 3: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 PREFACE 3 5 9 Compliance to REACH 42 5 10 Abbreviation List 42 6 DOCUMENT S HISTORY 43...

Page 4: ...ignment 19 Table 9 JSM Connector Pin Assignment 20 Table 10 Power Module Connector Pin Assignment 22 Table 11 Cooling Unit Connector Pin Assignment 25 Table 12 LED Functionality 26 Table 13 Power Supp...

Page 5: ...gure 5 Cooling Unit 26 Figure 6 Cooling Unit Front Panel 26 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...

Page 6: ...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...

Page 7: ...k Start Important information and mandatory requirements to be considered before operating the NATIVE C1 for the first time Chassis Design Detailed information on the overall design features and detai...

Page 8: ...offer users the flexibility to configure for a wide range of applications enterprise industrial control telecom wireless and others Its unique card guide design eases the insertion removal of AMCs The...

Page 9: ...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...

Page 10: ...amaged and complete according to delivery note 3 2 Mechanical Requirements For operation the NATIVE C1 requires cooling units included and a power module separate order item Before installing or unins...

Page 11: ...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 s...

Page 12: ...Up to 6 AMCs full mid or compact sized 1 Power Module NAT PM DC840 NAT PM AC600 or any MTCA compliant PM 1 MCH NAT MCH or any MTCA compliant MCH 1 JSM JTAG Switch Module 2 redundant hot swappable man...

Page 13: ...5 AMC 6 Power Module 1 JSM Cooling Unit 1 Cooling Unit 2 Port 0 Fabric A Port 1 Fabric A Port 2 Port 3 Port 4 7 Fabric DEF G Port 8 11 Fabric DEF G Port 12 15 Port 17 20 TCLKA TCLKB TCLKC TCLKD FCLK I...

Page 14: ...nector Yamaichi CN080 170 0001 or equivalent Mating Connector Per MicroTCA R1 0 MCH Connectors 1 4 Yamaichi CN080 170 0001 or equivalent Mating Connector Per MicroTCA R1 0 JSM Connector Yamaichi CN080...

Page 15: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 CHASSIS DESIGN 15 Table 4 AMC Connector Pin Assignment...

Page 16: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 CHASSIS DESIGN 16 Table 5 MCH Tongue 1 Connector Pin Assignment...

Page 17: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 CHASSIS DESIGN 17 Table 6 MCH Tongue 2 Connector Pin Assignment...

Page 18: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 CHASSIS DESIGN 18 Table 7 MCH Tongue 3 Connector Pin Assignment...

Page 19: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 CHASSIS DESIGN 19 Table 8 MCH Tongue 4 Connector Pin Assignment...

Page 20: ...dule 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 Gr...

Page 21: ...irst 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 3E EN_4 F...

Page 22: ...st 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...

Page 23: ...AMC 6 First AMC 6 Presence 4D PS1_5 AMC 5 First AMC 5 Presence 5C PS1_8 AMC 8 First AMC 8 Presence 5D PS1_7 AMC 7 First AMC 7 Presence 6C PS1_10 AMC 10 First AMC 10 Presence 6D PS1_9 AMC 9 First AMC 9...

Page 24: ...wer 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 Pow...

Page 25: ...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...

Page 26: ...ersion 1 0 Figure 5 Cooling Unit 4 2 1 Front Panel and LEDs The front panel of the NATIVE C1 Cooling Unit is equipped with four LEDs The functionality is described in the table below Figure 6 Cooling...

Page 27: ...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...

Page 28: ...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 Capabilit...

Page 29: ...hreshold 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 Y...

Page 30: ...dable Lower Non Critical Yes Yes Readable Lower Critical Yes Yes Readable Lower Non Recoverable Yes Yes Readable Fan Tachometer Sensors All readings have an accuracy of at least 5 Sensor Name Sensor N...

Page 31: ...Effective Area 7 5 sq in Initial Airflow Resistance 0 24 inches of water 68 CFM Airflow Resistance at Max Allowable Contamination 0 60 inches of water 68 CFM Allowable Filter Contamination 50 max Dus...

Page 32: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 CHASSIS DESIGN 32 Figure 8 Airflow Figure 9 Filter Performance...

Page 33: ...33 4 4 Thermal Performance This chapter describes the NATIVE C1 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 supportin...

Page 34: ...es of water The cross section drawing of the NATIVE C1 below shows 5 zones defined in the AMC spec plus a 6th zone BP Zone which exists in MicroTCA systems as there is room for air to flow between the...

Page 35: ...Zone D 9 22 7 97 8 44 9 12 9 54 Backplane Zone 3 24 3 43 3 56 3 47 3 49 This represents the potential airflow uniformity within the enclosure The airflow in all enclosures will shift depending on the...

Page 36: ...el Bay T Rise 0 C because of no power dissipation The figure below illustrates the temperature raise for power distribution shown in the table above in case of a single air mover failure Figure 15 Tem...

Page 37: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 CHASSIS DESIGN 37 Figure 16 Typical Airflow Patterns...

Page 38: ...nics Parameter 1U Dimension 18 92 x 1 73 x 9 06 Weight 6 0 lbs The NATIVE C1 is compliant with the following standards EIA 310D Cabinets Racks Panels and Associated Equipment DIN 41494 P1 Panel Mounti...

Page 39: ...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 Humi...

Page 40: ...t ETS300 019 1 2 Part 1 2 Class 2 3 equipment ETS300 019 1 3 Part 1 3 Class 3 2 equipment PICMG AMC 0 R2 0 PICMG AMC 2 R1 0 PICMG AMC 1 R2 0 PICMG MTCA 0 R1 0 5 6 Compliance to RoHS Directive Accordin...

Page 41: ...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...

Page 42: ...rmation 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...

Page 43: ...NATIVE C1 TECHNICAL REFERENCE MANUAL V1 0 DOCUMENT S HISTORY 43 6 DOCUMENT S HISTORY Table 25 Document s History Rev Date Description Author 1 0 18 08 2021 initial release na...

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