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Market Research Report
Product code 
932904

Huawei Technologies Co. Ltd., 5G NR Band n78, Model AAU5613

Published: | EJL Wireless Research | 140 Pages, 172 Exhibits, 44 Tables | Delivery time: 1-2 business days

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Huawei Technologies Co. Ltd., 5G NR Band n78, Model AAU5613
Published: April 17, 2020
EJL Wireless Research
Content info: 140 Pages, 172 Exhibits, 44 Tables
Delivery time: 1-2 business days
  • Description
  • Table of Contents

This report provides a comprehensive analysis for the Huawei Technologies Co., Ltd. AAU5613 Active Antenna Unit (AAU). This product is a 200 Watt unit with 200MHz operating bandwidth (OBW) for the 3.5GHz 5G NR n78 frequency band.

Features:

  • System Functional Description
  • System Level Block Diagrams
  • High Level Mechanical Analysis
    • Heat Sink
    • Heat Fins
  • High Level PCB Analysis
  • Component Diagrams
    • Semiconductor/component locations on PCB
  • High Level Bill of Materials
    • Semiconductor ICs (ASICs, FPGAs, memory, logic, power, etc.)
    • Passive/other components (Transformers, Power inductors, Power capacitors, power/datacom/optical connectors)
    • Complete Part Number/Marking
    • Component Manufacturer Identification
    • Function Component Description
    • Package Type
  • Excludes analysis of passive chip resistors, capacitors, and inductors
  • Total Pages: 140
  • Total Exhibits: 172
  • Total Tables: 44
Product Code: DNA-I-2020-001

TABLE OF CONTENTS

EXECUTIVE SUMMARY

  • Active/Passive Component Summary
  • Important Note:

CHAPTER 1: HUAWEI AAU

  • Overview of Active Antenna Unit

CHAPTER 2: PRIMARY CHASSIS/HEATSINK

  • 2.1. Heat Transfer Fins Analysis

CHAPTER 3: POWER SUPPLY SUBSYSTEM

  • 3.1. Power Supply PCB #1 Analysis
  • 3.2. Power Supply PCB #2 Analysis
  • 3.3. Power Supply PCB #3 Analysis

CHAPTER 4: LAYER 1 UBBL SUBSYSTEM

  • 4.1. UBBL Cover Shield Analysis
  • 4.2. UBBL Chassis/Heatsink Analysis
  • 4.3. UBBL eCPRI/Power Interface Door Panel Analysis
  • 4.4. UBBL Layer 1 PCB Shield Analysis
  • 4.5. UBBL Interface PCB Analysis
  • 4.6. UBBLa2 PCB Analysis

CHAPTER 5: RADIO TRANSCEIVER SUBSYSTEM

  • Area A Analysis
  • Area B Analysis
  • Area C Analysis
  • Area D Analysis
  • Area E Analysis
  • Area F Analysis
  • Area G Analysis
  • Area H Analysis

CHAPTER 6: RF FILTER SUBSYSTEM

  • 6.1. RF Filter Shield Analysis
  • 6.2. RF Filter PCB Analysis
  • 6.3. RF Filter Analysis

CHAPTER 7: ANTENNA SUBSYSTEM

  • 7.1. Antenna Specifications
  • 7.2. Antenna Radome Analysis
  • 7.3. Antenna Frame Analysis
  • 7.4. Antenna Element PCB Analysis
  • 7.5. Antenna Element Analysis

APPENDIX A

APPENDIX B

APPENDIX C

TABLES

  • Table 1: PCB #1 Top Bill of Materials
  • Table 2: PCB #1 Bottom Bill of Materials
  • Table 3: PCB #2 Top Bill of Materials
  • Table 4: PCB #3 Top Bill of Materials
  • Table 5: PCB #3 Bottom Bill of Materials
  • Table 6: UBBL Interface PCB Top Bill of Materials
  • Table 7: UBBL Interface PCB Bottom Bill of Materials
  • Table 8: UBBLa2 PCB Top Bill of Materials
  • Table 9: UBBLa2 PCB Bottom Bill of Materials
  • Table 10: UBBLa2 PCB Bottom Passive Bill of Materials
  • Table 11: Area A1 Bill of Materials
  • Table 12: Area A2 Bill of Materials
  • Table 13: Area B1 Bill of Materials
  • Table 14: Area B2 Bill of Materials
  • Table 15: Area C1A1x Bill of Materials
  • Table 16: Area C1Bx Bill of Materials
  • Table 17: Area C1Cx Bill of Materials
  • Table 18: Area C2-1 Bill of Materials
  • Table 19: Area C2-2 Bill of Materials
  • Table 20: Area C2-3 Bill of Materials
  • Table 21: Area C2-4 Bill of Materials
  • Table 22: Area D1A1x Bill of Materials
  • Table 23: Area D1Bx Bill of Materials
  • Table 24: Area D1Cx Bill of Materials
  • Table 25: Area D2-1 Bill of Materials
  • Table 26: Area D2-2 Bill of Materials
  • Table 27: Area D2-3 Bill of Materials
  • Table 28: Area D2-4 Bill of Materials
  • Table 29: Area E1A Bill of Materials
  • Table 30: Area E1B Bill of Materials
  • Table 31: Area E2 Bill of Materials
  • Table 32: Area F1A Bill of Materials
  • Table 33: Area F1B Bill of Materials
  • Table 34: Area F2 Bill of Materials
  • Table 35: Area G Bill of Materials
  • Table 36: Area H Bill of Materials
  • Table 37: Radio Transceiver PCB Areas by Component Type
  • Table 38: Radio Transceiver PCB Areas by Component Type (con't)
  • Table 39: Power Supply PCB Areas by Component Type
  • Table 40: UBBL PCB Areas by Component Type
  • Table 41: Radio Transceiver PCB Areas by Active Component Vendor
  • Table 42: Radio Transceiver PCB Areas by Active Component Vendor (con't)
  • Table 43: Power Supply PCB Areas by Active Component Vendor
  • Table 44: UBBL PCB Areas by Active Component Vendor

EXHIBITS

  • Exhibit 1: Huawei Technologies 5G NR AAU Solution Example
  • Exhibit 2: Huawei AAU5613 Specifications
  • Exhibit 3: AAU5613 Electronic System Components
  • Exhibit 4: Huawei AAU System Partitioning Diagram
  • Exhibit 5: Huawei AAU RF Beamforming Function Diagram
  • Exhibit 6: AAU5613 System Block Diagram, UBBLa2 Layer 1 Baseband/Beamforming
  • Exhibit 7: AAU5613 System Block Diagram, Digital Front End and Radio Transceivers
  • Exhibit 8: AAU5613, Front View (L) and Rear View (R)
  • Exhibit 9: AAU5613, Top View (L) and Bottom View (R)
  • Exhibit 10: AAU5613, Left Side View
  • Exhibit 11: AAU5613, Right Side View
  • Exhibit 12: AAU5613 Chassis/Heatsink, Top View
  • Exhibit 13: AAU5613 Chassis/Heatsink, Bottom View
  • Exhibit 14: AAU5613 Chassis/Heatsink Heat Pipe and Thermal Pedestal Detail
  • Exhibit 15: Area A Copper Heat Pipe Detail
  • Exhibit 16: Area B Copper Heat Pipe Detail
  • Exhibit 17: AAU Heat Transfer Fin Map
  • Exhibit 18: AAU Heat Transfer Fin Dimensions
  • Exhibit 19: AAU Heat Transfer Fin Height Transition
  • Exhibit 20: AAU Heat Transfer Fin Attachment Detail
  • Exhibit 21: AAU Heat Transfer Fin Design
  • Exhibit 22: AAU Heat Transfer Fin Design
  • Exhibit 23: Huawei Cellular Liquid Cooler Technology
  • Exhibit 24: AAU Power Supply Location
  • Exhibit 25: AAU Power Supply Bottom View
  • Exhibit 26: AAU Power Supply Side View
  • Exhibit 27: AAU Power Supply DC Voltage Path
  • Exhibit 28: AAU Power Supply DC Conduit Cavity (Enlarged View)
  • Exhibit 29: AAU Power Supply DC Voltage Input Bus Bars
  • Exhibit 30: AAU Power Supply Bottom Heatsink Dimensions
  • Exhibit 31: AAU Power Supply DC Input Voltage Conduit Cavity Detailed View
  • Exhibit 32: AAU Power Supply Module Top Shield, External View
  • Exhibit 33: AAU Power Supply Module Top Shield, Internal View
  • Exhibit 34: AAU Power Supply Bottom Shield Internal View
  • Exhibit 35: DC-DC Converter Module Thermal System
  • Exhibit 36: DC-DC Converter Module Interposer Thermal Interface Material
  • Exhibit 37: DC-DC Converter Module Interposer Dimensions
  • Exhibit 38: DC-DC Converter Module Heat Transfer Cross Section Diagram
  • Exhibit 39: Deconstruction of AAU Power Supply
  • Exhibit 40: AAU Power Supply Internal RF Shield/Heatsink, External View
  • Exhibit 41: AAU Power Supply Internal RF Shield/Heatsink, Internal View
  • Exhibit 42: Power Supply PCB #1 Dimensions
  • Exhibit 43: Power Supply PCB #1 Top Component Diagram
  • Exhibit 44: Power Supply PCB #1 Area A1 Component Diagram
  • Exhibit 45: Power Supply PCB #1 Bottom Component Diagram
  • Exhibit 46: Power Supply Module Bus Bar Location, Covered (L), Uncovered (R)
  • Exhibit 47: Power Supply PCB #2 Dimensions
  • Exhibit 48: Power Supply PCB #2 Top Component Diagram
  • Exhibit 49: Power Supply PCB #2 Bottom Component Diagram
  • Exhibit 50: Power Supply PCB #3 Top Component Diagram
  • Exhibit 51: Power Supply PCB #3 Bottom Component Diagram
  • Exhibit 52: DC Terminal Connector System, Top and Bottom
  • Exhibit 53: DC Input Voltage Wire Terminal Block, Top/Bottom and Left/Right Views
  • Exhibit 54: DC Input Voltage Wire Terminal Block, Front and Back Views
  • Exhibit 55: AAU Power Supply PCB #1 Circuit Diagram
  • Exhibit 56: AAU Power Supply PCB #2 Circuit Diagram
  • Exhibit 57: UBBL Subsystem Location
  • Exhibit 58: UBBL Subsystem Cover, External View
  • Exhibit 59: UBBL Subsystem Cover, Internal View
  • Exhibit 60: UBBL Subsystem Heat Sink Chassis, External View
  • Exhibit 61: UBBL Subsystem Heat Sink Chassis, Internal View
  • Exhibit 62: UBBL Subsystem Heat Sink Chassis, Front View
  • Exhibit 63: UBBL Subsystem Heat Sink Chassis, Rear View
  • Exhibit 64: UBBL Subsystem Heat Sink Chassis, Right View
  • Exhibit 65: UBBL Subsystem Heat Sink Chassis, Left View
  • Exhibit 66: UBBL Subsystem Heat Transfer Fin Heights
  • Exhibit 67: AAU Interface Panel Cover Assembly, External View
  • Exhibit 68: AAU Interface Panel Cover Assembly, Internal View
  • Exhibit 69: UBBL PCB RF Shield, External View
  • Exhibit 70: UBBL PCB RF Shield, Internal View
  • Exhibit 71: UBBL Interface PCB Dimensions
  • Exhibit 72: UBBL Interface PCB Top Component Diagram
  • Exhibit 73: UBBL Interface PCB Bottom Component Diagram
  • Exhibit 74: UBBLa2 PCB Dimensions
  • Exhibit 75: UBBLa2 System Bock Diagram
  • Exhibit 76: UBBLa2 Top Component Diagram
  • Exhibit 77: UBBLa2 Bottom Component Diagram
  • Exhibit 78: UBBLa2 Bottom Passive Component Diagram
  • Exhibit 79: Radio Transceiver PCB, Top View
  • Exhibit 80: Radio Transceiver PCB, Bottom View
  • Exhibit 81: Area A Subsections
  • Exhibit 82: Area A1 Component Diagram
  • Exhibit 83: Area A2 Component ID 2
  • Exhibit 84: Area A2 Component ID 4
  • Exhibit 85: Area A2 Component Diagram
  • Exhibit 86: Area B Subsections
  • Exhibit 87: Area B1 Component Diagram
  • Exhibit 88: Area B2 Component Diagram
  • Exhibit 89: Area C Sub-Sections
  • Exhibit 90: Area C1 Subsections
  • Exhibit 91: RF Transceiver Block Diagram
  • Exhibit 92: Area C1A1x Component Diagram
  • Exhibit 93: RF Board Details
  • Exhibit 94: Area C1B Sub-Sections
  • Exhibit 95: Area C1B1 Component Diagram
  • Exhibit 96: Area C1B2 Component Diagram
  • Exhibit 97: Area C1C Subsections
  • Exhibit 98: Area C1C1 Component Diagram
  • Exhibit 99: Area C1C2 Component Diagram
  • Exhibit 100: Area C2 Sub-Sections
  • Exhibit 101: Area C2-1 Component Diagram
  • Exhibit 102: Area C2-2 Component Diagram
  • Exhibit 103: Area C2-3 Component Diagram
  • Exhibit 104: Area C2-4 Component Diagram
  • Exhibit 105: Area D Sub-Sections
  • Exhibit 106: Area D1 Sub-Sections
  • Exhibit 107: Area D1Ax Component Diagram
  • Exhibit 108: Area D1B Sub-Sections
  • Exhibit 109: Area D1B1 Component Diagram
  • Exhibit 110: Area D1B2 Component Diagram
  • Exhibit 111: Area D1C Component Diagram
  • Exhibit 112: Area D2 Sub-Sections
  • Exhibit 113: Area D2-1 Component Diagram
  • Exhibit 114: Area D2-2 Component Diagram
  • Exhibit 115: Area D2-3 Component Diagram
  • Exhibit 116: Area D2-4 Component Diagram
  • Exhibit 117: Area E Sub-Sections
  • Exhibit 118: Area E1A Component Diagram
  • Exhibit 119: Area E1B Component Diagram
  • Exhibit 120: Quad A/D and D/A IC Circuit
  • Exhibit 121: Area E2 Component Diagram
  • Exhibit 122: Area F Sub-Sections
  • Exhibit 123: Area F1A Component Diagram
  • Exhibit 124: Area F1B Component Diagram
  • Exhibit 125: Quad A/D and D/A IC Circuit
  • Exhibit 126: Area F2 Component Diagram
  • Exhibit 127: Area G Component Diagram
  • Exhibit 128: Area H Component Diagram
  • Exhibit 129: AAU RF Filter Shields
  • Exhibit 130: RF Filter Shield 1 (L) and RF Filter Shield 2 (R) Dimensions
  • Exhibit 131: RF Filter Shield 1, External View
  • Exhibit 132: RF Filter Shield 1, Internal View
  • Exhibit 133: RF Filter Shield 1 Radio Channel Ports
  • Exhibit 134: RF Filter Shield 2, External View
  • Exhibit 135: RF Filter Shield 2, Internal View
  • Exhibit 136: RF Filter Shield 2 Radio Channel Ports
  • Exhibit 137: RF Filter Shield Filter Locations
  • Exhibit 138: RF Connector Pin Detail
  • Exhibit 139: RF Circulator and Tx Amplifier Detail of Shield
  • Exhibit 140: RF Filter/Antenna Frame Subassembly
  • Exhibit 141: RF Filter PCB Component Diagram
  • Exhibit 142: RF Antenna Frame Plastic Inserts
  • Exhibit 143: RF Antenna Frame Subassembly Plastic Supports
  • Exhibit 144: RF Filter and Antenna Dipole Signal Routing Diagram
  • Exhibit 145: RF Filter/Antenna Dipole Signal Diagram
  • Exhibit 146: RF Filter and PCB Subassembly Dimensions
  • Exhibit 147: RF Filter Input/Output Terminals
  • Exhibit 148: RF Filter Label
  • Exhibit 149: RF Filter Ground Plane/RF Inputs
  • Exhibit 150: RF Filter PCB (Top (L)/Bottom (R) Views)
  • Exhibit 151: RF Filter Metal Shield (Attached)
  • Exhibit 152: RF Filter Metal Shield {Removed)
  • Exhibit 153: RF Filter Internal Diagram
  • Exhibit 154: AAU5613 Antenna Array Specifications
  • Exhibit 155: AAU5613 Antenna Array Configuration
  • Exhibit 156: AAU5613 Antenna Radome, External View
  • Exhibit 157: AAU5613 Antenna Radome, Internal View
  • Exhibit 158: Antenna Frame Assembly (Top View)
  • Exhibit 159: Antenna Frame Assembly (Bottom View)
  • Exhibit 160: Plastic Antenna Array Block
  • Exhibit 161: Plastic Array Dimensions, Top (L) and Bottom (R)
  • Exhibit 162: Antenna Element Reflector
  • Exhibit 163: Antenna PCB Array Layout
  • Exhibit 164: Antenna Element Grouping, 3:1 Ratio
  • Exhibit 165: RF Filter/Antenna Cross Section Diagram
  • Exhibit 166: Antenna Element Input/Output Signal Launch Transition
  • Exhibit 167: Antenna Element Top and Bottom Views
  • Exhibit 168: Antenna Element Electrical Connection Diagram, Top (L) and Bottom (R)
  • Exhibit 169: Antenna Element PCB Land Pattern
  • Exhibit 170: Component Market Share by Type
  • Exhibit 171: Active Semiconductor Market Share by Vendor
  • Exhibit 172: Active Semiconductor Market Share by Vendor, 64+ Pin