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RU-5G-101 (RU-5G-101, 2*GE, 5G (NR/LTE/WCDMA), PoE PD, IP65)
Overview
Table 3-339 Basic information about the RU-5G-101
| Item | Details |
|---|---|
| Description | RU-5G-101, 2*GE, 5G (NR/LTE/WCDMA), PoE PD, IP65 |
| Part Number | 50010523 |
| Model | RU-5G-101 |
Appearance
Figure 3-247 Appearance of the RU-5G-101
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Version Mapping
Table 3-340 Mappings between RU-5G-101 and product models
| Product | Product Model | First Supported Version | Last Supported Version | Unsupported Version | Limitations |
|---|---|---|---|---|---|
| AR300 | AR303 (50010533) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR300 | AR303W (50010534) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR611 (50010530) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR611-S (50010531) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR611E-S (50010662) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR611W (50010481) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR611W-LTE4CN (50010482) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR611W-S (50010532) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR617VW (50010480) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR617VW-LTE4 (50010498) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR617VW-LTE4EA (50010564) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651 (50010483) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651 (50010483-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651 (50010514-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651C (02352RLG) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651F-Lite (02351YRV) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651K (50010495) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651K (50010495-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651U-A4 (50010484) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651W (50010485) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651W (50010485-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651W (50010586-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651W (50010641-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651W-8P (50010492) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR651W-8P (50010492-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR657W (50010486) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR600 | AR657W (50010486-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR700 | AR720 (02354GBG) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR700 | AR720 (02354GBG-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR700 | AR730 (02354GBM) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR700 | AR730 (02354GBM-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6120 (02352CQW) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6120-S (02352VEK) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6120-VW (02352CQY) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121 (02353BVK) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121-S (02353NTG) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121C-S (02353NTF) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121E (02353TBH) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121E (02353TBH-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121E-S (02354GYR) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121E-S (02354GYR-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121EC-S (02354GYU) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121EC-S (02354GYU-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121K (02353NTK) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6121K (02353NTK-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140-16G4XG (02352MQU) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140-9G-2AC (02352UNK) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140-S (02353BMU) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140E-9G-2AC (02353UYT) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140E-9G-2AC (02353UYT-002) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140E-S (02354GYX) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140E-S (02354GYX-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140H-S (02353NTH) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140K-9G-2AC (02353NTJ) | V300R021C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6100 | AR6140K-9G-2AC (02353NTJ-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6200 | AR6280 (02115641) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6200 | AR6280-S (02353PBR) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6200 | AR6280-S (02353PBR-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6200 | AR6280K (02116205) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6300 | AR6300 (02115640) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6300 | AR6300-S (02352VEL) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6300 | AR6300-S (02352VEL-001) | V300R022C00 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
| AR6300 | AR6300K (02116206) | V300R019C13 | - | - | When an RU-5G is co-deployed with an AR, the RU-5G can be connected to an AR. |
Table 3-341 Mappings between RU-5G-101 and Power Module
| Model | Product | Product Model | First Supported Version | Last Supported Version | Unsupported Version |
|---|---|---|---|---|---|
| AD-560062T0E | AR600 | AR611 (50010530) | V300R021C00 | - | - |
| AD-560062T0E | AR600 | AR611-S (50010531) | V300R021C00 | - | - |
| AD-560062T0E | AR600 | AR611W (50010481) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR611W-LTE4CN (50010482) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR611W-S (50010532) | V300R021C00 | - | - |
| AD-560062T0E | AR600 | AR617VW (50010480) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR617VW-LTE4 (50010498) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR617VW-LTE4EA (50010564) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651 (50010483) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651 (50010483-001) | V300R022C00 | - | - |
| AD-560062T0E | AR600 | AR651 (50010514-001) | V300R022C00 | - | - |
| AD-560062T0E | AR600 | AR651C (02352RLG) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651F-Lite (02351YRV) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651K (50010495) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651K (50010495-001) | V300R022C00 | - | - |
| AD-560062T0E | AR600 | AR651U-A4 (50010484) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651W (50010485) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651W (50010485-001) | V300R022C00 | - | - |
| AD-560062T0E | AR600 | AR651W (50010586-001) | V300R022C00 | - | - |
| AD-560062T0E | AR600 | AR651W (50010641-001) | V300R022C00 | - | - |
| AD-560062T0E | AR600 | AR651W-8P (50010492) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR651W-8P (50010492-001) | V300R022C00 | - | - |
| AD-560062T0E | AR600 | AR657W (50010486) | V300R019C13 | - | - |
| AD-560062T0E | AR600 | AR657W (50010486-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR611 (50010530) | V300R021C00 | - | - |
| W0ACPSE11 | AR600 | AR611-S (50010531) | V300R021C00 | - | - |
| W0ACPSE11 | AR600 | AR611W (50010481) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR611W-LTE4CN (50010482) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR611W-S (50010532) | V300R021C00 | - | - |
| W0ACPSE11 | AR600 | AR617VW (50010480) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR617VW-LTE4 (50010498) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR617VW-LTE4EA (50010564) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651 (50010483) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651 (50010483-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR651 (50010514-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR651C (02352RLG) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651F-Lite (02351YRV) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651K (50010495) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651K (50010495-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR651U-A4 (50010484) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651W (50010485) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651W (50010485-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR651W (50010586-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR651W (50010641-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR651W-8P (50010492) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR651W-8P (50010492-001) | V300R022C00 | - | - |
| W0ACPSE11 | AR600 | AR657W (50010486) | V300R019C13 | - | - |
| W0ACPSE11 | AR600 | AR657W (50010486-001) | V300R022C00 | - | - |
Indicators and Buttons
Figure 3-248 Indicators and buttons on the RU-5G-101
![]()
1. PWR indicator |
2. SYS indicator |
3. GE0 indicator |
4. GE1 indicator |
5. WWAN indicator |
6. NR indicator |
7. ACT (USB) indicator |
- |
- |
Table 3-342 Indicators on the RU-5G-101
| Silkscreen | Name | Color | Status | Description |
|---|---|---|---|---|
| PWR | PWR indicator | Green | Steady on | The system power supply is normal. |
| - | Off | The system power is off. | ||
| SYS | SYS indicator | Green | Slow blinking | The system is running properly. |
| Green | Fast blinking | The system is being powered on or restarting. | ||
| Red | Steady on | A fault that affects services has occurred and cannot be rectified automatically. The fault needs to be rectified manually. | ||
| - | Off | The system software is not running or is resetting. | ||
| GE0 | GE0 indicator | Green | Steady on | A link has been established on the corresponding LAN interface. |
| Green | Blinking | Data is being transmitted or received on the corresponding LAN interface. | ||
| - | Off | No link is established on the corresponding LAN interface. | ||
| GE1 | GE1 indicator | Green | Steady on | A link has been established on the corresponding LAN interface. |
| Green | Blinking | Data is being transmitted or received on the corresponding LAN interface. | ||
| - | Off | No link is established on the corresponding LAN interface. | ||
| WWAN | WWAN indicator | Green | Steady on | An 5G/LTE/3G link has been set up and is active. |
| Green | Blinking | Data is being transmitted or received over the 5G/LTE/3G link. | ||
| - | Off | The 5G/LTE/3G link has not been set up or is inactive. | ||
| NR | NR indicator | Green | Steady on | The 5G signal strength is high. |
| Green | Fast blinking | The 5G signal strength is medium. | ||
| Green | Slow blinking | The 5G signal strength is low. | ||
| - | Off | No 5G signal is available. | ||
| LTE | LTE indicator | Green | Steady on | The LTE signal strength is high. |
| Green | Fast blinking | The LTE signal strength is medium. | ||
| Green | Slow blinking | The LTE signal strength is low. | ||
| Green | Off | No LTE signal is available. |
Table 3-343 Buttons on the RU-5G-101
| Silkscreen | Name | Description |
|---|---|---|
| RST | RST button | This button is used to reset the device.
Resetting the router will interrupt services. Exercise caution when deciding to press this button. |
Ports
Figure 3-249 Ports on the RU-5G-101
![]()
1. SIM card slots (SIM1-SIM2) NOTICE:
NOTE:
|
2. Console interface |
3. RST button |
4. Ventilation valve |
5. Two GE/PoE_IN interfaces (GE0/PoE_IN-GE1/PoE_IN) |
6. Security slot NOTE:
The security slot hole is used to connect to the security lock. The security slot is 7 mm long and 3 mm wide. The maximum radius of its four round corners is 1 mm. |
Table 3-344 Ports on the RU-5G-101
| Port | Connector Type | Description | Available Components |
|---|---|---|---|
| Console interface | RJ45 | A console interface can connect to an operation The console interface of a router can connect to an operation terminal for onsite configuration.
|
Console Cable |
| GE/PoE_IN electrical interface | RJ45 | A GE/PoE_IN electrical interface (10/100/1000 Mbit/s auto-sensing) transmits and receives services at 10 Mbit/s, 100 Mbit/s, or 1000 Mbit/s.
NOTE:
GE0/PoE_IN is the BootROM management network interface on a device and is used to upgrade the device software through the BootROM menu. The GE/PoE_IN interfaces are used for wired Ethernet connection. A PoE power supply device can supply power to the RU-5G-101 through the GE0/PoE_IN or GE1/PoE_IN interface. It is recommended that both GE0/PoE_IN and GE1/PoE_IN interfaces be used to supply power to the RU-5G-101. When two GE/PoE_IN interfaces use PoE adapters, the Huawei PoE power adapters (part number: 02220154 or 02221407) must be used. If the GE/PoE_IN interface uses a PoE adapter, place the PoE adapter indoors. |
Ethernet Cable |
| Built-in Antenna interface | - | A built-in antenna interface can receive and transmit 5G/4G/3G data.
Rate:
NOTE:
The preceding performance data values are theoretical one-way peak values (length of test data packets: ≥ 1400 bytes), and are obtained based on Huawei lab tests in a specific test environment. The actual performance data may vary depending on the device deployment mode, site environment, and carrier package. |
- |
Functions and Features
Table 3-345 Functions and features of the RU-5G-101
| Functions and Features | Description |
|---|---|
| Basic functions | The RU-5G-101 remote unit is a high-speed wireless WAN access module. It provides high-speed wireless data transmission, enabling enterprise users to connect to all types of wireless networks. Dials up to a 5G/4G/3G network to provide high-speed data transmission. Typically, It is used as an outdoor device to convert 5G/4G/3G signals into wired signals and support PoE power supply. |
| 5G NR |
|
| LTE |
|
| UMTS |
|
| Excellent 5G experience |
|
| Flexible wireless standards |
|
| Rapid deployment | Allows users to connect to a 5G/4G/3G network after a SIM card is installed. |
| Protection capability | The protection rating is IP65. |
Table 3-346 lists the frequency band combinations supported in different scenarios.
Table 3-346 Supported frequency band combinations
Scenario |
Frequency band combinations |
|---|---|
5G NR Supported Bands |
5G NR SA: N1/N3/N5/N7/N8/N20/N28/N38/N40/N41/N77/N78/N79 5G NR NSA: N1/N3/N5/N7/N8/N20/N28/N38/N40/N41/N77/N78/N79 |
4G Supported Bands |
LTE-FDD: B1/B3/B5/B7/B8/B18/B19/B20/B26/B28/B32 LTE-TDD: B34/B38/B39/B40/B41/B42/B43 |
EN-DC |
|
UL Carrier Aggregation (CA) bands combinations |
When DL support 2CA, UL CA can be: 1C/3C/5B/7C/8B/38C/39C/40C/41C/42C,1A+3A/7A,3A+7A/8A/20A,7A+8A/20A. When DL support 3CA, UL CA can be: 1C/3C/7C/40C/41C. |
DL Carrier Aggregation (CA) bands combinations |
2CA:
3CA:
|
Technical Specifications
Table 3-347 Technical specifications of the RU-5G-101
| Item | Specification |
|---|---|
| Dimensions without packaging (H x W x D) [mm(in.)] | 65.0 mm×330.0 mm×220.0 mm (2.56 in.×12.99 in.×8.66 in.) |
| Weight without packaging [kg(lb)] | 2.6 kg (5.72 lb) |
| Typical power consumption [W] | 10 W |
| Maximum power consumption [W] | 12 W |
| Long-term operating temperature [°C(°F)] | Standard operating temperature: -30°C to +55°C (-22°F to +131°F) (Solar radiation) -30°C to +70°C (-22°F to +158°F) (No solar radiation) Extended operating temperature: -40°C to +70°C (-40°F to +158°F) (Basic functions are normal. Some RF counters may exceed the 3GPP specifications.) |
| Long-term operating relative humidity [RH] | 5% to 95%, noncondensing |
| CPU | 1 GHz, 4 Cores |
| Memory | 1 GB |
| Storage | NA |
| NAND Flash | 1 GB |
| Hard disk | Not supported |
| DSP slot | Not supported |
| Console management port | RJ45 |