FAQs

Step 1. Go to System è SNMP è Enable SNMP v1/v2

Step 2. Open the SNMP tool under. iReasoning MIB browser.

Step 3.  Go to Tools è Options.

Step 4. Go to Agents and click “add”.

Step 5. Enter the IP address of IPM and Reader/Write community and select SNMP v2.

Step 6. Load MIBs.

Note 1. Please ask PLANET support team about this MIB file

Note 2: Please clear the other MIB file

Step 7. Go to the device table è deviceOutTotal è click “Walk”.

Step 8. Find the outswitchCtrl 1~8 è click “Set” and 1 is power ON / 2 is power OFF

If we do not control the bandwidth for the data stream when SmartSync is performing its tasks, the synchronous connection may occupy a lion share of the whole network bandwidth, making the server or network unable to provide other services to the clients at a good performance, especially those at the remote network area. Although most enterprises are now using broadband connections, they normally provide various services using these connections. To prevent SmartSync from occupying too much of the network bandwidth, it is recommended to set up Bandwidth Control during execution of the tasks. Some parameters to be considered are: 1. the total bandwidth and the distribution of bandwidth that the enterprise has in its network environment; 2. the frequency of accesses by the clients and the number of clients served by NAS-7410.

SmartSync currently supports data synchronization only from NAS-7410 to other NAS-7410 servers. We may consider implementing data synchronization from Windows platform to NAS-7410 at the second stage.

Each NAS-7410 can perform 8 tasks simultaneously, including immediate and scheduled ones. However, we do not recommend running too many tasks at the same time, since running more tasks means more system resources are required as well as the network bandwidth. This will greatly affect the performance of NAS-7410 and the network.

Please check the following:

1. The PC installed Bonjour Browser is not in the same LAN as IHD-410PT or IHD-410PR.
   
2. The IP address of PC might be in a different subnet from IHD-410PT/IHD-410PR. Please set the PC’s IP address in the same subnet as IHD-410PT/IHD-410PR.

1. Make sure the device cables are correctly and firmly attached.
   
2. Set your display device’s (TV, monitor, etc.) input source as HDMI.
   
3. Check the PC BIOS configuration about the video output setting.
   
4. Connect VGA monitor to the Tx's VGA output port to check if the video signal gets through.
   
5. Slide the DIP Switch to the correct position. Please reboot or disconnect and connect again.

There are three ways to convert the video source. One is to use DIP switch, while the other is to set VLAN port and go with HDMI splitter (matrix).

1. A Tx (transmitter) supports DIP switch for 16 channels, and every time when you convert the source you have to switch DIP of all units to the same number.

2. You can set VLAN to convert the video source. Please refer to the topology below and imagine that the concept is based on your issue.

You can set up port-based VLAN for that transmitter (IHD-410PT), and then for the receiver (IHD-410PR). You can just dynamically swap the receiver port to a different VLAN for video source change. You can swap VLAN via Web interface of the switch.

Instructions about the topology above:

As for Test A

, we set port1 and port3 to a VLAN, and set port2 and port4 to another VLAN. The Rx will convert the source if we change the connection of Rx and switch from port3 to port4.

As for Test B

, we set port1 and port3 to a VLAN, and the Rx will convert the source if we issue the command via telnet to set port2 and port3 to a VLAN.

3. You also could use HDMI splitter (matrix) to convert the sources.

As you see, two sources connect to the input of HDMI matrix, and output to Tx, and then Tx and Rx all connect to the switch.

In this case, we use the HDMI matrix controller to select the source.