This document provides an overview of Huawei's NodeB equipment configurations for UMTS networks. It describes the main components of macro indoor and outdoor NodeBs including the BTS3812E, as well as distributed NodeBs and components like the BBU3806. It explains the principles of NodeB configuration for macro and distributed network scenarios.
This document provides an overview of GSM principles and network structure. It discusses key aspects of the GSM system including frequency reuse, multiple access techniques, network components, numbering plans and identifiers. The objectives are to understand the GSM system, its structure, protocols, channel combinations, radio techniques and the introduction of GPRS and EDGE. It contains detailed descriptions and illustrations of concepts such as cells, frequency division duplexing, time division multiple access, frequency planning and network interfaces.
This document provides installation guidelines for the XMC-5D ODU and describes several installation scenarios for the STC Aspiration project using new module dual-polarized antennas or existing UHP antennas. The scenarios include direct mounting or separate mounting of the XMC-5D ODU, and involve configurations such as 2+0, 2+SD, 4+0, 4+SD, 8+0, and 8+SD with components like the flat OMT, flange adapter, and dual coupler. Polarization rules and cascade connections between ISM8 boards are also outlined.
This document provides an overview of Huawei's GSM GRFU (GSM Radio Filter Unit) for BTS3900 base stations. It discusses the hardware structure and functions of the GRFU, typical configuration principles when using one or two GRFUs, and how to configure GRFU data in Huawei's network management system. The key points covered are:
- The GRFU performs modulation, demodulation, signal processing and combining/dividing between baseband and RF signals.
- A single BTS3900 can support up to 36 carriers using one GRFU, or 72 carriers using two GRFUs.
- Typical configurations include single GRFU, dual antenna with
The document summarizes the Ericsson RBS6000 series of radio base stations, which were popular in the last decade. It describes the modular design using different units like Digital Units and Radio Units to support configurations. It provides examples of configurations including racks and shelves. It also describes the evolution of the GSM modules from early DUG10/RUG designs to later DUG20/RUS designs with baseband processing. UMTS and LTE modules are also introduced. Combined GSM/UMTS/LTE configurations using modules like DUS31/41 are highlighted. Finally it discusses opportunities for Osmocom software to support these radios by adding E1/TDM user plane support.
The document describes the Huawei DBS3900 distributed base station solution. It consists of an indoor baseband unit called the BBU3900 and outdoor remote radio units called RRU3004. The BBU3900 provides centralized management and signaling processing for the system. It connects to the RRU3004 units via CPRI and provides the reference clock. The RRU3004 processes baseband and radio frequency signals. The solution supports flexible installation in various environments to provide wide coverage at low cost.
This document provides an overview of GPON (Gigabit-capable Passive Optical Network) technology. It discusses the basic concepts and working principles of PON networks, comparing GPON to other PON standards like EPON. The document also analyzes key GPON standards and specifications, describes the GPON network model reference, and reviews basic GPON performance parameters and network protection modes.
The document is about a training course on GPON fundamentals. It discusses the objectives of describing GPON network architecture, basic concepts, and applications. It outlines the contents which will cover an overview of optical access networks, basic PON concepts, GPON frame structure, key technologies, management, provisioning, and basic services over GPON. Standards referenced include ITU-T G.984.1 to G.984.4.
The document discusses Huawei's FTTH/C/B E2E solution. It describes Huawei's OLT equipment that can be placed in the central office to reduce costs. Different OLT models are presented along with their specifications and pricing. The solution also includes a variety of ONT devices to meet different scenarios. It highlights benefits like high bandwidth, support for more users, and future compatibility. Maintenance advantages are discussed like fast fault identification and location.
This document provides an overview of GSM principles and network structure. It discusses key aspects of the GSM system including frequency reuse, multiple access techniques, network components, numbering plans and identifiers. The objectives are to understand the GSM system, its structure, protocols, channel combinations, radio techniques and the introduction of GPRS and EDGE. It contains detailed descriptions and illustrations of concepts such as cells, frequency division duplexing, time division multiple access, frequency planning and network interfaces.
This document provides installation guidelines for the XMC-5D ODU and describes several installation scenarios for the STC Aspiration project using new module dual-polarized antennas or existing UHP antennas. The scenarios include direct mounting or separate mounting of the XMC-5D ODU, and involve configurations such as 2+0, 2+SD, 4+0, 4+SD, 8+0, and 8+SD with components like the flat OMT, flange adapter, and dual coupler. Polarization rules and cascade connections between ISM8 boards are also outlined.
This document provides an overview of Huawei's GSM GRFU (GSM Radio Filter Unit) for BTS3900 base stations. It discusses the hardware structure and functions of the GRFU, typical configuration principles when using one or two GRFUs, and how to configure GRFU data in Huawei's network management system. The key points covered are:
- The GRFU performs modulation, demodulation, signal processing and combining/dividing between baseband and RF signals.
- A single BTS3900 can support up to 36 carriers using one GRFU, or 72 carriers using two GRFUs.
- Typical configurations include single GRFU, dual antenna with
The document summarizes the Ericsson RBS6000 series of radio base stations, which were popular in the last decade. It describes the modular design using different units like Digital Units and Radio Units to support configurations. It provides examples of configurations including racks and shelves. It also describes the evolution of the GSM modules from early DUG10/RUG designs to later DUG20/RUS designs with baseband processing. UMTS and LTE modules are also introduced. Combined GSM/UMTS/LTE configurations using modules like DUS31/41 are highlighted. Finally it discusses opportunities for Osmocom software to support these radios by adding E1/TDM user plane support.
The document describes the Huawei DBS3900 distributed base station solution. It consists of an indoor baseband unit called the BBU3900 and outdoor remote radio units called RRU3004. The BBU3900 provides centralized management and signaling processing for the system. It connects to the RRU3004 units via CPRI and provides the reference clock. The RRU3004 processes baseband and radio frequency signals. The solution supports flexible installation in various environments to provide wide coverage at low cost.
This document provides an overview of GPON (Gigabit-capable Passive Optical Network) technology. It discusses the basic concepts and working principles of PON networks, comparing GPON to other PON standards like EPON. The document also analyzes key GPON standards and specifications, describes the GPON network model reference, and reviews basic GPON performance parameters and network protection modes.
The document is about a training course on GPON fundamentals. It discusses the objectives of describing GPON network architecture, basic concepts, and applications. It outlines the contents which will cover an overview of optical access networks, basic PON concepts, GPON frame structure, key technologies, management, provisioning, and basic services over GPON. Standards referenced include ITU-T G.984.1 to G.984.4.
The document discusses Huawei's FTTH/C/B E2E solution. It describes Huawei's OLT equipment that can be placed in the central office to reduce costs. Different OLT models are presented along with their specifications and pricing. The solution also includes a variety of ONT devices to meet different scenarios. It highlights benefits like high bandwidth, support for more users, and future compatibility. Maintenance advantages are discussed like fast fault identification and location.
The document provides product summaries and implementation scenarios for 3G network equipment from Ericsson, Huawei, NSN, and ZTE. It details the dimensions, weights, power requirements, and typical installation setups of indoor and outdoor NodeBs, as well as RNC configurations from each vendor. Implementation scenarios show how the equipment can be deployed in different environments.
These are sample slides taken from my 4 days long "GPON-FTTx" training course. This course has over 380 slides and it is a great source of learning about various topics related to GPON & FTTx. There are tons of exercises and real-world examples provided in teaching material.
This document discusses GPON (Gigabit Passive Optical Network) technology. It provides details on GPON network architecture and components like the OLT and ONT. It then analyzes competition between major GPON equipment vendors like Alcatel-Lucent, Huawei, ZTE, and Ericsson. Their key GPON products are described and example deployments listed. Finally, the document shows Huawei, ZTE, and Alcatel-Lucent have the largest shares of the global GPON market, together commanding over half of all GPON lines.
1) The document discusses mobile broadband technologies including a history of cellular standards and the evolution of OFDM, OFDMA, MIMO and LTE.
2) It provides an overview of key wireless standards organizations including 3GPP, IEEE 802, and how they developed technologies such as HSPA, WiMAX, and LTE.
3) The document focuses on physical layer technologies for mobile broadband including OFDM, OFDMA, MIMO techniques and how they are implemented in standards like 802.11, WiMAX and LTE.
A glance over cellular Communication systems and BSS network equipmentAhmed Nabeeh
This presentation is for everyone who wants to get into the mobile communication market.
Whether you are an undergraduate, fresh, or making a career shift, this presentation will prepare you to take your first step in in the mobile communication market by giving you a glance over all communication systems since the 1948 till date and all BSS sites' equipment.
By the end of the presentation, you should be able to build your own site!
Basics of Optical Network Architecture, PON & GPONSyed Shujat Ali
Our Team's University Project | A short presentation based project regarding optical fiber communication in which basics of Optical Network Architecture, PON & GPON were discussed.
The document provides an overview of Gigabit-capable Passive Optical Networks (GPON):
GPON uses point-to-multipoint fiber architecture with an Optical Line Terminal (OLT) connecting to multiple Optical Network Units (ONUs) over a passive optical distribution network (ODN). It supports downstream speeds up to 2.4 Gbps and upstream speeds between 155 Mbps to 2.4 Gbps. Key characteristics include maximum distances of 60 km logically and 20 km physically between OLT and ONUs. The document describes example services, interfaces and the reference network configuration of GPON.
The document discusses network development challenges and options for access networks, including deploying fiber and GPON networks. It recommends:
1. Reviewing requirements for Q3, Q4 2006 and 2007 and coordinating with marketing.
2. Developing GPON networks while using existing equipment temporarily if services are urgently needed.
3. Considering wireless solutions if no fixed infrastructure is available.
The document discusses key concepts and technologies of GPON (Gigabit-capable Passive Optical Networks), including:
1) The basic architecture of PON networks consisting of an OLT, ONUs, and a passive optical splitter.
2) Reasons for adopting the GPON standard such as supporting high-bandwidth transmission and long reach.
3) Key GPON technologies including ranging, equalization delay, dynamic bandwidth assignment (DBA), and wavelength division multiplexing (WDM) for upstream/downstream transmission.
The document provides an overview of Huawei's 2G/3G site swap solution and scenarios. It describes swapping existing equipment from Ericsson to Huawei's new cabinets and base stations. The solution involves hot or cold swapping radios, reusing components where possible, and installing Huawei's APM30 cabinets and DBS3900 baseband units. Various indoor and outdoor site configurations are presented, including using feeder-only, CPRI-only, or a mix of feeder and CPRI connections to the new radios and baseband equipment.
This document discusses and compares active optical networks (AON) and passive optical networks (PON). AON uses electrically powered switching equipment to direct signals to specific users through dedicated fibers, while PON uses unpowered splitters to broadcast signals to multiple users over shared fibers. Key differences are that AON provides dedicated bandwidth but is more expensive to implement and maintain, while PON has lower costs but provides shared bandwidth over shorter transmission distances. Both AON and PON are common fiber optic network architectures, with tradeoffs to consider between cost, coverage area, and other factors for a given deployment.
The document provides an overview of GPON architecture and training. It describes GPON access, specifications, reference standards and protocols, product availability, system principles, activation process in GPON, GPON terminals, FTTx scenarios, and brief configuration. Key points include that GPON uses a point-to-multipoint architecture with an OLT, ODN, and multiple ONUs/ONTs. It supports high bandwidth, long transmission distances, and various services like voice, data, and video.
This document discusses Zhone's GPON ONT product family. It provides details on several indoor and outdoor ONT models for residential and business customers. Key information includes supported interfaces, features, availability dates, and upcoming products in development. The document also covers Zhone's MDU and active Ethernet ONT solutions.
Comparison between bts 312, 3012 and 3900 by usman zulfqarusman zulfqar
The document compares the features and specifications of 3 mobile network equipment models: Huawei BTS 312 (2G), Huawei BTS 3012 (2.5G), and Huawei Node B 3900 (3G). Key differences include supported technology and standards, number of transceiver units, transmission modes, power supply requirements, dimensions, and temperature ranges. The BTS 312 supports 2G, BTS 3012 supports 2.5G, and Node B 3900 supports 3G UMTS networks. Node B 3900 allows for the most transceiver units and network topologies.
An optical network unit (ONU) is a device that transforms incoming optical signals into electronics at a customer's premises in order to provide telecommunications services over an optical fibre network.
GPON is a point-to-multipoint fiber access network standard that uses an optical line terminal connected via an optical distribution network to multiple optical network units. It supports high bandwidth up to 2.5 Gbps downstream and 1.25 Gbps upstream and long transmission distances of up to 40 km. GPON provides cost-effective access to voice, video, and data services for applications such as fiber to the home.
This document provides an overview of Tejas Networks' LTE eNodeB product training. It begins with an outline of the content which includes an LTE introduction, Tejas LTE architecture, eNodeB components, infrastructure requirements, installation and commissioning, and the Tejas EMS. The document then covers advantages of LTE such as high data rates, low latency, improved mobility, cost effectiveness, and more. It provides details on Tejas eNodeB components including the BBU, RRH, ODC, and specifications for each. Finally, it discusses typical eNodeB arrangements, installation and commissioning processes, and precautions to take.
This document provides product specifications for a nine-band, 10W-20W software-defined remote unit (SDRU) that is part of JMA Wireless' TEKO distributed antenna system platform. The SDRU supports nine 3GPP bands with independent band and power upgrades available remotely. It has features such as automatic gain control, feedforward power amplifiers for interference reduction, and alarm detection for maximum quality of service. The SDRU has an IP66 enclosure rating and supports point-to-point and cascade connections with the master unit with an optical remote link up to 20 km.
This document provides product specifications for a nine-band, 1.25W-to-2W software-defined remote unit (SDRU) that operates across multiple 3GPP bands from 600MHz to 2.5GHz. The SDRU can be upgraded remotely through software to add new bands or increase power for existing bands. It uses two separate units for low and high bands to take advantage of better propagation for low bands.
This document provides an overview and specifications for Huawei's DBS3900/3800 product family of remote radio units (RRUs). It describes the main RRU models - RRU3801C, RRU3804, and RRU3808. The RRUs are used in outdoor cellular installations along with indoor baseband units. The document outlines the appearance, ports, LED indicators, electrical specifications, and typical deployment scenarios for each RRU model.
Embedded World 2015: Sense2Go - 24GHz Sensor Solution for Industrial Applicat...Infineon4Engineers
With this slideshare presentation you will learn a lot about Infineon's Sense2Go Development Kit which provides everything for your own motion detection, door opener and warehouse smart lighting project.
The presentation is fully packed with detailed information about Infineon microcontroller, shows the Sense2Go evaluation boards, delivers a detailed snapshot of the Sense2Go PCB with all technical features and presents the complete roadmap for BGTxx ICs. Moreover you find the Infineon microcontroller portfolio which consists of XMC1100 on the lower end and XMC4500 at the upper end.
The document provides product summaries and implementation scenarios for 3G network equipment from Ericsson, Huawei, NSN, and ZTE. It details the dimensions, weights, power requirements, and typical installation setups of indoor and outdoor NodeBs, as well as RNC configurations from each vendor. Implementation scenarios show how the equipment can be deployed in different environments.
These are sample slides taken from my 4 days long "GPON-FTTx" training course. This course has over 380 slides and it is a great source of learning about various topics related to GPON & FTTx. There are tons of exercises and real-world examples provided in teaching material.
This document discusses GPON (Gigabit Passive Optical Network) technology. It provides details on GPON network architecture and components like the OLT and ONT. It then analyzes competition between major GPON equipment vendors like Alcatel-Lucent, Huawei, ZTE, and Ericsson. Their key GPON products are described and example deployments listed. Finally, the document shows Huawei, ZTE, and Alcatel-Lucent have the largest shares of the global GPON market, together commanding over half of all GPON lines.
1) The document discusses mobile broadband technologies including a history of cellular standards and the evolution of OFDM, OFDMA, MIMO and LTE.
2) It provides an overview of key wireless standards organizations including 3GPP, IEEE 802, and how they developed technologies such as HSPA, WiMAX, and LTE.
3) The document focuses on physical layer technologies for mobile broadband including OFDM, OFDMA, MIMO techniques and how they are implemented in standards like 802.11, WiMAX and LTE.
A glance over cellular Communication systems and BSS network equipmentAhmed Nabeeh
This presentation is for everyone who wants to get into the mobile communication market.
Whether you are an undergraduate, fresh, or making a career shift, this presentation will prepare you to take your first step in in the mobile communication market by giving you a glance over all communication systems since the 1948 till date and all BSS sites' equipment.
By the end of the presentation, you should be able to build your own site!
Basics of Optical Network Architecture, PON & GPONSyed Shujat Ali
Our Team's University Project | A short presentation based project regarding optical fiber communication in which basics of Optical Network Architecture, PON & GPON were discussed.
The document provides an overview of Gigabit-capable Passive Optical Networks (GPON):
GPON uses point-to-multipoint fiber architecture with an Optical Line Terminal (OLT) connecting to multiple Optical Network Units (ONUs) over a passive optical distribution network (ODN). It supports downstream speeds up to 2.4 Gbps and upstream speeds between 155 Mbps to 2.4 Gbps. Key characteristics include maximum distances of 60 km logically and 20 km physically between OLT and ONUs. The document describes example services, interfaces and the reference network configuration of GPON.
The document discusses network development challenges and options for access networks, including deploying fiber and GPON networks. It recommends:
1. Reviewing requirements for Q3, Q4 2006 and 2007 and coordinating with marketing.
2. Developing GPON networks while using existing equipment temporarily if services are urgently needed.
3. Considering wireless solutions if no fixed infrastructure is available.
The document discusses key concepts and technologies of GPON (Gigabit-capable Passive Optical Networks), including:
1) The basic architecture of PON networks consisting of an OLT, ONUs, and a passive optical splitter.
2) Reasons for adopting the GPON standard such as supporting high-bandwidth transmission and long reach.
3) Key GPON technologies including ranging, equalization delay, dynamic bandwidth assignment (DBA), and wavelength division multiplexing (WDM) for upstream/downstream transmission.
The document provides an overview of Huawei's 2G/3G site swap solution and scenarios. It describes swapping existing equipment from Ericsson to Huawei's new cabinets and base stations. The solution involves hot or cold swapping radios, reusing components where possible, and installing Huawei's APM30 cabinets and DBS3900 baseband units. Various indoor and outdoor site configurations are presented, including using feeder-only, CPRI-only, or a mix of feeder and CPRI connections to the new radios and baseband equipment.
This document discusses and compares active optical networks (AON) and passive optical networks (PON). AON uses electrically powered switching equipment to direct signals to specific users through dedicated fibers, while PON uses unpowered splitters to broadcast signals to multiple users over shared fibers. Key differences are that AON provides dedicated bandwidth but is more expensive to implement and maintain, while PON has lower costs but provides shared bandwidth over shorter transmission distances. Both AON and PON are common fiber optic network architectures, with tradeoffs to consider between cost, coverage area, and other factors for a given deployment.
The document provides an overview of GPON architecture and training. It describes GPON access, specifications, reference standards and protocols, product availability, system principles, activation process in GPON, GPON terminals, FTTx scenarios, and brief configuration. Key points include that GPON uses a point-to-multipoint architecture with an OLT, ODN, and multiple ONUs/ONTs. It supports high bandwidth, long transmission distances, and various services like voice, data, and video.
This document discusses Zhone's GPON ONT product family. It provides details on several indoor and outdoor ONT models for residential and business customers. Key information includes supported interfaces, features, availability dates, and upcoming products in development. The document also covers Zhone's MDU and active Ethernet ONT solutions.
Comparison between bts 312, 3012 and 3900 by usman zulfqarusman zulfqar
The document compares the features and specifications of 3 mobile network equipment models: Huawei BTS 312 (2G), Huawei BTS 3012 (2.5G), and Huawei Node B 3900 (3G). Key differences include supported technology and standards, number of transceiver units, transmission modes, power supply requirements, dimensions, and temperature ranges. The BTS 312 supports 2G, BTS 3012 supports 2.5G, and Node B 3900 supports 3G UMTS networks. Node B 3900 allows for the most transceiver units and network topologies.
An optical network unit (ONU) is a device that transforms incoming optical signals into electronics at a customer's premises in order to provide telecommunications services over an optical fibre network.
GPON is a point-to-multipoint fiber access network standard that uses an optical line terminal connected via an optical distribution network to multiple optical network units. It supports high bandwidth up to 2.5 Gbps downstream and 1.25 Gbps upstream and long transmission distances of up to 40 km. GPON provides cost-effective access to voice, video, and data services for applications such as fiber to the home.
This document provides an overview of Tejas Networks' LTE eNodeB product training. It begins with an outline of the content which includes an LTE introduction, Tejas LTE architecture, eNodeB components, infrastructure requirements, installation and commissioning, and the Tejas EMS. The document then covers advantages of LTE such as high data rates, low latency, improved mobility, cost effectiveness, and more. It provides details on Tejas eNodeB components including the BBU, RRH, ODC, and specifications for each. Finally, it discusses typical eNodeB arrangements, installation and commissioning processes, and precautions to take.
This document provides product specifications for a nine-band, 10W-20W software-defined remote unit (SDRU) that is part of JMA Wireless' TEKO distributed antenna system platform. The SDRU supports nine 3GPP bands with independent band and power upgrades available remotely. It has features such as automatic gain control, feedforward power amplifiers for interference reduction, and alarm detection for maximum quality of service. The SDRU has an IP66 enclosure rating and supports point-to-point and cascade connections with the master unit with an optical remote link up to 20 km.
This document provides product specifications for a nine-band, 1.25W-to-2W software-defined remote unit (SDRU) that operates across multiple 3GPP bands from 600MHz to 2.5GHz. The SDRU can be upgraded remotely through software to add new bands or increase power for existing bands. It uses two separate units for low and high bands to take advantage of better propagation for low bands.
This document provides an overview and specifications for Huawei's DBS3900/3800 product family of remote radio units (RRUs). It describes the main RRU models - RRU3801C, RRU3804, and RRU3808. The RRUs are used in outdoor cellular installations along with indoor baseband units. The document outlines the appearance, ports, LED indicators, electrical specifications, and typical deployment scenarios for each RRU model.
Embedded World 2015: Sense2Go - 24GHz Sensor Solution for Industrial Applicat...Infineon4Engineers
With this slideshare presentation you will learn a lot about Infineon's Sense2Go Development Kit which provides everything for your own motion detection, door opener and warehouse smart lighting project.
The presentation is fully packed with detailed information about Infineon microcontroller, shows the Sense2Go evaluation boards, delivers a detailed snapshot of the Sense2Go PCB with all technical features and presents the complete roadmap for BGTxx ICs. Moreover you find the Infineon microcontroller portfolio which consists of XMC1100 on the lower end and XMC4500 at the upper end.
HUAWEI BTS3900 Hardware Structure and Principle-200903-ISSUE1.0-B.pptssuser075a891
The document describes the Huawei BTS3900 base station. It discusses the BTS3900's modular design which allows it to operate in GSM, GSM+UMTS dual mode, or UMTS mode. It also notes that the BTS3900 supports evolution to LTE networks. The document provides details on the BTS3900's hardware components, configurations, features such as capacity, transmission sharing, and networking capabilities.
The document introduces the Baseband 6648, Ericsson's new baseband unit for 4G and 5G networks. It has the highest RAN compute capacity for installation in equipment racks or enclosures. Key features include support for 10,000 users in mixed 4G/5G mode with throughput of up to 15Gbps downlink and 3Gbps uplink. It will be available for purchase starting in Q1 2020.
The CE6855-HI-B-B0A is a network switch with 48 10G SFP+ ports, 6 40G QSFP+ ports, and is well-suited for the core and aggregation layers of enterprise networks. It uses a 1.2GHz quad-core processor, has 2GB of RAM and 1GB of flash storage. Key specifications include a typical power consumption of 116W, an MTBF of over 48 years, and hot swap compatibility for all power and fan modules.
The document provides specifications for the Cisco AIR-AP3802P-N-K9C access point. It is an 802.11ac Wave 2 access point that supports 4x4 MU-MIMO with three spatial streams and speeds up to 5.2 Gbps. It has external antenna connectors, two Ethernet ports, and supports the N regulatory domain frequencies. The access point is designed for indoor, challenging environments.
The document is a 2016 catalog from Interstellar-Clouds Technology that provides an overview of their wireless product lines. It includes introductions to their outdoor wireless devices, router series, portable modems, USB dongles, access points, powerline adapters, and managed/unmanaged switches. For each product line, it lists example models and their specifications such as supported technologies, throughput, antenna types, and distance capabilities. It encourages readers to contact their support teams for pricing or other inquiries.
This document discusses Ericsson's 5G cooperation and knowledge sharing sessions with Etisalat. It provides details on Ericsson's network solutions for a non-standalone 5G deployment, including the use of a gNB, eNB, router, and synchronization components. Diagrams show example network topologies. Technical specifications are given for the AIR 6488 antenna, Baseband 6630, and Router 6471.
The AIR-AP3802P-D-K9C is a Cisco 3800 Series access point that provides dual-band 802.11ac Wave 2 wireless connectivity. It has 4x4 MIMO with three spatial streams and supports modulation rates up to 5.2 Gbps. It has external antenna connectors, two Ethernet ports, and is designed for indoor, challenging environments.
The document provides details about the Cisco Catalyst 1000 Series C1000-48P-4X-L switch. It has 48 10/100/1000 Ethernet PoE+ ports, 4 10G SFP+ uplinks, and a 370W PoE budget. Key specifications include its ARM CPU, 512MB RAM, fanless and compact design, Layer 2 switching capabilities, security features, and management options. It is suitable for small business and IoT deployments requiring simple but reliable networking.
The AIR-AP3802P-H-K9C is a Cisco 3800 Series 802.11ac Wave 2 access point with 4x4 MIMO and 3 spatial streams. It supports dual-band wireless connectivity across multiple frequencies and channel bandwidths up to 160MHz. The access point has external antenna connectors, two Ethernet ports, and connects to Cisco wireless controllers for management.
The Cisco Nexus 93180YC-FX Switch is a 1RU switch that supports 3.6 Tbps of bandwidth and 1.2 bpps with latency under 1 microsecond. It has 48 downlink ports capable of 1-, 10-, or 25-Gbps Ethernet or 16-, 32-Gbps Fibre Channel, allowing convergence of storage, computing and backend storage resources. It provides architectural flexibility, high scalability, security, intelligent buffer management, RoCE support, LAN and SAN convergence, and hardware/software high availability through Cisco NX-OS software.
The AIR-AP3802P-I-K9C is a Cisco 802.11ac Wave 2 access point designed for large enterprises, with features such as 4x4 MU-MIMO and speeds up to 5.2Gbps. It has external antennas, two Ethernet ports including a multi-gigabit port, and is configurable and compatible with Cisco wireless controllers. The document provides specifications, diagrams, and comparison to a similar Cisco access point model.
The document provides product details and specifications for the Cisco Catalyst 1000 Series C1000-48P-4G-L switch. It has 48 10/100/1000 Ethernet PoE+ ports with a 370W PoE budget and 4 1G SFP uplink ports. Key specifications include a 52Gbps forwarding bandwidth, 512MB DRAM, and a fanless design measuring 17.5 x 13.78 x 1.73 inches. The document compares this switch to similar Cisco 1000 Series models and provides ordering information for the C1000-48P-4G-L switch through the Hi-Network company based in China.
The BlueOptics BO31J15680DC is a high performance 10Gbps optical receiver module that is fully compliant with XFP MSA standards. It supports transmission distances up to 80km on single mode fiber and provides real-time diagnostic monitoring of parameters like supply voltage, temperature, and received optical power. The module consists of a photodiode, transimpedance amplifier, laser driver, and digital diagnostic functions. It is hot-pluggable and offers industrial temperature ranges from -40C to 85C.
The AIR-AP3802P-Q-K9C is a Cisco 3800 Series 802.11ac Wave 2 access point designed for large enterprises, with features such as 4x4 MU-MIMO, dual-band connectivity, external antenna connectors, and multiple gigabit uplink speeds. It has 1024MB of RAM, 256MB of flash storage, and dimensions of 8.66 x 8.68 x 2.62 inches. The document provides detailed specifications and comparisons to similar Cisco access point models.
The document provides specifications for the Cisco AIR-AP3802E-B-K9C access point. It is an 802.11ac Wave 2 access point with 4x4 MIMO, external antennas, and dual-band support across multiple frequencies. It has two Ethernet ports, including a multi-gigabit port, and supports common wireless standards and features for enterprise environments. Technical details like dimensions, memory, and environmental tolerances are provided.
Similar to Huaweiumtsnodebconfigurationprinciple 161222082051 (20)
This document provides an overview of GSM principles and network structure. It begins with objectives of understanding basic GSM concepts like frequency spectrum and frequency reuse. It then describes the GSM system overview including frequency-division duplex and time-division multiple access. The document outlines the GSM network components including the base station subsystem, network switching system, and operation and maintenance center. It also provides explanations of numbering identification concepts like IMSI, TMSI, IMEI, and MSISDN.
The document describes the Huawei BSC6900 Multimode Base Station Controller software, which runs on hardware platforms to manage base stations in GSM and UMTS networks. It lists the major security features of the software, including authentication, role-based access control, auditing, secure communications, security management, and digital signature verification. It also outlines the non-TOE hardware and software that are part of the operational environment for the BSC6900 software.
This document provides an overview of Wideband Code Division Multiple Access (WCDMA) technology. It discusses the basics of WCDMA including that it uses direct sequence spread spectrum technology and differentiates users through the use of spreading codes. It also describes key aspects of WCDMA such as power control, handovers between cells, and current market adoption of WCDMA networks. The document aims to inform readers about the specifications and advantages of the 3G wireless standard known as WCDMA.
The document provides safety guidelines for maintaining the BTS3900, including:
- Wearing protective equipment such as ESD wrist straps and following grounding procedures to prevent electric shocks.
- Shutting down power and avoiding working on the device during thunderstorms.
- Only allowing trained personnel to perform maintenance and replace components.
- Ensuring proper ventilation and not blocking ventilation openings when the system is running.
This document provides guidelines for commissioning a BTS3900 GSM system, including safety precautions, prerequisites, procedures, and troubleshooting tips. It describes starting the site maintenance terminal, checking software and network connectivity, commissioning the antenna, verifying system status, testing services, monitoring environment, and addressing frequently asked questions. Safety topics include electricity, radiation, working at heights, and mechanical safety.
- The document provides maintenance guidelines for the BSC6900 GSM site, including routine hardware maintenance, powering on/off procedures, cleaning fans and filters, and replacing components such as boards, modules, cables, and power distribution boxes.
- Routine maintenance includes cleaning equipment rooms and cabinets, maintaining power supplies and grounding systems, and checking cables. Powering on/off procedures map power switches to components and describe normal and emergency shutdown.
- Replacing components provides steps for boards, modules, cables, fans, filters, and more. LEDs and DIP switches are also described to aid in maintenance and troubleshooting. A maintenance record section is included to log activities.
The document describes the hardware structure and features of the Huawei BTS3900 base station system. The BTS3900 system includes a BBU3900 unit, MRFU units, and an indoor cabinet. The BBU3900 processes signals and manages resources, and contains boards like the GTMU, WMPT, WBBP, and UPEU. The system supports GSM, dual-mode GSM/UMTS, and UMTS networks and provides functions such as high capacity, transmission sharing, and flexible clock synchronization.
This document provides guidance on commissioning the software for Huawei's BSC6000 base station controller. It describes the necessary preparations, including having the correct installation disks, license file, and configuration data ready. It then outlines the commissioning process, including loading the BSC and BTS software, verifying the Abis, Ater, A, and Pb interfaces, and testing services. Verification steps are provided for the physical links, management plane links, control plane links, and user plane channels of each interface.
This document describes the hardware structure of the Huawei BSC6000 system. It discusses the rack, subrack, and board level components. The key boards described include the GMPS for control processing, GEPS for service processing, GTCS for transcoding, and various interface boards. The document provides an overview of the system hardware architecture and component functions.
Navigating the world of forex trading can be challenging, especially for beginners. To help you make an informed decision, we have comprehensively compared the best forex brokers in India for 2024. This article, reviewed by Top Forex Brokers Review, will cover featured award winners, the best forex brokers, featured offers, the best copy trading platforms, the best forex brokers for beginners, the best MetaTrader brokers, and recently updated reviews. We will focus on FP Markets, Black Bull, EightCap, IC Markets, and Octa.
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Part 2 Deep Dive: Navigating the 2024 Slowdownjeffkluth1
Introduction
The global retail industry has weathered numerous storms, with the financial crisis of 2008 serving as a poignant reminder of the sector's resilience and adaptability. However, as we navigate the complex landscape of 2024, retailers face a unique set of challenges that demand innovative strategies and a fundamental shift in mindset. This white paper contrasts the impact of the 2008 recession on the retail sector with the current headwinds retailers are grappling with, while offering a comprehensive roadmap for success in this new paradigm.
At Techbox Square, in Singapore, we're not just creative web designers and developers, we're the driving force behind your brand identity. Contact us today.
Top mailing list providers in the USA.pptxJeremyPeirce1
Discover the top mailing list providers in the USA, offering targeted lists, segmentation, and analytics to optimize your marketing campaigns and drive engagement.
Company Valuation webinar series - Tuesday, 4 June 2024FelixPerez547899
This session provided an update as to the latest valuation data in the UK and then delved into a discussion on the upcoming election and the impacts on valuation. We finished, as always with a Q&A
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
Each framework is presented with visually engaging diagrams and templates, ensuring the content is both informative and appealing. While this compilation is thorough, please note that the slides are intended as supplementary resources and may not be sufficient for standalone instructional purposes.
This compilation is ideal for anyone looking to enhance their understanding of innovation management and drive meaningful change within their organization. Whether you aim to improve product development processes, enhance customer experiences, or drive digital transformation, these frameworks offer valuable insights and tools to help you achieve your goals.
INCLUDED FRAMEWORKS/MODELS:
1. Stanford’s Design Thinking
2. IDEO’s Human-Centered Design
3. Strategyzer’s Business Model Innovation
4. Lean Startup Methodology
5. Agile Innovation Framework
6. Doblin’s Ten Types of Innovation
7. McKinsey’s Three Horizons of Growth
8. Customer Journey Map
9. Christensen’s Disruptive Innovation Theory
10. Blue Ocean Strategy
11. Strategyn’s Jobs-To-Be-Done (JTBD) Framework with Job Map
12. Design Sprint Framework
13. The Double Diamond
14. Lean Six Sigma DMAIC
15. TRIZ Problem-Solving Framework
16. Edward de Bono’s Six Thinking Hats
17. Stage-Gate Model
18. Toyota’s Six Steps of Kaizen
19. Microsoft’s Digital Transformation Framework
20. Design for Six Sigma (DFSS)
To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations
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This presentation is a curated compilation of PowerPoint diagrams and templates designed to illustrate 20 different digital transformation frameworks and models. These frameworks are based on recent industry trends and best practices, ensuring that the content remains relevant and up-to-date.
Key highlights include Microsoft's Digital Transformation Framework, which focuses on driving innovation and efficiency, and McKinsey's Ten Guiding Principles, which provide strategic insights for successful digital transformation. Additionally, Forrester's framework emphasizes enhancing customer experiences and modernizing IT infrastructure, while IDC's MaturityScape helps assess and develop organizational digital maturity. MIT's framework explores cutting-edge strategies for achieving digital success.
These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
McKinsey’s Ten Guiding Principles of Digital Transformation
Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
Deloitte’s Digital Industrial Transformation Framework
Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
The BCG Strategy Palette
McKinsey’s Digital Transformation Framework
Digital Transformation Compass
Four Levels of Digital Maturity
Design Thinking Framework
Business Model Canvas
Customer Journey Map
The APCO Geopolitical Radar - Q3 2024 The Global Operating Environment for Bu...APCO
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Holger Mueller of Constellation Research shares his key takeaways from SAP's Sapphire confernece, held in Orlando, June 3rd till 5th 2024, in the Orange Convention Center.
3. HUAWEITECHNOLOGIES CO., LTD.
Page 3Huawei Confidential
Huawei NodeB Family for Various Scenarios
BTS3812E
Macro IndoorNodeB
Radio Remote Unit
Base Band Unit
BTS3812AE
Macro OutdoorNodeB
BBU3806/BBU3806C + RRU3801C
Distributed NodeB
Suburban
Blind spots or hot spots
Urban Urban, Difficult site acquisitionUrban
Designed foryoursitesDesigned foryoursites
BTS3803C
Mini NodeB
RHUB
BBU
iDBS3800
Indoor Distributed NodeB
Pico
RRU
Deep indoor
Pico Node B/Home AP
SOHO
CAT5/6
4. HUAWEITECHNOLOGIES CO., LTD.
Page 4Huawei Confidential
Macro Indoor NodeB: BTS3812E
12 cells; 4 Carriers/Sector;
1024CE(UL)&1536CE(DL)
Receiver Sensitivity: -128dBm; TOC:
40W; TD and 4 RD
15HSDPA Code/Cell, 14.4Mbps
RRU remote networking (Star/Link/Ring)
through CPRI interface
RF module supports 2 carriers, no
hardware change for 2 carriers
expansion
32 E1/T1 and 6 FE based on different
interface boards
Dimension: 1400*600*600 mm
Weight: 162Kg (S222); 160Kg(S111)
Power Supply: -48V
Power Consumption: 0.75 KW (S222)
0.59 KW (S111)
5. HUAWEITECHNOLOGIES CO., LTD.
Page 5Huawei Confidential
Macro Outdoor NodeB: BTS3812A
Dimension: 1700*920*900 mm
Weight (no battery): 350Kg (S222)
345Kg (S111)
Power Supply: 220VAC,110VAC
Power Consumption:0.95KW (S3x1)
1.1KW (S3x2)
Outdoor NodeB based on the BTS3812E
Outdoor protection design
temperature: -40 to +45℃ ℃
lightening protection for all external interfaces
cabinet complies with the IP55 standard
Highly integrated all-in-one design
6Uspace for transmission equipments
50Ah internal battery and external battery
cabinet
6. HUAWEITECHNOLOGIES CO., LTD.
Page 6Huawei Confidential
Macro Outdoor NodeB: BTS3812AEBTS3812AE
Dimension:1700*1000 *
880mm(H*W*D)
Weight: max 450Kg ( S3*4)
Power Supply: 220VAC ,110VAC
Power Consumption: max1200W
( S3*1) / max2450W (S3*4)
Same baseband and RF performance same as BTS3812ESame baseband and RF performance same as BTS3812E
Outdoorprotection designOutdoorprotection design
Working temperature range: -40℃~+45℃
Special lightning protection design can avoid
damaging all the external interfaces
Dedicated outdoor cabinets conform to IP55 standard
Special technologies against theft
Integrated DesignIntegrated Design
Inside microwave or SDH transmission equipments
Inside battery or outside battery cabinet continuing
power supply after power down
Perfect AlarmMechanismPerfect AlarmMechanism
Smoke alarm, temperature alarm, etc.
7. HUAWEITECHNOLOGIES CO., LTD.
Page 7Huawei Confidential
Outdoor Macro NodeBOutdoor Macro NodeB
Some differences between BTS3812A and BTS3812AE in spite of almost entirely same specificationsSome differences between BTS3812A and BTS3812AE in spite of almost entirely same specifications
BTS3812AE BTS3812A
Dimension
( H*W*D )
1700x 1000 x 880mm 1700x 900 x920mm
Weight 250Kg with no front
door/350Kg
210Kg with no front door /
300Kg
Space for transport
equipments
7U (only 2U space with
200Ahstorage battery)
6U
Inside battery 50Ah/100Ah/150Ah/200Aho
ptional
50Ah
Noise 66dBA 75dBA
8. HUAWEITECHNOLOGIES CO., LTD.
Page 8Huawei Confidential
Distributed NodeB: DBS3800
Indoor base band unit: BBU3806
Outdoor base band unit: BBU3806C
Remote radio unit: RRU3801C
Outdoor Micro NodeB: BTS3803C
Be consisted of 1 BBU3806C and 3 个
RRU3801C in 2 small-size cabinets
Supporting S1, S11, S2 and S111
9. HUAWEITECHNOLOGIES CO., LTD.
Page 9Huawei Confidential
Distributed NodeB: DBS3800
BBU3806
Capacity:
Each BBU supporting UL192 CE, DL256CE
Supporting BBU inter-connection for 3x4
Supporting 8 E1/T1 and 2 FE for Iub interface
Receiver Sensitivity: -129dBm
Each RRU supporting 2 carriers
TOC: 20W, 40W
Full HSDPA capability
BBU3806C/RRU3801C
Dimension:42*436*300mm
Weight: <5Kg
Power Consumption: 60W
Power Supply: -48VDC,+24VDC
Dimension:565*390*165mm (RRU3801C with case)
610*380*165mm (BBU3806C with case)
Weight: <20Kg
Power Consumption: 120W(BBU3806C)
240W(40W RRU3801C)
Power Supply: -48VDC,220VAC
13. HUAWEITECHNOLOGIES CO., LTD.
Page 13Huawei Confidential
APM100: Advanced Power Module
Outdoor power backup system for
DBS3800
BBU space
ALL-in-one design
Power distribution
Lightning protection
Transmission equipment installation
DC power backup
APM100
Power backup: 100Ah, 4.6hour
(1BBU+3RRU)
Dimension: 1130×600×600 mm (H*W*D)
Weight: ≤300kg (Including 100Ah battery)
220VAC Input, -48V/60A (3PSU)
Temperature: -40~+45 ℃
IP55 standard
User space: 4U
14. HUAWEITECHNOLOGIES CO., LTD.
Page 14Huawei Confidential
AFB: Auxiliary Facility Box
ALL-in-one design
Power distribution
Lightning protection
Transmission equipment installation
BBU installation
No power backup function
AFB
Dimension: 600 x720 x 400 x 600 mm
Weight: 48kg
220VAC Input
4-way 220VAC Output, 4-way -48VDC Output
Temperature: -40~+45 ℃
IP55 Standard
User Space: 5U
Lightening Protection: :
Imax ( 8/20us ) 60KA
15. HUAWEITECHNOLOGIES CO., LTD.
Page 15Huawei Confidential
SPD
Only supply power distribution and
lightening protection function
No user space and power backup
Dimension: 450 x140 x 320 mm
Weight: 12kg
220VAC Input and Output
Temperature: -40~+55 ℃
IP55 Standard
Lightening Protection:
Imax ( 8/20us ) 60KA
17. HUAWEITECHNOLOGIES CO., LTD.
Page 17Huawei Confidential
Configuration of BTS3812E
NFAN
Wiring and Air inlet
Wiring
b
u
s
b
a
r
MTRU MTRU MTRU MTRU MTRU MTRU
MAFU MAFU MAFU MAFU MAFU MAFU
N
M
O
N
H
D
L
P
H
D
L
P
N
M
P
T
N
M
P
T
H
B
B
I
H
B
B
I
H
B
O
I
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
Board Description Configuration Principle
HBBI
HBOI
HSDPA supported baseband
processing and optical interface
unit
UL 128 CEs, 3 Cells
DL 256 CEs, 3 Cells
Max: 2PCS
HULP HSDPA Supported Uplink Process
Unit
UL 128 CEs, 3 Cells
Optional, Max: 6PCS
HDLP HSDPA Supported Downlink
Process Unit
DL 512 CEs, 6 Cells
Optional, Max:2PCS
NMPT NodeB Main Processing and Time
Unit
1-2PCS
NDTI NodeB Digital Trunk Interface Unit 8 E1/T1; 1-2PCS
NUTI NodeB Universal Transport
Interface Unit
8 E1/T1, 2 FE; 1-2PCS
NMON NodeB Monitor Unit Optional, 1PCS
MTRU
MAFU
RF Subsystem Num. of MAFU= Num. of MTRU
Support 1 Sector and 2 Carriers
N
D
T
I
N
D
T
I
N
D
T
I
18. HUAWEITECHNOLOGIES CO., LTD.
Page 18Huawei Confidential
BTS3812E: MTRU/MAFU
MAFU: NodeB Multi-
carrier Antenna Filter
Unit
2 way receive and 1
way transmit
2 carriers in each
way
MTRU: Multi-carrier
Transceiver Unit
2 carriers
Number of MTRU =
Number of MAFU
NFAN
Wiring and Air inlet
Wiring
b
u
s
b
a
r
MTRU MTRU MTRU MTRU MTRU MTRU
MAFU MAFU MAFU MAFU MAFU MAFU
N
M
O
N
H
D
L
P
H
D
L
P
N
M
P
T
N
M
P
T
H
B
B
I
H
B
B
I
H
B
O
I
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
N
D
T
I
N
D
T
I
N
D
T
I
PA
TRX
Rx Rx Tx
Splitter
Duplexer
19. HUAWEITECHNOLOGIES CO., LTD.
Page 19Huawei Confidential
BTS3812E: HBBI/HBOI
HBBI
UL/DL baseband processing and
interface processing board
HSDPA processing
Max.: 2PCS
HBOI
Processing capability same as
HBBI
3 optical interface for RRU
Max.: 2PCS
NFAN
Wiring and Air inlet
Wiring
b
u
s
b
a
r
MTRU MTRU MTRU MTRU MTRU MTRU
MAFU MAFU MAFU MAFU MAFU MAFU
N
M
O
N
H
D
L
P
H
D
L
P
N
M
P
T
N
M
P
T
H
B
B
I
H
B
B
I
H
B
O
I
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
N
D
T
I
N
D
T
I
N
D
T
I
RxD HSDPA Cell UL CE DL CE
2-way 3cell x15 3 128 256
4-way 3cell x15 3 64 256
Baseband Processing Capability
20. HUAWEITECHNOLOGIES CO., LTD.
Page 20Huawei Confidential
BTS3812E: HULP
HULP
UL baseband processing
board
Resource pool, 0-6PCS
Configure when UL
processing requirement is
not met by HBBINFAN
Wiring and Air inlet
Wiring
b
u
s
b
a
r
MTRU MTRU MTRU MTRU MTRU MTRU
MAFU MAFU MAFU MAFU MAFU MAFU
N
M
O
N
H
D
L
P
H
D
L
P
N
M
P
T
N
M
P
T
H
B
B
I
H
B
B
I
H
B
O
I
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
N
D
T
I
N
D
T
I
N
D
T
I
Baseband Processing Capability
RxD Cell UL CE
2-way 3 128
4-way 3 64
21. HUAWEITECHNOLOGIES CO., LTD.
Page 21Huawei Confidential
BTS3812E: HDLP
HDLP
DL baseband processing board
HSDPA DL processing
Resource pool, 0-2PCS
Configure when DL processing
requirement is not met by HBBINFAN
Wiring and Air inlet
Wiring
b
u
s
b
a
r
MTRU MTRU MTRU MTRU MTRU MTRU
MAFU MAFU MAFU MAFU MAFU MAFU
N
M
O
N
H
D
L
P
H
D
L
P
N
M
P
T
N
M
P
T
H
B
B
I
H
B
B
I
H
B
O
I
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
N
D
T
I
N
D
T
I
N
D
T
I
Baseband Processing Capability
HSDPA Cell DL CE
6Cell×15 6 512
22. HUAWEITECHNOLOGIES CO., LTD.
Page 22Huawei Confidential
BTS3812E: NMPT and NMON
NMPT
Manage NodeB and supply
system clock
GPS or not
1-2PCS
NFAN
Wiring and Air inlet
Wiring
b
u
s
b
a
r
MTRU MTRU MTRU MTRU MTRU MTRU
MAFU MAFU MAFU MAFU MAFU MAFU
N
M
O
N
H
D
L
P
H
D
L
P
N
M
P
T
N
M
P
T
H
B
B
I
H
B
B
I
H
B
O
I
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
N
D
T
I
N
D
T
I
N
D
T
I
NMON
Support RET
Support on-off alarm interface
(32 input and 7 output)
0-1PCS
23. HUAWEITECHNOLOGIES CO., LTD.
Page 23Huawei Confidential
BTS3812E: NDTI and NUTI
Iub interface board, 1-2PCS
NDTI
8 E1/T1
NUTI
8 E1/TI and 2 FE
Sub-board for expanding interface
NFAN
Wiring and Air inlet
Wiring
b
u
s
b
a
r
MTRU MTRU MTRU MTRU MTRU MTRU
MAFU MAFU MAFU MAFU MAFU MAFU
N
M
O
N
H
D
L
P
H
D
L
P
N
M
P
T
N
M
P
T
H
B
B
I
H
B
B
I
H
B
O
I
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
N
D
T
I
N
D
T
I
N
D
T
I
Iub Interface Capability
E1/T1 FE STM-1
NDTI 8 - -
NUTI 8 2 -
NUTI (with E1 sub-board) 16 2 -
NUTI (with STM-1 sub-
board)
8 2 2
24. HUAWEITECHNOLOGIES CO., LTD.
Page 24Huawei Confidential
Configuration of BTS3812A
Main Equipment
The same as BTS3812E
Back Power
• Typical back time: 1.7h
• Support external power cabinets
Description Configuration
PSU NodeB Power Supply Unit N+1
PMU NodeB Power and
Environment Monitoring unit
1
Transmission
Lightning
Protection
AC power
Distribution
Lightning
Protection
Filter
50Ah Battery
Inlets/Outlets of Cable
PSU PSU PSU PSU
PSUPSUPSUPMU
Battery
Cable Space Wiring and Air Inlet
FAN
M
A
F
U
M
A
F
U
M
A
F
U
M
A
F
U
M
A
F
U
M
A
F
U
M
T
R
U
M
T
R
U
M
T
R
U
M
T
R
U
M
T
R
U
M
T
R
U
H
B
B
I
H
B
B
I
N
M
O
N
N
D
T
I
N
D
T
I
N
M
P
T
N
M
P
T
H
D
L
P
H
D
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
H
U
L
P
N
C
C
U
Inlets/Outlets of RF Cable
Transmission
Equipment
Space
25. HUAWEITECHNOLOGIES CO., LTD.
Page 25Huawei Confidential
Configuration of BTS3812AE
Main Equipment
The same as BTS3812E
Back Power
• Built-in batteries:50 Ah,
100Ah, 150AH or 200AH
• BAT3 also can house
transmission equipment
• Support external power
cabinets
26. HUAWEITECHNOLOGIES CO., LTD.
Page 26Huawei Confidential
Macro NodeB Typical Configuration
3x1: UL128/DL256 3x2: UL256/DL512
NBBI
MAFU
NFAN
wireholder
wireholder
MAFU MAFU MAFU MAFUMAFU
MTRU MTRU MTRU MTRU MTRUMTRU
N
D
T
I
N
M
P
T
H
D
L
P
H
U
L
P
H
B
B
I
H
B
B
I
NBBI
MAFU
NFAN
wireholder
wireholder
MAFU MAFU
MTRU MTRU MTRU
N
D
T
I
N
M
P
T
H
B
B
I
H
B
B
I
NBBI
MAFU
NFAN
wireholder
wireholder
MAFU MAFU
MTRU MTRU MTRU
N
D
T
I
N
M
P
T
H
B
B
I
3x4: UL384/DL1024
27. HUAWEITECHNOLOGIES CO., LTD.
Page 27Huawei Confidential
Macro NodeB: RF Unit Connection
1 Carrier 2 Carriers 4 Carriers
PA
TRX
Rx:f1
S
D
Rx: f1
Tx: f1
A
N
T
PA
TRX
Rx:f1,f2
S
D
Rx: f1,f2
Tx: f1,f2
A
N
T
PA
TRX
S
D
A
N
T
PA
TRX
S
D
Rx: f1,f2,f3,f4
Tx: f1,f2
Rx: f1,f2,f3,f4
Tx: f3,f4
RF unit and ANT no change Add RF units
Change cable connection
ANT no change
From 1 to 2
From 2 to 4
MAFU
MTRU
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Distributed NodeB Expansion
BBUs support inter-connection
and work as one NodeB logicallyS111
S222
S444
4BBUs and 2RRU server as one S4
(Not recommend)
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RRU
Sector Num. Carrier/Sector Tx Diversity Type RRU Num.
1 1 or 2 No Tx diversity 1
Tx diversity 2
2 1 or 2 No Tx diversity 2
Tx diversity 4
3 1 or 2 No Tx diversity 3
Tx diversity 6
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Distributed NodeB Typical Configuration
-----Supply Backup Power and BBU
Space
AMP for Backup Power and
BBU3806 space
Support 3×1 or 3×2
Transmission cable
AC Power
Power cable
and fiber
-48V DC
RRU3801C
APM100
BBU3806
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Page 33Huawei Confidential
Distributed NodeB Typical Configuration
-----Supply BBU Space but No Backup
Power
AFB for BBU3806 space but no
backup power
Support 3×1 or 3×2
Transmission cable
AC Power
Power cable
and fiber
220V AC
RRU3801C
AFB BBU3806
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Distributed NodeB Typical Configuration
Vendor supply the BBU3806 space,
such as 2G Cabinet
RRU no backup power requirement
Support 3×1 or 3×2
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Indoor Distributed NodeB Configuration
Pico RRU RHUB
BBU
RRU
Case 3 : Optical fiber Pico RRU + Cat5/6 Pico
RRU
BBU RHUB
RRU
P RRU
P RRU
P RRU
P RRU
Cat5/6
Optical FiberOptical Fiber
Case1 : Optical fiber Pico RRU
BBU
P RRU
P RRU
Case 2 : Optical fiber RHUB + Cat5/6 Pico RRU
Optical Fiber
Cat5/6
BBU
RHUB
P RRUP RRU
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Indoor Distributed NodeB Configuration
Ethernet
BBU
p RRU
p RRU
p RRU
p RRU
p RRU
p RRU
RHUB
RHUB
RHUB
RHUB
RHUB
RHUB RHUB
RHUB
Up to 3 optical I/F
per BBU
Up to 8 RHUB per
optical port in BBU
Up to 8 Pico RRU per RHUB
Connected with Ethernet
Fiber
A single iDBS3800 can support a
maximumof:2 BBU, 24 RHUBs, 192
pRRUs