4G Small Cell
4G Extensive Small Cell
Introduction
The 2G or 3G plus 4G extended Small Cell is a small-scale, distributed, low-power cellular small base station that accesses the core network through IPRAN/PON to provide FDD-LTE or FDD-LTE+WCDMA cellular mobile communication services to users. The continuous coverage of small and medium-size indoors enables end-to-end monitoring and is a new type of digital DAS (distribute antenna system).
Product Features
The baseband board/BBU integrated within the fiber repeater. The fiber DAS was mergered form a new access network architecture: Extended Small Cell.
There are two versions Extensive Small Cell: Ethernet Version and Fiber Optical Version.
The access unit integrates the 4G BBU and the Fiber DAS Main Unit. The radio frequency digital signal is remoted through the optical cable. The EU is used for signal distribution and concentration. The RU accesses the DAS / IBS system for the cellular signal coverage.
The Location of the Small Cell in Network
The extended small cell can directly connect to the core network through IPRAN. If the small cell gateway is used, the non-dedicated IP network such as PON can be transmitted back, and the flexibility of backhaul is greatly increased. The location of the extended small cell in the network displayed as below：
4G Extensive Small Cell
If the RF signal of the baseband board is directly remoted through the optical fiber, it is shunted and merged into each RF remote unit through an extension unit (HUB). The remote unit covers the mobile phone signal via the DAS system.
There are two versions Extensive Small Cell: Ethernet Version and Fiber Optical Version.
4G Extensive Small Cell
2G / 3G / 4G distributed small base stations only have 4G LTE access to the core network through network cables or optical fibers. 2G / 3G uses an optical fiber repeater architecture. The base station directly feeds 2G / 3G signals from 2G.3G Macro BTS. The RU is for the target coverage.
The access unit integrates the 4G BBU and the Fiber DAS Main Unit. The radio frequency digital signal is remoted through the optical cable. The EU is used for signal distribution and concentration. The RU accesses the DAS / IBS system for the cellular signal coverage.
4G Extensive Small Cell Data Sheet
| Frequency range (Available) | FDD LTE： B1，B3，B5，B8 and the other frequeny |
| Working Bandwidth | 5/10/15/20 MHz |
| Carriage Area | 20000 m2 |
| Max Radio Out power | 200mW |
| Transimission Rate | FDD:300Mbps/100Mbps |
| User capacity per carrier | VoLTE User：64 Active User：128 |
| Networking | Self-configuration & Self-optimization |
| Backhaul Method | GE(g-Ethernet) Port or SFP(fiber optical port) |
| Power Supply | AC 100~ 260V and POE48V |
| Power Consumption | BBU: 20W; Switch (Bridge): 20W，RRU 25W |
| Connectors type | 2 x N-Female (for MIMO) 1 SFP Port, 1 RJ45 Port |
| Operate Temperature | -20~60℃ |
| Operate Humidity | <80% |
| IP Grade | IP30 |
| Size（H×W×D） | 200 x 200 x 62mm (RRU) 440*330*70mm (master Unit BBU) 440*330*70mm (Switch/EU) |
