RG-SNC_2.35(b1)_Linux_Build20181120_install Firmware
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Contents
This document includes the followingsections:
Basic Information
Table 1 lists the basic information of thecurrent release.
Table 1 Basic Information of the CurrentRelease
| RG-SNC_2.35(b1)_Linux_Build20181120 | |
| Applicable Product | RG-SNC |
| Clients | All |
| Version Type | Official version |
Hardware Supported
Table 2 shows the hardware supported byRG-SNC_2.35(b1)_Linux_Build20181120.
Table 2 Hardware Models
| Hardware Model | Version | Description |
| WS5302 WS5708 WS5504 WS3302 M8600-WS M12000-WS M18000-WS-ED M8600-WS-ED WS6108 WS6816 | SNC2.29 | If the WLAN component is required, please use this version together with 1T19 and 11.1(2)B1. |
| RSR820-TW | SNC2.29b1 | If the WiFi management function is required, please use this version together with 10.4(3b28)P2. |
| RSR10-01G-T(A) | SNC2.29b1p2 | New panel |
| RSR10-01G-T(W) | SNC_2.30 | New OID and panel |
| RSR10-01G(W) | SNC_2.30 | New OID and panel |
| RSR10-01G-T(WA) | SNC_2.30 | New OID and panel |
| RSR810 RSR1001G-E | SNC_2.30 | Version of device with the STA access control function: 10.4(3b48) Release(188230). |
| RSR820-T(A) | SNC_2.30(p2) | New OID |
| RSR820 | SNC_2.31 | New OID |
| RSR20-14E-X | SNC_2.31 | New OID |
| RSR10-X-07 | SNC_2.31(p3) | New OID |
| AM5514 AP740-I MAP552(s) | SNC_2.33 | New model |
| DDI1000 | SNC_2.35(b1)_Linux | New OID and panel |
| DDI2000 | SNC_2.35(b1)_Linux | New OID and panel |
| DDI3000 | SNC_2.35(b1)_Linux | New OID and panel |
| EG3210 | SNC_2.35(b1)_Linux | New OID and panel |
| EG3220 | SNC_2.35(b1)_Linux | New OID and panel |
| EG3230 | SNC_2.35(b1)_Linux | New OID and panel |
| EG3250 | SNC_2.35(b1)_Linux | New OID and panel |
| NBR6205-E | SNC_2.35(b1)_Linux | New OID and panel |
| NBR6210-E | SNC_2.35(b1)_Linux | New OID and panel |
| NBR6215-E | SNC_2.35(b1)_Linux | New OID and panel |
| RG-AP840-I | SNC_2.35(b1)_Linux | New OID and panel |
| S5750-48GT4XS-HP-H | SNC_2.35(b1)_Linux | New OID and panel |
| S5750C-48SFP4XS-H | SNC_2.35(b1)_Linux | New OID and panel |
| RSR30-X-09D | SNC_2.35(b1)_Linux | New OID and panel |
| RG-DS5730-24GT4SFP-L | SNC_2.35(b1)_Linux | New OID and panel |
| RG-DS5730-24GT4SFP-P-L | SNC_2.35(b1)_Linux | New OID and panel |
| RG-DS5730-24GT4XS-S | SNC_2.35(b1)_Linux | New OID and panel |
| RG-DS5730-48GT4SFP-L | SNC_2.35(b1)_Linux | New OID and panel |
| RG-DS5750-28GT4XS-E | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS5710-24GT4SFP-E | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS5710-24GT4SFP-E-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS5710-48GT4SFP-E | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS5750-28GT4XS-E | SNC_2.35(b1)_Linux | New OID and panel |
| WS6512 | SNC_2.35(b1)_Linux | New OID and panel |
| WS7880 | SNC_2.35(b1)_Linux | New OID and panel |
| S5310-48GT4XS | SNC_2.35(b1)_Linux | New OID and panel |
| S5310-24GT4XS | SNC_2.35(b1)_Linux | New OID and panel |
| RG-AP730-L | SNC_2.35(b1)_Linux | New OID and panel |
| AP730(TR) | SNC_2.35(b1)_Linux | New OID and panel |
| EG2100-P | SNC_2.35(b1)_Linux | New OID and panel |
| EG3000CE | SNC_2.35(b1)_Linux | New OID and panel |
| EG3000ME | SNC_2.35(b1)_Linux | New OID and panel |
| EG3000SE | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS210F-E-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS210F-S | SNC_2.35(b1)_Linux | New OID and panel |
| RG- RG-NBS228F-E | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS228F-E-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS228F-S | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS2010G-E | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS2010G-E-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS2010G-S | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS2028G-E-LP | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS2028G-E-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-NBS2028G-S | SNC_2.35(b1)_Linux | New OID and panel |
| RG-AM5532 | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-8GT2SFP | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-8GT2SFP-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-8T2GT/2SFP | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-8T2GT/2SFP-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-16T2GT2SFP | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-18GT2SFP | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-24GT4SFP/2GT | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-24GT4SFP/2GT-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-24T4SFP/2GT | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S1920-24T4SFP/2GT-P | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S2930-12GT12MG4XS-UP-H | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S6120-20XS4VS2QXS | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S7505 | SNC_2.35(b1)_Linux | New OID and panel |
| N18007 | SNC_2.35(b1)_Linux | New OID and panel |
| RSR10-X-07 | SNC_2.35(b1)_Linux | New OID and panel |
| RSR20-14E V5.0 | SNC_2.35(b1)_Linux | New OID and panel |
| RSR50-X-84 | SNC_2.35(b1)_Linux | New OID and panel |
| S2928G-E V3 | SNC_2.35(b1)_Linux | New OID and panel |
| S2952G-E V3 | SNC_2.35(b1)_Linux | New OID and panel |
| S5750-24GT4XS-L | SNC_2.35(b1)_Linux | New OID and panel |
| S5750-48GT4XS-HP-H | SNC_2.35(b1)_Linux | New OID and panel |
| S5750C-48SFP4XS-H | SNC_2.35(b1)_Linux | New OID and panel |
| S8605E | SNC_2.35(b1)_Linux | New OID and panel |
| S8610E | SNC_2.35(b1)_Linux | New OID and panel |
| S8612E | SNC_2.35(b1)_Linux | New OID and panel |
| WS6512 | SNC_2.35(b1)_Linux | New OID and panel |
| RG-S7508 | SNC_2.35(b1)_Linux | New OID and panel |
Resolved Issues
This section describes the fixed bugs.
Table 3 Fixed Bugs Based onRG-SNC_2.35(b1)_Linux_Build20181120
| Module | Bug Description | Release |
| BASE | Some Chinese characters appear in the English edition. | SNC_2.34_Linux |
| BASE | The license component crashes once. The drive file of the bottom layer should be modified. | SNC_2.34_Linux |
| BASE | 2.33P1 upgrade function is unavailable. | SNC_2.34_Linux |
| BASE | The problem that STA information collection interval cannot be edited in AC hot backup scenario is solved. | SNC_2.34_Linux |
| BASE | The problem that the mini AP is still online after the master AP goes offline is solved. | SNC_2.34_Linux |
| BASE | Installation failed as selinux is not closed. | SNC_2.34(b2)_Linux |
| BASE | Installation failed as the hostname of the server is changed. | SNC_2.34(b2)_Linux |
| BASE | The test license contains Chinese. | SNC_2.34(b2)_Linux |
| BASE | The part number of WLAN-AP quantity does not exist. | SNC_2.34(b2)_Linux |
| SSM | Chinese characters appear in the SSM prompt message. | SNC_2.34(b3)_Linux |
| BASE | An error occurs to the null pointer when the model list in the model management module is displayed. | SNC_2.34(b3)_Linux |
| BASE | Downlink and Uplink are not displayed properly on the panel in the home page. | SNC_2.34(b3)_Linux |
| BASE | Failed to go back to the previous page after clicking the device name in the SNC alarm list. | SNC_2.34(b3)_Linux |
| BASE | Solve the problem that linux cannot use ssh to connect devices | SNC_2.34(b3)p1_Linux |
| BASE | Solve the problem that the configuration file is lost during the upgrade process and the SSM defaults to Chinese. | SNC_2.34(b3)p1_Linux |
| BASE | Synchronize the English version of the device model, keeping it consistent with the Chinese version | SNC_2.34(b3)p1_Linux |
| BASE | Solve the problem that the total alarm number is consistent with the sum of alarm numbers on the device list page. | SNC_2.35_Linux |
| BASE | Configure data source in config file to avoid SNC startup failure in some environment. | SNC_2.35_Linux |
| BASE | Disable access to high-frequency module via Cloud by default to avoid response delay when SNC is deployed in intranet. | SNC_2.35_Linux |
| BASE | Solve the problem “The web page you accessed does not exist .Please check your access URL” on N18K. Avoid being unable to return to the device list. | SNC_2.35(b1)_Linux |
| Solve the problem “The web page you accessed does not exist .Please check your access URL” on S2928G-E V3. Avoid being unable to return to the device list. | SNC_2.35(b1)_Linux | |
| BASE | Solve the problem that an error occurs to SNMP V3 synchronization. Avoid being unable to return to the device list. | SNC_2.35(b1)_Linux |
| BASE | Solve the SNC error caused by connection pool exhaustion. A connection pool reclaiming mechanism is added. After a connection is idle for over 30 minutes, the connection will be reclaimed. The connection capacity is changed to 1024. | SNC_2.35(b1)_Linux |
New Features
Table 4 NewFeatures
| Module | Release | Changed Feature |
| Base | SNC_2.34_Linux | Support the Linux platform and provide Linux firmware, including Base/TOPO/WLAN/3G, 4G /RAC module. |
| Base | SNC_2.34_Linux | Support software & hardware all-in-one management system. RCP contains SNC-Base firmware. |
| Base | SNC_2.34_Linux | Support the self-healing function. |
| Base | SNC_2.34_Linux | The Chinese edition and the English edition are merged. |
| Base | SNC_2.34_Linux | Support uniform management: The test license for the newly applied part number is valid for one month. |
| WLAN | SNC_2.34_Linux | Support i-Share+ access point: AM5528(ES) and AM5532. |
| BASE | SNC_2.34(b3)_Linux | Support frequently access statistics. |
| BASE | SNC_2.34(b3)_Linux | Support online upgrade |
| BASE | SNC_2.34(b3)_Linux | Support license module |
| BASE | SNC_2.34_Linux | Linux does not support GSM modem. Instead, it supports BaaS SMS platform. |
| BASE | SNC_2.34(b3)_Linux | Import the BASE license before importing the other license. Delete the other licenses before deleting the BASE license. |
| BASE | SNC_2.35_Linux | Add support for baseline template for EG, switch, AC and AP, provide scheduled and one-time check for configuration, and generate reports accordingly. |
| BASE | SNC_2.35(b1)_Linux | Added support for 2.5G, 25G, 100G interface devices and panel rendering |
Remaining Bugs
1． The aerial view of the topology changes in size automatically.
2． The model displayed is incorrect, e.g., S6110 is displayed as S6220and RG-S6110-48XS4QXS is displayed as S6100 on SNC.
3． It takes long to upload the bin file via TFTP on SNC. The Telnettime should be set to 7,200s for upgrade.
4． When license limit has been reached, the popup message indicatingimport failure is incorrect.
5． Some models are not supported by SNC.
6． On the Asset page, date selection involves Chinese characters.
7． It is required to run the tftp-client option disable command inglobal configuration mode before using configuration backup and delivery.
8． The operation to delete all SNMP-unreachable devices fails. The pagekeeps loading.
Related Documentation
n RG-SNC_2.35(b1)_Linux_Build20181120Configuration Guide
Thismanual describes basic operation, SNC usage and note.
_Linux_Build20181120%20Release%20Notes.files/image002.jpg){kind=small}
You can obtain the related documents at: http://www.ruijienetworks.com/.
Upgrade File
| Upgrade File | File Size | MD5 |
| RG-SNC_2.35(b1)_Linux_Build20181120.tar.gz | 1462395809 bytes | F0FDC364510AA5775F29C6156B0179FE |
| Product | Upgrade File | |
| RG-SNC_2.35_Linux_Build20180915 | File | RG-SNC_2.35(b1)_Linux_Build20181120_Upgrade.zip |
| Description | Upgrade RG-SNC_2.35_Linux_Build20180915 to RG-SNC_2.35(b1)_Linux_Build20181120 | |
| Size | 257247962 Bytes | |
| MD5 | 40D6F7FD022206CA099396FE75F7CF8F | |
Thank you. We will inform you of our response as soon as possible. 
