Testing project

eWeb

Testing purpose

Enable WEB and log into switch successfully

Testing procedure and expected results

1. Connect PC with switch through net cable as shown above. (in this example, port Gi0/3 is connected)

2. Assign IP 10.44.77.201/24 to PC

3. Enter the default IP of Switch 10.44.77.200 in browser

browser must be IE and other major browsers and open compatible mode.

1.    Verify Web access. (Expected interface is shown above)

Measured record

Login eWeb successfully

Testing conclusion

eWeb can be easily opened by simply enter 10.44.77.200 via browser

Support Model

All switch series

Testing Project

PoE

Testing Purpose

Switch can power up AP

Testing procedure and expected results

1. Power on the Switch, connect AP to the switch by net cable

2.    Turn on the PoE configuration by clicking the buttons below

PoE switch for each port can be turned on independently

3.    PoE interfaces status then can be shown on the top of the webpage. PoE power supply status

Measured record

In this case, 2.6W (in port #6) out of 120W is used due to AP connection

Testing conclusion

Support Model

ES205GC-P  ES209GC-P  ES218GC-P  ES226GC-P

NBS3100-24GT4SFP-P  NBS3100-8GT2SFP-P

NBS3200-24GT4XS-P  NBS3200-48GT4XS-P

Testing project

Access Control List

Testing purpose

Create access control list to block access

Testing procedure and expected results

1. Connect PC1 to switch.(In this case, the port is Gi 0/3)

2.    Open the ACL configuration via switch eWeb

3.    Add one ACL based on IP address or MAC then bind with port Gi 0/3

4.    Ping 8.8.8.8, Expected results: ping unsuccessfully

5.    Unbind ACL with port Gi 0/3 then ping 8.8.8.8

Expected results: ping successfully

Measured record

Once the ACL is removed from port Gi 0/3, access recovers immediately

Testing conclusion

When the port is bound with ACL, the access can be effectively blocked

Support Model

NBS series

Testing project

DHCP Server

Testing purpose

Enable service DHCP and create IP Pool

Test to confirm whether each PC can obtain IP address successfully

Testing procedure and expected results

1. Enable DHCP Server via eWeb

2.    PC1 and PC2 can obtain IP address.

Measured record

PC1 and PC2 can obtain IP address.

Testing conclusion

DHCP server can assign IP address to each device successfully.

Support Model

NBS 5000 series

Testing project

Speed Rate Limiting

Testing purpose

Set speed rate limits on port then perform the speed test to check speed

Testing procedure and expected results

1. Open Rate limiting configuration page from Port Menu.

2.    Click Batch Edit button to enter speed rate limits configuration interface. Select ports then set Rx Rate and Tx Rate, then click OK

In this example, 10000kbps is set for both Rx Rate and Tx Rate. Note that 10000kbps is roughly about 10mbps.

When above configuration is done, we can see the port list as shown below. (In this example, port Gi2 is set with rate limiting)

3      Perform the speed test via https://www.speedtest.net

    Expected results: Speed is limited successfully

Measured record

The speed without rate limiting is show below.

With speed rate limiting, we can see that the speed now is limited as we expected. Note that the speed rate limit we set is around 10mbps.

Testing conclusion

With speed rate limiting configuration, the speed can be effectively limited

Support Model

NBS series

Testing project

Long Distance Transmission

Testing purpose

Make sure the device can be power on with a long distance transmission.

Testing procedure and expected results

1. Long-distance Transmission feature can be configured via Ruijie Cloud App on your phone

2.    Select ports to turn on Long-distance transmission, then press save

In this example, port 17 is set for Long-distance Transmission.

3.    Confirm whether IP Camera is powered on

    Expected results: IP Camera is powered on normally

Measured record

With Long-distance Transmission enabled, the IP Camera can be powered on even it has a distance 100m away from Reyee Switch

Testing conclusion

Long-distance Transmission feature can successfully power on the IP Camera with 100 meters

Support Model

ESW and NBS series and support PoE models

Testing project

Aggregate Port

Testing purpose

Create aggregate port and check the bandwidth of aggregate port

Testing procedure and expected results

1. The example tropology is shown above. (In this example, switch 1 refers to Reyee switch, switch 2 is typical Ruijie switch)

2.    Open Switch 1 Aggregate Port configuration from Port’s menu via eWeb as shown below

3.    Select ports and set them as aggregate port 1. (In this case, port 3 and 4 are selected)

Note:

Reyee switches only support static aggregation now

4.    If both side are Reyee NBS switches, configure them on eWeb are ok

5.    Add the following configuration on Ruijie switch

SW2>enable

SW2#configure terminal

SW2(config)#interface range gigabitEthernet 0/3-4

SW2(config-if-range)#port-group 1

SW2(config-if-range)#exit

SW2(config)#interface aggregateport 1

SW2(config-if-AggregatePort 1)#switchport mode trunk

SW2(config-if-AggregatePort 1)#exit

SW2(config)#aggregateport load-balance src-mac

SW2(config)#exit

SW2#wr

6.    Execute command ‘show int agg 1’ to check the bandwidth of the Aggregate port 1

7.    Connect a laptop to the switch downstream and continue to ping, unplug a line from the aggregation port, and observe the ping status

Measured record

The ping will not disconnect

Testing conclusion

NBS series support aggregate port

Support Model

NBS series

Testing project

IGMP snooping

Testing purpose

Enable IGMP snooping.

Testing procedure and expected results

The typical topology is shown above.

1.    Enable IGMP Report Suppression and save in the global settings

For Unknown Multicast Pkt, Discard is recommended. (Example is shown below)

2.    Enable IGMP Snooping and save

3.    Set up the following settings

Add VLAN for multicast traffic

    Multicast status: on (mandatory)

   Dynamic Learning: off

   Select port members (mandatory) (In this example, port 11 and 12

   are selected.)

Remark: When no ports are selected, IGMP Snooping will be stopped.

4.    Add specific vlan for multicast and define multicast IP Address and choose ports

In this example, port 11 and 12 are selected.

5.    When multicast packet is detected by switch, there will be a list in the querier table

6.    Define Profile ID, multicast IP range then set Behavior with permit

Measured record

Status of IGMP Snooping is enabled on port Gi11 and Gi12 for VLAN 1

Testing conclusion

IGMP Snooping feature can be easily set on Reyee Switch on eWeb

Support Model

NBS series

Testing project

Port Protection

Testing purpose

Enable port protect, then test the connection between different ports

Testing procedure and expected results

1.    Assign IP 192.168.0.1/24 to PC1

      IP 192.168.0.2/24 to PC2

      IP 192.168.0.3/24 to PC3

2.    Turn on Port Protection on Port Gi1 and Gi2 via eWeb. (The example is shown below)

3.    PC1 ping PC2   Expected results: ping unsuccessfully

    PC1 ping PC3   Expected results: ping successfully

PC2 ping PC3   Expected results: ping successfully

Measured record

After port Gi1 and Gi2 are set with port protection mode, the communication between PC1 and PC2 are then restricted.

Testing conclusion

The feature of Port Protection are effectively prevent interfaces from communicating with each other.

Testing project

DHCP Snooping

Testing purpose

Enable DHCP snooping and PC can obtain the correct IP address

Testing procedure and expected results

1.       Assign IP 192.168.0.2/24 to PC2(DHCP Server)

2.       Enable DHCP Snooping from eWEB

3.       Check whether PC1 can obtain IP address (ipconfig/renew)

Expected results: PC1 obtains IP unsuccessfully

4.       Configure the port connected to DHCP server as DHCP Snooping trusted port. (In this example, port Gi2 is set as trusted port)

5.       Now PC1 can obtain IP address (ipconfig/renew)

Expected results: PC1 obtains IP successfully

Measured record

PC1 can obtain IP address successfully after configure the corresponding port as trusted port

Testing conclusion

DHCP Snooping can effectively block the packets send from untrusted DHCP server until the corresponding port set as trusted one

Support Model

RG-ES216GC RG-ES224GC RG-ES226GC-P

RG-ES218GC-P

NBS series

Testing project

Storm Control

Testing purpose

Enable Storm Control and LAN Storm Attacks can be prevented by setting traffic rate-limit on ports

Testing procedure and expected results

1. Open Storm Control configuration page from Security Menu

2.    Click Batch Edit button to set rate-limit for broadcast, Unknow Multicast and Unknown Unicast, then click OK

In this example, storm control is set on port Gi 0/2, the rate-limit for each type of information transfer is shown below.

When above configuration is done, we can see the port list as shown below. (In this example, port Gi2 is set with storm control)

3.    Simulate a broadcast storm from PC2. (Note: The port Gi2 on switch is connected to PC2)

    Expected results: Switch controls broadcast storm successfully

Measured record

The broadcast storm attack acting on Port Gi2 on switch can be prevented by setting the traffic rate-limit on this port

Testing conclusion

Storm Control can effectively prevent the LAN Storm Attacks by configuring traffic rate-limit on the specific ports

Support Model

NBS series

Testing project

RLDP (Rapid Link Detection Protocol)

Testing purpose

Enable RLDP to activate rapid link detection regarding to loop trouble

Testing procedure and expected results

1.    Open RLDP configuration page from Advanced Menu.

2.    Turn on RLDP with Errdisable Recovery enabled, then click save.

In this example, 3 Sec is set for Hello Interval and 30 Sec is set for Errdisable Recovery interval.

3.    Enable Loop Detection by selecting one port from Port List in RLDP Management menu

In this example, port Gi2 is selected for Loop Detection

4.    At this moment, the port status can be checked in the RLDP Info menu

5.    Simulate a loop from PC2

(Note: The port Gi2 on switch is connected to PC2)

    Expected results: Loop is detected and Port Gi2 shuts down successfully

1.    Add the switch to Ruijie cloud and make sure it is online

2.    Open the Ruijie Cloud APP and access the account

3.    Enable the RLDP on Ruijie Cloud APP

4.    A UTP cable is connected to the 2 ports of the switch

5.    Check the port status, one of the port will shutdown

Measured record

The loop is detected and Port Gi2 shuts down successfully by activating RLDP feature on this port

Testing conclusion

Reyee Switch can rapidly detect loop by setting RLDP with specific ports, the ports encountered with loop will be warned, blocked or shut down

Support Model

ESW and NBS series