Home Base Station PICO v1.0l. Product Description. Date Sitronics Telecom Solutions

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1 Home Base Station PICO v1.0l Issue Draft A Date Sitronics Telecom Solutions

2 Copyright Sitronics Telecom Solutions All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Sitronics Telecom Solutions. Trademarks and Permissions Sitronics Telecom Solutions. and other Sitronics Telecom Solutions trademarks are trademarks of All other trademarks and trade names mentioned in this document are the property of their respective holders. Notice The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied. The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute a warranty of any kind, express or implied. Sitronics Telecom Solutions Address: Melnikov St., 29, Moscow city, Russia, Website: info@sitronics.com Draft A () Sitronics Telecom Solutions i

3 Contents Contents 1 Introduction Positioning Benefits Architecture Logical Structure Design and Construction Application Scenarios Application Scenarios Installation Modes Operation and Maintenance O&M Functions Technical Specifications Frequency Band RF specifications Capacity Specifications Output Power and Power Consumption Transmission Port Specifications Equipment Specifications Environment Specifications Acronyms and Abbreviations Draft A () Sitronics Telecom Solutions ii

4 1 Introduction 1 Introduction 1.1 Positioning The rapid development in the field of mobile communications technology brings about sharp growth in the number of mobile users, which increasingly poses high requirements for the network quality of operators. Besides the improvements in network coverage, operators need more technologies to expand network capacity to cope with the rapidly increasing traffic volume in the mobile broadband era. At hotspots, insufficient network capacity and coverage holes have significantly affected user experience. Operators require a low-cost, easy-to-deploy network solution to solve problems in these areas. Customer-oriented and innovative, Sitronics Telecom Solutions unveils the industry-leading PICO v1.0l. PICO v1.0l is a dual-band LTE micro base station. PICO v1.0l is small, light-weight, and comes with plug-and-play and self-configuration features, making it an excellent network solution for operators. It requires no shelter or equipment room, facilitating site acquisition and network deployment. 1.2 Benefits Compact Structure and Fast Network Deployment Small and lightweight, PICO v1.0l is easy to install and maintain, reducing the operator s capital expenditures (CAPEX). PICO v1.0l can be installed on a wall or ceiling without requiring an equipment room, making it an effective solution for mobile operators. PICO v1.0l facilitates site acquisition, enables flexible network deployment, and reduces costs in site leasing. Comprehensive and Low-Cost Transmission PICO v1.0l supports all-ip transmission and can be deployed in the star topologies. Expanded Capacity and Improved Coverage PICO v1.0l accurately absorbs traffic and therefore expands network capacity at hotspots and coverage holes. This helps operators enhance network quality and user experience. Draft A () Sitronics Telecom Solutions 1

5 2 Architecture 2 Architecture 2.1 Logical Structure PICO v1.0l comprises the following units: Baseband module T3K Radio frequency (RF) modules for RF bandwidth 3 & RF bandwidth 7 Power adapter Figure 2-1 shows the logical structure of PICO v1.0l. Figure 2-1 Logical structure of PICO v1.0l Radio Module RF Bandwidth 7 Network Core Ethernet Baseband Module T3K Radio Module RF Bandwidth 3 PICO v1.0l 220 V AC Power Adapter 12 V DC The functions of each unit are as follows: Baseband Module: provides O&M functions, such as configuration management, fault management, performance management, security management, and site deployment. It also processes the protocol stack on the user plane over the UE interface, including scheduling and data processing in both the uplink and downlink, and it provides signaling processing functions, such as Packet Data Convergence Protocol (PDCP) signaling processing over the UE interface and Stream Control Transmission Protocol (SCTP) signaling processing over the S1 and X2 interfaces. Draft A () Sitronics Telecom Solutions 2

6 2 Architecture RF modules: perform modulation, demodulation, and data processing for basebands 3 & 7, as well as RF signals. Power adapter: serves as AC/DC power adapter to supply electric power for PICO v1.0l. 2.2 Design and Construction Figure 2-2 shows the design of PICO v1.0l. Figure 2-2 PICO v1.0l Design Figure 2-3 shows the construction of PICO v1.0l. Draft A () Sitronics Telecom Solutions 3

7 2 Architecture Figure 2-3 PICO v1.0l Construction 1) Base assembly (1 unit) 2) Bracket assembly (1 unit) 3) RF Module Bandwidth 3 (1 unit) 4) RF Module Bandwidth 7 (1 unit) 5) Antenna system MIMO MHz (1 unit) 6) Baseband Module (1 unit) 7) Power cord (1 unit) 8) Plastic enclosure lid (1 unit) 9) Screw 2-3 х (12 units) 10) Screw В2.М2.5 6g (8 units) 11) Screw В2.М3 6g (7 units) 12) Screw В2.М3 6g (6 units) 13) Support М (4 units) 14) Washer А кп.016 (8 units) 15) Washer А кп.016 (2 units) Draft A () Sitronics Telecom Solutions 4

8 2 Architecture 16) Washer Г.016 (8 units) 17) Washer 2.65Г.016 (13 units) 18) Power supply MEAN WELL GS60A12-P1J (1 unit) 19) Heat sink with heating mats Nomakon KPTD-2/3-1/00 ТУ ЗБ (20 cm²) 20) Wall bracket (1 unit) 21) Bracket Pico (1 unit) 22) Screw В2.М4 6g х (4 units) Table 2-1 describes the physical ports on PICO v1.0l. Table 2-1 Physical ports and connectors of PICO v1.0l No. Type Name Description 1 Port RJ-45 GE (1000 BASE-T only) 2 Connector 220 AC Power supply 220 V AC Draft A () Sitronics Telecom Solutions 5

9 3 Application Scenarios 3 Application Scenarios PICO v1.0l can be used in a few scenarios. The device features an easy installation and low environment requirements, which reduces difficulty in site acquisition. 3.1 Application Scenarios Where it is impossible or inexpedient to install base macro stations, PICO v1.0l is used to cover indoor hotspots and coverage holes. Typical application scenarios are as follows: Shopping malls Business centers Exhibition complexes Airports and sea ports Railway and subway stations Hotels and restaurants Sports stadiums Open areas dedicated for festivals, exhibitions and fairs City squares during public events, etc. 3.2 Installation Modes PICO v1.0l can be installed on a wall or ceiling, as shown in Figure 3-1 and Figure 3-2. Draft A () Sitronics Telecom Solutions 6

10 3 Application Scenarios Figure 3-1 PICO v1.0l installed on a wall Figure 3-2 PICO v1.0l installed on a ceiling Draft A () Sitronics Telecom Solutions 7

11 4 Operation and Maintenance 4 Operation and Maintenance The O&M system manages, monitors, and maintains PICO v1.0l software, hardware, and configuration information. 4.1 O&M Functions Configuration Management Fault Management Performance Management The O&M functions include configuration management, fault management, performance management, security management, software management, device management. Configuration management includes data configuration, query, export, backup, and restoration, as well as configuration synchronization with NMS. Device data, transmission data, and service data are configured independently based on managed objects (MOs). Fault management involves fault detection, fault isolation and self-healing, alarm reporting, and alarm correlation. The faults come from hardware, environment, software, transmission, cells, and services of different types. Fault isolation prevents faults from affecting the operation of the entire PICO v1.0l. Self-healing such as lowering specifications and reestablishing cells minimizes the impact of faults on services by reestablishing a cell with degraded specifications. Performance management involves periodic performance measurement on PICO v1.0l and the collection, storage, and reporting of the measurement results. PICO v1.0l collects the performance measurement results every 5, 15, 30, or 60 minutes, and stores the results for a maximum of three days. Performance measurement covers the performance of PICO v1.0l, cells (including neighboring cells), transmission, standard interfaces, and device usage. PICO v1.0l supports real-time monitoring of key performance indicators (KPIs) with an interval of 1 minute, which helps detect and diagnose faults timely. Draft A () Sitronics Telecom Solutions 8

12 4 Operation and Maintenance Security Management Security management is used for PICO v1.0l authentication and access control. It involves user account management, rights management, login management, identity authentication, and operation authentication. Software Management Device Management Security management provides network- and user-specific security services. It provides the following functions: Encryption: encrypts important user information Authentication: manages and authenticates user accounts Access control: controls user operations Software management involves the following functions: Software version management: Software versions can be queried, backed up, and restored. Software version upgrade: PICO v1.0l can be remotely upgraded. With the one-click remote upgrade wizard provided by NMS, you can: Back up, download, and activate the software. Check the upgrade status and results. PICO v1.0l supports automatic configuration updates during upgrades. To complete an upgrade, simply follow the instructions on the upgrade wizard. It also allows you to rapidly roll back the software version by running one command, reducing the impact of upgrade failures. Device management involves data configuration, device status management, fault detection, and troubleshooting. On the device panel, you can view device status and perform simple operations such as device query and reset. Draft A () Sitronics Telecom Solutions 9

13 5 Technical Specifications 5 Technical Specifications This chapter provides PICO v1.0l technical specifications, including frequency bands, RF specifications, capacity specifications, output power and power consumption, transmission Port Specifications, equipment Specifications, and environment specifications. 5.1 Frequency Band Table 5-1 describes Table 5-1 Frequency band Scenario Mode Frequency Band (MHz) RX Frequency Band (MHz) TX Frequency Band (MHz) Supported Bandwidth (MHz) IBW (MHz) 1800 MHz LTE (FDD) LTE (FDD) to to , 10, 15, or MHz LTE (FDD) LTE (FDD) to to , 10, 15, or RF specifications Table 5-2 describes the TX/RX channel and receive sensitivity of PICO v1.0l. The receive sensitivity in LTE mode is measured under the conditions recommended in annex A in 3GPP TS : Draft A () Sitronics Telecom Solutions 10

14 5 Technical Specifications The channel bandwidth is 5 MHz The reference measurement channel is FRC A1-3 in annex A.1 (QPSK, R = 1/3, 25 RBs) Table 5-2 TX/RX channel and receive sensitivity Mode Frequency Band (MHz) TX/RX Channel Single-antenna Receive Sensitivity (dbm) Dual-antenna Receive Sensitivity (dbm) LTE FDD T2R T2R Table 5-3 lists the internal antenna specifications. Table 5-3 Internal antenna specifications Frequency Band (MHz) Gain (dbi) Polarization Mode Directionality Linear Omnidirectional Linear Omnidirectional 5.3 Capacity Specifications Table 5-4 Capacity specifications in LTE only mode Item Maximum number of cells per BTS3911B Specifications Single-mode frequency: One 20 MHz cell Dual-mode frequency: Two 20 MHz cells Maximum number of UEs Per cell: 64 UEs in EMM_Active mode Maximum throughput For a cell: Downlink: 150 Mbit/s Uplink: 50 Mbit/s For CA mode: Downlink: 300 Mbit/s Uplink: 100 Mbit/s Draft A () Sitronics Telecom Solutions 11

15 5 Technical Specifications 5.4 Output Power and Power Consumption Table 5-5 Output power and power consumption Maximum Output Power Single-mode frequency: 2 x 250 mw Dual-mode frequency: 2 x 2 x 250 mw Maximum Power Consumption Single-mode frequency (power amplifiers of the other frequency are disabled): 47 W Dual-mode frequency: 54 W In the Maximum Output Power (W) column, A B indicates that PICO v1.0l is configured with Atransmit channels and the maximum output power of each transmit channel is B W. In the Maximum Output Power (W) column, C D E indicates that PICO v1.0l provides C frequency bands with D TX channels per band and E W transmit power per channel. 5.5 Transmission Port Specifications Table 5-6 Transmission port specifications Transmission Port Type Number of Ports GE Equipment Specifications Table 5-7 PICO v1.0l specifications Item Dimensions (H x W x D) Weight Transmission ports EOS Specifications 283 mm x 230 mm x 70 mm 2100 g 2 GE 8 years Availability Table 5-8 PSE specifications Item Input voltage Input voltage frequency Specifications 220 V AC to 264 V AC 47 Hz to 63 Hz Draft A () Sitronics Telecom Solutions 12

16 5 Technical Specifications Item Output voltage Specifications 12 V DC 5.7 Environment Specifications Table 5-9 Environment specifications Item Specifications Operating temperature from 0 C to +40 C Relative humidity Altitude Operating pressure 5% RH to 95% RH from 60 m ( ft.) to m ( ft.) from 70 kpa to 106 kpa Operating environment Storage environment ETS Class 1.2 Transportation environment ETS Class 2.3 Application environment ETS Class 3.2 Ingress Protection rating Shockproof capability Protection from damp, mold, and salt-spray fog Electromagnetic compatibility (EMC) IP21 GR63 ZONE4 suitability requirements IEC60950 PICO v1.0l complies with the following standards related to electromagnetic compatibility: CISPR22 and FCC Part15 Class B VCCI Class B 3C Class B 3GPP Release 99, Release 4, Release 5, Release 6, Release 7, Release 8, Release 9, and Release 10 Surge protection standards Compliant with VCCI class B ElectroStatic Discharge: 6KV for contact discharge, 8KV for air diacharge Draft A () Sitronics Telecom Solutions 13

17 6 Acronyms and Abbreviations 6 Acronyms and Abbreviations Acronym or Abbreviation ANR CCK CME DSSS enodeb EMC EIRP E-UTRAN EPC FE EIRP GE HPBW KPI LMT LTE MAC MLB MIMO MO NCL OFDM Full Name Automatic Neighbor Relation Complementary Code Keying configuration management express direct-sequence spread spectrum E-UTRAN NodeB Electromagnetic compatibility Effective Isotropic Radiated Power Evolved UMTS Terrestrial Radio Access Network evolved packet core fast Ethernet equivalent isotropically radiated power gigabit Ethernet horizontal and vertical half-power beamwidth key performance indicator local maintenance terminal Long Term Evolution media access control mobility load balancing multiple input multiple output managed object neighbor cell list orthogonal frequency-division multiplexing Draft A () Sitronics Telecom Solutions 14

18 6 Acronyms and Abbreviations Acronym or Abbreviation O&M OMC PA PCI PDCP P&E RF RB RGPS RRC SCTP SON SSL TA VSWR WAPI WEP WiFi xdsl XDoS xpon Full Name operation and maintenance operation and maintenance center power amplifier Physical cell identifier Packet Data Convergence Protocol Power and Ethernet radio frequency resource block Remote Global Positioning System Radio Resource Control Stream Control Transmission Protocol Self-Organization Network Secure Socket Layer tracking area voltage standing wave ratio WLAN Authentication and Privacy Infrastructure Wired Equivalent Privacy Wireless Fidelity x digital subscriber line XML Denial-of-service x passive optical network Draft A () Sitronics Telecom Solutions 15