Examples of Network integration |
Version V1.62 |
The following example shows different ways to integrate Cynap Core PRO into your network infrastructure, or two wired networks, one wireless network and a dedicated Miracast peer to peer network.
BYOD (bring your own device) allows sharing the screen content of different devices with various operating systems to Cynap Core PRO to share their screen onto a larger display device.
Beside BYOD, as Cynap Core PRO is an integrated part of your network, it can also access various services like http, FTP, network drive, streaming etc..
Cynap Core PRO is operating in stand-alone access point mode.
Cynap Core PRO is acting as DHCP server to provide the addresses to your WLAN devices. The Cynap system generates an independent WLAN, and WLAN enabled devices (BYOD) can connect to theCynap Core PRO.
No complex network infrastructure necessary.
Cynap Core PRO generates its own stand-alone access point.
No connection to internal IT infrastructure.
Security - no other unit from the internal IT infrastructure can access Cynap Core PRO.
The built-in access point provides DHCP server functionality.
None of the devices have internet access.
Cloud services cannot be used.
Cynap Core PRO is integrated via a cable connection into an existing network, and operates additionally in wireless network access point mode.
LAN settings for Cynap Core PRO can be obtained from an existing DHCP server. Cynap Core PRO generates an independent WLAN, and WLAN enabled devices (BYOD) can connect to Cynap Core PRO.
All devices can communicate with each other.
Cynap Core PRO has access to the internet, and cloud services can be activated.
Cynap Core PRO can access the internet to check for firmware updates without using additional devices.
Security - BYOD devices have no access to the existing network and internet by default.
Performance issues (all traffic is on the same network).
If the units are in different subnets, Cynap Core PRO might not be able to be discovered automatically by vSolution applications.
Cynap Core PRO is integrated to an existing wired network (e.g. Corporate network) wired, and additionally connected to a wireless network (e.g. Guest network as separate VLAN).
LAN and WLAN settings for Cynap Core PRO can an be obtained from an existing DHCP server. All devices on the Corporate and also the Guest network can be connected to Cynap Core PRO.
All devices can communicate with each other.
Cynap Core PRO has access to the internet and cloud services can be activated.
Cynap Core PRO can be moved within the range of the access point.
Cynap Core PRO can access the internet to check for firmware updates without using additional devices.
Performance issues (all traffic is on the same network).
If the units are in different subnets, Cynap Core PRO might not be able to be discovered automatically by vSolution applications.
Cynap Core PRO can also be installed in a VLAN to manage the permissions.
Cynap Core has a dedicated LAN port for connecting to a Visualizer with built-in DHCP server functionality (LAN 2).
Activate DHCP (client) on the Visualizer to obtain all necessary network settings from Cynap Core automatically.
The WolfProt protocol will be used for communication between Visualizer and Cynap Core.
More information regarding the WolfProt protocol can be found on our website in the support section www.wolfvision.comwww.wolfvision.com.
Never connect the LAN port 2 to your existing network infrastructure when the LAN port 2 is set to Visualizer mode!
If this port is set to Visualizer mode, Cynap Core PRO acts as DHCP-server on this port and this could cause conflicts with the existing infrastructure.
Connect the Visualizer straight to the dedicated port (point to point). Do not add any switches, hubs, routers or similar between Cynap Core PRO and the Visualizer.
Cynap Core can be controlled with the keys of the Visualizer. The functions of the keys from the camera head are dedicated to control Cynap. These keys are note have no effect to the Visualizer anymore. The IR-remote control of the Visualizer is not effective in this setup.
Visualizer can be controlled with Cynap.
Cynap Core and WolfVision Visualizers are supporting cable runs up to 100m according Ethernet specification.
The behaviour of the LAN port 2 can be changed to connect Cynap Core PRO to a dedicated RMS network (Room Management System). This way, the built-in DHCP server is de-activated and a Visualizer cannot be fully integrated.
Be sure USB input type is not defined as "Visualizer".
Cynap Core PRO has a built-in streaming client which is capable of receiving broadcast video content over the network. Up to four Stream sources can be defined and individually named in the GUI settings (Input) and accessed through the source button.
Add new Input Stream |
Allows adding up to four network streams selectable as source (click the + symbol). |
Input name |
Gives the source an individual name for easy identification |
Input mode |
Defines the kind of stream. • None, disables receiving this stream • Generic allows streams using UDP and TCP protocol • RTSP / RTP over TCP allows TCP protocol only |
Input URL |
Record Stream Input URL defines the source of the stream |
Network stream input with two devices, one from Cynap Core PRO Meeting Room 2 and one from IP Camera.
Cynap has a built-in capture agent interface for Panopto solutions - available as optional Feature Pack.
Additionally the Cynap system is able to record the network stream of an external camera as a second file in the background. The state of the external network stream will be indicated with a camera symbol in the top statusbar.
The current state will be indicated, available states for Opencast are: "DISABLED", "IDLE", "RECORDING" or "FAIL". And the available states for Panopto are: "LOGGED IN" or "NOT LOGGED IN".
Additional settings are
Capture agent |
Enable / Disable Capture Agent - Standby function of Cynap is blocked when the Capture Agent is enabled - When a server controlled task is running, local recording through the Control Center is blocked |
Capture Agent Type |
Allows enabling Panopto or Opencast |
Cynap Core PRO needs to have access to your Opencast Server. Ingest time Mode is AUTO and all recordings are initiated by the Opencast Server. The IP Camera (Record Stream Input), will be also initiated by the Opencast Server. The Record Stream Input will not be displayed at the HDMI Out. After recordings from the Capture Agent are finished, they are automatically uploaded to Opencast Server. Recordings will be not deleted on Cynap after uploading to the Opencast Server, the files will be kept as backup in the internal or external storage. Successfully finished events (recording and upload completed) are stored in a ring memory, which will be deleted in succession, starting with the oldest files, when storage is running low.
With enabled Capture Feature Pack, Cynap’s recordings can be automatically uploaded to a Panopto server. Additionally Cynap is able to record the network stream of an external camera as a second file in the background. A symbol at the right top corner of the main screen indicates the state of the external stream.
To record a large amount of sessions, a USB storage device can be used instead of the internal data storage.
IP Camera Mode |
Allows recording of the additional streaming input (Record Stream Input). |
Ingest Time Mode |
Select AUTO and the recorded files will be uploaded to the server as soon as recording is finished. Select MANUAL and set the desired starting time, e.g. to upload the files in the night to prevent additional network traffic during the day. |
Start Time |
Allows starting the upload at the desired time. This field is available in manual ingest mode only. |
File Prefix |
File Prefix adds a prefix to the file name for easier identification on the server. |
Hostname |
Input the hostname of the used server, given by your Panopto administrator. |
Username / Password |
Username and Password are required by the Panopto server (credentials required at the server). |
Root Certificate |
This allows connecting to a Root Certificate (CA) protected server. To load the certificate, click the Browser button and select the respective file in the explorer window (Base-64-coded X.509). The certificates cannot be loaded when using the local GUI (on HDMI). |
Recorded Stream Input |
Allows adding external network stream which will be saved as separate video file. |
Recorded Stream Input URL |
Defines the source of the stream. |
Recorded Stream Input audio |
Allows adding the audio content from the stream to the recording. |
Test stream input |
By using the test button, Cynap will open a new window to show the stream local. |
External Storage |
Indicates the state. |
Storage Action |
Allows binding and formatting the external drive. The drive has to be bound before it can be used. Formatting will delete all content from the USB storage device! Use file format is EXT4. |
Execute Action (Button) |
Changes for the external drive will take effect. During initialization, the state is changing to busy. |
Time and date of Cynap and also the server have to be in sync for proper function (see settings General)!
Cynap needs to have access to your Panopto Server. Ingest time Mode is AUTO and the recorded files will be uploaded to the Panopto Server as soon as the recording is finished. The IP Camera (Record Stream Input), will be also initiated when you start recording (Start Panopto) automatically. The Record Stream Input will not be displayed at the HDMI Out. Recordings will be not deleted after uploading to the Panopto Server at Cynap, the files will be kept as backup in the internal or external storage. The successfully completed events (recording and upload completed) are stored in a ring memory, which will be deleted in succession starting with the oldest recording, when the storage space running low.
The vSolution Matrix Feature Pack enables Network AV functionality with an optimized interface for touch screens. Network AV allows cost-effective installations by using the existing IP network infrastructure to transmit AV signals. Means there is no longer a need to maintain separate AV infrastructure for your e.g. huddle room (active learning classroom). This results in a straightforward installation with less hardware and reduced ongoing maintenance. You also have the flexibility to scale your setup up or down easily, as required to keep the huddle rooms effective. Every workstation, equipped with a vSolution Cynap, ensures intuitive and easy-to-use collaboration participative users. Contents can be simply forwarded between different screens by drag & drop.
vSolution Matrix system uses intelligent and optimized stream processing to ensure high quality video and audio with low latency at a moderate bandwidth requirement.
Active collaboration using Cynap systems, connected using existing IP infrastructure. Collaboration made easy using simple drag & drop control functionality.
Maximum station |
1 main station 40 client stations |
Bandwidth Stream |
40 Mbit/s |
Latency |
Approximately 50 milliseconds for 1080p30 |
IP Multicast Group Address Range |
adjustable |
Streaming Port Multicast / Unicast Audio / Video |
adjustable |
Communications |
Wired, LAN 1 only |
Switch |
Layer 2 or Layer 3 with enabled IGMP Snooping |
File Sharing |
TCP 50930 SSHFS |
Example:
Example of a vSolution Matrix network setup with a main station and two Cynap Cores as stations, each LAN 1 interface is connected to the switch (at least 1Gbps, layer 2 and enabled IGMP).
Additionally, all the units are connected to an access point of your existing wireless infrastructure (e.g. Eduroam network).
BYOD devices of the vSolution Matrix network and also of the e.g. Eduroam network are able to establish a connection to Cynap.