Compare Products
Hide
VS
Networks for indoor scenarios such office buildings, shopping malls, residential buildings, airports etc.
Models
Series
Highlight Features
RG-5GNR-BBU5000 adopts the advanced framework design, with a variety of slots for expansion and evolution. It enables power redundancy and fan hot-swapping.
Currently, one 5G baseband card supports four 2T2R or two 4T4R 5G cells, and one 4G baseband card supports three 2T2R 4G cells.
The entire device supports up to eight 2T2R or four 4T4R 5G cells in NR and Long-Term Evolution (LTE) frequency division duplex (FDD) modes and three 4G cells, which requires two 5G baseband cards and one 4G baseband card. The device can be evolved to support more cells.
This product can merge cells serving by all pRRUs (up to 128 pRRUs) under multiple pHUBs, allowing flexible networking.
Each cell has 400 or more activated UEs and 1200 or more connected UEs. The entire device supports a maximum of 3200 activated UEs.
RG-5GNR-BBU5000 incorporates various new energy saving technologies, including system-level data link design optimization and deep sleep. In addition to high-performance power design, RG-5GNR-BBU5000 is energy-efficient while providing high-speed wireless access services.
RG-5GNR-BBU5000 supports dual-mode Global Navigation Satellite System (GNSS) and the automatic switching between GNSS, Beidou, and Global Positioning System (GPS). This product also supports IEEE 1588v2 clock synchronization.
After the synchronization signal is lost, this product supports the clock holding function to ensure signal synchronization for 24 hours.
RG-5GNR-BBU5000 supports local offloading, also known as smart and minimalist offloading. This product offers various offloading solutions based on the IP address 5-tuple, public land mobile network (PLMN), and slice. Moreover, the main unit can integrate Multi-Access Edge Computing (MEC) cards to help ISPs develop markets in vertical industries and connect with applications in the industries in an "integrated" way.
RG-5GNR-BBU5000 can be remotely and automatically deployed in accordance with ISPs' specifications. 5G/4G networks can be quickly opened, helping ISPs rapidly respond to market requirements.
RG-5GNR-BBU5000 meets ISPs' specifications and features standard interconnection capabilities, and therefore can be interconnected to the NMSs of different vendors and realize joint management of 5G/4G networks.
RG-5GNR-BBU5000Hardware Specifications
| Dimensions and Weight |
RG-5GNR-BBU5000 |
| Dimensions (W × D × H) |
442 mm × 338 mm × 88 mm |
| Rack Size |
2U |
| Weight |
Main unit < 11.5 kg |
| Installation Method |
Rack-mounting, vertically mounted available |
| Port |
RG-5GNR-BBU5000 |
| Module Slots |
Slot 1 + Slot 2: full-width 5G processing units (MBBU-BP5Gb-04VS) Slot 3 + Slot 4: full-width 5G processing units (MBBU-BP5Gb-04VS) Slot 5: half-width 4G processing unit (MBBU-BP4Ga-04XS) Slot 6: reserved slot for expansion Slot 7: half-width main control unit (MBBU-UMCCUb-02XS) Slot 8: reserved slot for expansion PSU 1 and PSU 2: 780 W, 220 V AC @ 50–60 Hz power module (RG-PA780I-LR); 780 W, 48 V DC power module (RG-PD780I-LR) Fan: hot-swappable fan box as a standard configuration (MBBU-FANI-LR) |
| Card Ports |
MBBU-BP5Gb-04VS 5G processing unit: Two 10G SFP+ ports, reserved One 10G SFP+ port, connecting to the 4G processing unit Two 25G SFP28 ports, reserved Four 10G/25G SFP+/SFP28 ports, connecting to downlink pHUBs MBBU-BP4Ga-04XS 4G processing unit: One 10/100/1000Base-T auto-sensing Ethernet port for local management One 10G SFP+ port, connecting to the 5G processing unit Three 10G SFP+ ports, reserved MBBU-UMCCUb-02XS main control unit: One RJ45 console port One 10/100/1000Base-T auto-sensing Ethernet port for local management One RJ45 1PPS+TOD port input for clock synchronization One RJ45 1PPS+TOD port output for clock synchronization One USB 2.0 port for local copying and system upgrade Two 10G SFP+ ports for 5G/4G network backhaul One SMA port, connected with the GPS/Beidou antenna |
| Status Indicator |
MBBU-BP5Gb-04VS 5G processing unit: One power LED One system LED One alarm LED One lock LED MBBU-BP4Ga-04XS 4G processing unit: One power LED One system LED One alarm LED One ETH status LED Four CPRI LEDs MBBU-UMCCUb-02XS main control unit: One power LED One system LED One alarm LED One GNSS status LED Three lock LEDs One ETH status LED |
| Synchronization Methods |
GNSS, GPS, Beidou, 1588v2 |
| Power Supply and Consumption |
RG-5GNR-BBU5000 |
| Power Consumption |
At an ambient temperature of 25°C, when MBBU-BP5Gb-04VS (1×DU) and MBBU-UMCCUb-02XS (1×CU) are configured, and 5G services are performed, the power consumption of the entire device is smaller than 250 W. |
| Input Voltage |
Rated value:110 V AC to 220 V AC, 50–60 Hz Maximum value: 90 V AC to 300 V AC, 45–65Hz –40 V DC to –57V DC |
| Environment and Reliability |
RG-5GNR-BBU5000 |
| Temperature |
Operating temperature: –5°C to 55°C Storage temperature: –40°C to 70°C |
| Humidity |
Operating humidity: 5% to 95% RH (non-condensing) Storage humidity: 5% to 95% RH (non-condensing) |
| Fan |
Hot-swappable fan box (MBBU-FANI-LR) |
| IP Rating |
IP31 |
| Anti-vibration Ability |
Seismic fortification intensity of 9 degrees or more |
| Compliance of Safety Regulations |
GB4943.1-2011,EN60950-1 |
| Compliance of EMC Regulations |
GB/T 9254.1-2021,GB/T 17618-2015,EN55022,EN55024,3GPP TS 38.113 (2017-12 R15) ,YD/T 2583.17-2019 |
RG-5GNR-BBU5000Software Specifications
| Performance Indicators |
RG-5GNR-BBU5000 |
| Number of pHUBs Managed by a 5G Baseband Processing Unit |
A maximum of 16 (4-level cascade) |
| Number of pRRUs Managed by a 5G Baseband Processing Unit |
A maximum of 128 (4-level cascade of pHUBs) |
| Number of pHUBs Managed by the Entire Device |
A maximum of 32 (4-level cascade) |
| Number of pRRUs Managed by the Entire Device |
A maximum of 256 (4-level cascade of pHUBs) |
| Number of Cells Configured on a 5G Baseband Processing Unit |
A maximum of four 2T2R cells or two 4T4R cells |
| Number of Cells Configured on the Entire Device |
A maximum of eight 2T2R cells or four 4T4R cells A minimum of two 2T2R or 4T4R cells (with two MBBU-BP5Gb-04VS) A minimum of one 2T2R or 4T4R cell (with one MBBU-BP5Gb-04VS) |
| Combined cell |
Supported all pRRUs on a single baseband card combined into a single cell |
| Number of Associated UEs in a 5G Cell |
1200 |
| Number of Activated UEs in a 5G Cell |
400 |
| Total Number of 5G UEs |
4800 |
| Total Number of Activated 5G UEs |
3200 (with two MBBU-BP5Gb-04VS) |
| Statistics of RRC connected users and RRC active users |
Supported, cell level and host level |
| Number of Cells Configured on a 4G Baseband Processing Unit |
A maximum of three 2T2R cells A minimum of two 2T2R cells (with two MBBU-BP5Gb-04VS) A minimum of one 2T2R cell (with one MBBU-BP5Gb-04VS) |
| Number of Associated UEs in a 4G Cell |
384 |
| Number of Activated UEs in a 4G Cell |
200 |
| Basic 5G Functions |
RG-5GNR-BBU5000 |
| Cell Bandwidth |
100 MHz/60 MHz |
| Frame Structure and Modulation |
Subcarrier spacing of 30 kHz |
| The 2.6 GHz band supports the DL-UL pattern period of 5 ms. The typical configuration of 10 slots is DDDDDDDSUU. |
|
| The 3.5 GHz band supports the DL-UL pattern period of 2.5 ms (dual periods). The typical configuration of 10 slots is DDDSUDDSUU. |
|
| The 3.5 GHz band supports the DL-UL pattern period of 2.5 ms (single period). The typical configuration of 5 slots is DSUUU or DDDSU. |
|
| Flexible configuration of the frame header offset |
|
| Uplink and downlink 256QAM modulation |
|
| Downlink Power Allocation |
Configuration of the power improvement (up to 6 dB) for SIB, paging, and MSG2 |
| Configuration of the PDCCH power improvement (up to 6 dB) for SIB, paging, and MSG2 |
|
| Configuration of the CSI-RS power offset |
|
| Uplink Power Control |
Configuration of the PRACH initial power and power adjustment step for operators |
| Open-loop/closed-loop power control for PUSCH, PUCCH, and SRS |
|
| Radio Resource Control (RRC) |
Establishment, re-configuration, re-establishment, and release of RRC connections |
| Configuration of the status conversion timer |
|
| Core network paging function |
|
| Multi-PLMN broadcast in a single cell |
|
| Intra-System Mobility |
Cell reselection |
| Intra-system switching over the NG/XG interface |
|
| NG Interface Management |
Establishment of PDU session resources |
| Establishment of initial UE context information |
|
| AMF load balancing |
|
| Configuration of multiple NG interfaces on gNB |
|
| AMF pooling of NG interfaces |
|
| QoS Management |
Non-GBR services |
| GBR services |
|
| Extend 5QI and customization of the 5QI level and configure the minimum uplink and downlink guarantee rates and scheduling levels for extended 5QI |
|
| Allocation and retention priority (ARP) for QoS parameters, used for admission control and user level identification |
|
| UM or AM mode (RLC mode) for DRB based on QoS requirements of services |
|
| Network Slice |
Service slice perception based on the slice expression |
| AMF selection based on the slice identifier |
|
| Selection of a new AMF based on the reroute message of the core network |
|
| Isolation of resources on the wireless network side based on the slice user group |
|
| Voice Services |
VoNR function |
| EPS fallback function |
|
| UE Energy Saving |
Long and short DRX in RRC_connected state |
| Default paging DRX in idle state |
| Basic 4G Functions |
RG-5GNR-BBU5000 |
| Cell Bandwidth |
5/10/15/20 MHz |
| Frame Structure |
Uplink and downlink timeslot ratio of 2DL:2UL and 3DL:1UL with the period of 5 ms |
| Modulation Mode |
Uplink and downlink modulation mode: BPSK, QPSK, 16QAM, 64QAM |
| Uplink Power Control |
Configuration of the PRACH initial power and power adjustment step for operators |
| Closed-loop power control of MSG3\PUSCH\PUCCH |
|
| RRC |
Establishment, re-configuration, re-establishment, and release of RRC connections |
| Establishment, re-configuration, and release of data bearers |
|
| Paging function |
|
| Intra-System Mobility Management |
Intra-system cell reselection |
| Intra-system intra-/inter-frequency switchover |
|
| QoS Management |
GBR services (QCI 1–4) and non-GBR services (QCI 5–9) |
| MBR, GBR, UE-AMBR, and QCI (priority, PDB, PER) parameters for scheduling based on QoS parameters |
|
| ARP for QoS parameters, used for admission control and user level identification |
|
| Voice Services |
VoLTE function |
| 64 SD or HD VoLTE service UEs in a cell |
|
| UE Energy Saving |
Long and short DRX in RRC_connected state |
| Default paging DRX in idle state |
| Inter-System Interoperation |
RG-5GNR-BBU5000 |
| Data Service Interoperation |
Coverage-based inter-system redirection |
| Coverage-based intra-system switchover |
|
| Voice Service Interoperation |
Redirection-based EPS FB |
| Switching-based EPS FB |
| Management Functions |
RG-5GNR-BBU5000 |
| Management Setting |
Configuration of the NTP server IP address and synchronization period |
| Alarms |
Alarm for power-off, and reset of cards Alarm in case of change in the in-place status of a power module or fan Alarm for faults related to board card self-check upon startup and the board card OS Alarm in case of faults related to the memory, embedded multimedia card (eMMC), or devices in slots Alarm for abnormal air inlet temperature, temperature or voltage of key components, and system protection in case of a high-temperature alarm |
| Power Management |
Display of overall power consumption, with a deviation of less than 5% Remote power-on, power-off, and reset functions Power management for boards in slots |
| Sensors |
Air inlet temperature of the main control board CPU temperature and input voltage Memory temperature and input voltage Key voltage information of the main control board Temperature and voltage deviations in less than 5% |
| Special Functions |
RG-5GNR-BBU5000 |
| Local Offloading |
Configuration of offloading policies and parameters through the NMS (e.g., to support offloading based on the slice ID, if slice ID configuration allowed) |
| Offloading based on the IP address 5-tuple (100 or more IP rules) or slice IDs (15) |
|
| PLMN-based offloading |
|
| Separate statistics of uplink and downlink traffic based on the IP address and reporting the traffic to the NMS |
|
| Configuration of the maximum offloading bandwidth for local offloading of service traffic, which is not greater than the cell-level peak rate |
|
| Configuration of the maximum offloading traffic in a period (at least 1 hour), and automatic shutdown of the local offloading function in case of traffic beyond such threshold (offloading traffic set based on the IP address) |
|
| Automatic Optimization |
Automatic site deployment (comply with the standard of China Mobile and need OMC cooperation) |
| PCI conflict and confusion detection and reporting |
|
| Automatic identification and addition of intra-frequency/inter-frequency/inter-system neighboring cells |
|
| Energy Saving |
Collection of the BS power consumption data |
| Frame symbol power-down |
|
| Picocell deep sleep function |
| Model |
Description |
| RG-5GNR-BBU5000 |
BBU chassis, which can be inserted fans, power modules, and board cards |
| MBBU-UMCCUb-02XS |
Integrated 4G+5G main control module of the BBU, which receives synchronization signals and processes CU and other units |
| MBBU-BP5Gb-04VS |
BBU 5G baseband processing unit, which processes and forwards 5G digital baseband signals |
| MBBU-BP4Ga-04XS |
BBU 4G baseband processing unit, which processes and forwards 4G digital baseband signals |
| RG-PA780I-LR |
AC/DC power module of the BBU, 780 W, 220 V AC @ 50–60 Hz, hot-swappable |
| RG-PD780I-LR |
DC/DC power module of the BBU, 780 W, 48 V DC, hot-swappable |
| MBBU-FANI-LR |
Fan module of the BBU, hot-swappable |
Ruijie Networks websites use cookies to deliver and improve the website experience.
See our cookie policy for further details on how we use cookies and how to change your cookie settings.
Cookie Manager
When you visit any website, the website will store or retrieve the information on your browser. This process is mostly in the form of cookies. Such information may involve your personal information, preferences or equipment, and is mainly used to enable the website to provide services in accordance with your expectations. Such information usually does not directly identify your personal information, but it can provide you with a more personalized network experience. We fully respect your privacy, so you can choose not to allow certain types of cookies. You only need to click on the names of different cookie categories to learn more and change the default settings. However, blocking certain types of cookies may affect your website experience and the services we can provide you.
Through this type of cookie, we can count website visits and traffic sources in order to evaluate and improve the performance of our website. This type of cookie can also help us understand the popularity of the page and the activity of visitors on the site. All information collected by such cookies will be aggregated to ensure the anonymity of the information. If you do not allow such cookies, we will have no way of knowing when you visited our website, and we will not be able to monitor website performance.
This type of cookie is necessary for the normal operation of the website and cannot be turned off in our system. Usually, they are only set for the actions you do, which are equivalent to service requests, such as setting your privacy preferences, logging in, or filling out forms. You can set your browser to block or remind you of such cookies, but certain functions of the website will not be available. Such cookies do not store any personally identifiable information.
Contact Us
How can we help you?
