WolfVision vSolution Cynap Core Quick setup guide

Feb. 20 1 R. Theiner
WolfVision GmbH
Oberes Ried 14
A-6833 Klaus / AUSTRIA
Tel. [phone]
Fax [phone]
E-Mail: [email protected]
www.wolfvision.com

Feb. 20 2 R. Theiner
WolfVision GmbH
Oberes Ried 14
A-6833 Klaus / AUSTRIA
Tel. [phone]
Fax [phone]
E-Mail: [email protected]
www.wolfvision.com
vSolution Cynap Core
Network Integration
1. Basics .......................................................................................................................... 3
2. Glossary....................................................................................................................... 3
2.1. LAN / Ethernet settings............................................................................................ 3
2.2. WLAN settings –access point ................................................................................. 4
2.3. WLAN settings –infrastructure (Cynap Core acts as client)..................................... 5
2.4. Date and time.......................................................................................................... 6
2.5. Host name............................................................................................................... 6
2.6. LAN / WLAN port..................................................................................................... 6
2.7. FTP Client settings .................................................................................................. 7
2.8. Proxy settings.......................................................................................................... 7
2.9. Security ................................................................................................................... 7
3. Network integration (examples).................................................................................... 9
3.1. Stand-alone access point mode (without network integration).................................. 9
3.2. Cynap Core wireless network access point mode...................................................10
3.3. Cynap Core network infrastructure mode................................................................11
3.4. Cynap Core connection to a Visualizer...................................................................12
4. Firewall rules...............................................................................................................14
5. Differences in Open Mode / Protected Mode...............................................................18
6. BYOD..........................................................................................................................19
7. Document and media player........................................................................................20
8. Network Stream (input)................................................................................................21
9. Control of Peripheral Devices......................................................................................23
10. Cloud services.............................................................................................................24
11. Network Drive..............................................................................................................24
12. User interface..............................................................................................................24
13. Hardware and OS........................................................................................................25
14. Administration .............................................................................................................25
15. Bandwidth Measurement Data ....................................................................................26
15.1. PowerPoint Presentation ........................................................................................26
15.2. Multimedia from Notebook to Cynap Core using vCast Software............................26
16. Client System Requirements.......................................................................................27
17. Index...........................................................................................................................28

Feb. 20 3 R. Theiner
WolfVision GmbH
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E-Mail: [email protected]
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1. Basics
Before starting, check the existing infrastructure and define the required equipment and
settings.
Various examples in this document show the different ways in which Cynap Core can be
integrated into the network.
When connecting Cynap Core to LAN and WLAN at the same time, please use different IP
ranges in order to prevent address conflicts.
The listed IP addresses are only examples.
Cynap Core can be treated as a standard network device and it is as secure as the
supporting network. Cynap Core cannot be considered as a router, switch or firewall.
Communication to other networks and access must to be controlled using your existing
equipment (firewall, router, switch and so on).
By default, Cynap Core´s second LAN port (LAN 2) is dedicated to fully integrate a
WolfVision Visualizer. The behaviour of this LAN port (LAN 2) can be changed to connect
Cynap Core e.g. to a RMS network (Room Management System) and mirroring purposes.
This way, the built-in DHCP server is de-activated and a Visualizer cannot be fully integrated.
When using vSolution Matrix, it is recommended to connect all station of a room to one
single network switch to obtain maximum performance.
Attention:
When the second LAN port (LAN 2) is set to Visualizer Mode, never connect this LAN port for
the Visualizer to your existing network infrastructure!
If this port is set to Visualizer mode, Cynap Core acts as DHCP-server on this port and this
could cause conflicts with the existing infrastructure.
When using vSolution Matrix, LAN 1 has to be used to connect all stations together.
2. Glossary
This glossary will assist you in setting up the network correctly. Please note that in order to
connect Cynap Core to an existing company network, some information from the local
administrator is required.
2.1. LAN / Ethernet settings
The following settings are available for LAN 1 and also for LAN 2, when the interface mode is
changed to LAN.
Priority Interface Access
The higher prioritized interface (value = 1) will be used for
network service first. Ensure that the value is different from the
WLAN interface priority.
DHCP
Cynap Core will get all network settings automatically from the
DHCP server in the existing network. Switch it to OFF to set the
static addresses manually.
IP address
Unique address in the network, i.e. 192.168.0.100. The IP
address of Cynap Core can for example be set to 192.168.0.1.
Subnet mask
Available IP addresses can be limited. A commonly used
subnet mask would be 255.255.255.0
Gateway
Defines the IP address of the server / connection to other
networks (such as the internet). When Cynap Core is directly
connected only to a PC, then enter the IP address of the PC.
Name server 1 / 2
Input the IP address of the preferred Domain Name System
(DNS). This Server translates domain names into
corresponding IP addresses.

Feb. 20 4 R. Theiner
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Identity
Login credentials to connect Cynap Core in a protected
network. (802.1x).
Anonymous Identity
The identity to be used on an unencrypted session before
Identity is being validated on an encrypted session.
Authentication Method
Supported are PEAP with MSCHAPv2 and TTLS-PAP
Root Certificate
Only root certificates are supported, load the certificate by
using the Web Interface through the WLAN interface.
Allowed certificates:
•root certificate (CA) with common file extension .crt
Base-64-coded X.509 encoded DER certificate
•Privacy Enhanced Mail with common file
extension .perm
Base-64-coded X.509 encoded DER certificate
certificate stored between 2 tags: “---Begin Certificate---“and” --
----End Certificate-----“
2.2. WLAN settings –access point
Mode OFF
Disable access point.
Mode Access Point
Enable access point.
Channel
Defines the channel used for wireless communication. For
optimum performance, select a currently unused channel.
SSID Auto
If activated, an automatic SSID is generated using the Cynap
Core serial number
SSID Manual
Defines the network name in plain text for easy identification of
the WLAN network.
Following characters are supported:
- AaBbCcDdEeFfGgHhIiJjKkLlMmNnOoPpQqRrSsTtUuV
vWwXxYyZz
- ÄäÖöÜü
- 0123456789
- _-:$& ()
IP address
Defines the IP address of the access point. Cynap Core acts as
a DHCP server and provides the necessary network settings to
the connected devices.
Subnet mask
Available IP addresses can be limited. A commonly used
subnet mask would be 255.255.255.0
Encryption
Defines encryption for safe network traffic. All connected
devices must use the same algorithm (WPA2).
Transmit Power
Select the desired transmission power to optimize the range.
The maximum power depends on selected channel and region.
Hint:
Cynap Core does not act as router or gateway and only serves up a “Cynap Core closed”
network that will not connect to the internet even if the LAN port is connected to the internet.

Feb. 20 5 R. Theiner
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2.3. WLAN settings –infrastructure (Cynap Core acts as client)
Mode Infrastructure
Enable Infrastructure, Cynap Core can be connected ac client to
an existing access point.
Band
By default, Cynap Core uses the 2.4GHz and 5 GHz frequency
band. The used frequency band can be limited to either 2.4GHz
or 5 GHz. This setting is available in SSID mode only.
Priority Interface Access
The higher prioritized interface (value = 1) will be used for
network service first. Ensure that the value is different from the
LAN interface priority.
BSSID On / Off
Toggles between SSID and BSSID mode.
With BSSID (Basic Service Set Identification), the used access
point will be fixed and Cynap Core will connect to the defined
access point only. Access point hopping, which is available in
SSID mode (Service Set Identification), will be prevented.
SSID
Defines the network name in plain text for easy identification of
the WLAN network. Check existing WLAN infrastructure to get
SSID.
Following characters are supported:
- AaBbCcDdEeFfGgHhIiJjKkLlMmNnOoPpQqRrSsTtUuV
vWwXxYyZz
- ÄäÖöÜü
- 0123456789
- _-:$& ()
BSSID
Defines the network name in plain text for easy identification of
the WLAN network. Check existing WLAN infrastructure to get
SSID. This setting is available in SSID mode only.
Subnet mask
Available IP addresses can be limited. A commonly used subnet
mask would be 255.255.255.0
Gateway IP
Defines the IP address of the server / connection to other
networks (such as the internet). When Cynap Core is directly
connected only to a PC, then enter the IP address of the PC.
Name server 1 / 2
Input the IP address of the preferred Domain Name System
(DNS). This Server translates domain names into corresponding
IP addresses.
Encryption
Defines encryption for safe network traffic. All connected units
must use the same algorithm (None, WEP, WPA2, WPA2
Enterprise).
Identity
Login credentials to connect Cynap Core in a WPA Enterprise
protected network.
Anonymous Identity
The identity to be used on an unencrypted session before
Identity is being validated on an encrypted session.
Authentication Method
Supported are PEAP with MSCHAPv2 and TTLS-PAP
Root Certificate
Only root certificates are supported, load the certificate by using
the Web Interface through the LAN interface.
Allowed certificates:
•root certificate (CA) with common file extension .crt
Base-64-coded X.509 encoded DER certificate
•Privacy Enhanced Mail with common file
extension .perm
Base-64-coded X.509 encoded DER certificate
certificate stored between 2 tags: “---Begin Certificate---“and” ---

Feb. 20 6 R. Theiner
WolfVision GmbH
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---End Certificate-----“
Signal Level Limit (dBm)
Defines when Cynap Core start to search for another access
point with the same SSID in your infrastructure (WLAN
roaming). Monitoring the current signal level to prevent too low
values. Lookups could interrupt the network connection shortly
and every lookup will be counted (Reconnect Counter (Low
Signal Level).
Signal Level
Shows the current strength of the WLAN signal in dBm.
Reconnect Counter
(Connection Loss)
Counts every connection loss, e.g. when the selected access
point would be powered down.
Reconnect Counter (Low
Signal Level)
Counts every lookup then the measured signal falls below the
user defined signal level limit.
2.4. Date and time
Time source
Cynap Core has a built-in battery-buffered RTC clock (Real
Time Clock). Settings will only be lost if the battery is empty. To
eliminate the risk of incorrect time stamps, Cynap Core can be
synchronized to an external time server. Select external and
input a valid IP address or URL of a NTP time server.
2.5. Host name
Host name
The Host name can be changed in the settings under general
settings. The host name can be useful for network
administrators to see the device name in plain text in the list of
clients. Please note, this host name is not automatically listed in
the DNS list, and therefore cannot be used in a browser without
DNS registration.
2.6. LAN / WLAN port
The LAN port enables integration of Cynap Core into an internal network. Administrators of a
large number of Cynap Core systems can use the LAN port to control, support and update all
of their units from their local desktop PC.
The list of applications for the Cynap Core LAN port is constantly increasing. It can be used
for controlling, capturing still images, viewing live video streams, firmware updates,
adjustments, menu settings and for maintenance purposes. Some features are only
supported when using vSolution Link software.
The following protocols are supported: TCP/IP, IGMP, RTP, RTSP, UDP and ARP.
Supported (tested) internet browsers are: Microsoft Internet Explorer, Microsoft Edge,
Firefox, Chrome, and Safari.
By default, DHCP is activated to receive all network settings automatically from the server.
Hint - WLAN:
To ensure optimal performance of supplied remote control (optional), prevent channel 13 in
the band of 2.4 GHz. Switch Cynap Core to standby closes all connections.

Feb. 20 7 R. Theiner
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2.7. FTP Client settings
FTP enable
Enable or disable FTP client functionality to backup and share
recorded videos and snapshots. Additional features such as
active/passive mode or secure layers (eg. Kerberos etc.) are not
supported.
URL
Address of your FTP server in your network, like 192.168.0.100.
(up to 256 characters, no space between the characters)
Username
Input the username according your FTP server settings.
Password
Input the password according your FTP server settings.
Test it now
During the test, Cynap Core will upload a text file onto the FTP-
server (“Cynap Core.txt” without content)
2.8. Proxy settings
To increase security level, use a proxy server to control HTTP and HTTPS traffic from Cynap
Core. Built-in access point and other local services are not controlled. To take effect the new
settings, Cynap Core will reboot automatically.
Proxy enable
Enable / disable proxy service
When enable, all HTTP and HTTPS traffic will be routed to the
your proxy server. Please note, using a Proxy server may block
Skype for Business (optional) functionality.
URL
URL of the proxy server in your network, like 104.236.10.17 (or
DNS name up to 256 characters, no space between the
characters). DNS server not required, when using IP
addresses.
Host Port
Port, set the used network port to connect to your proxy server.
Authentication
Disable / enable Authentication
When enabled, valid user name and password has to be
entered.
Username
Username, given by your server.
Password
Password, given by your server.
2.9. Security
Admin password
Defines the necessary password for administrator access. This login data is needed to
change the Ethernet Mode, and an existing administrator password.
Using the login data, an administrator can connect to Cynap Core at
any time. The default password is “Password”. Remember to make a
note of any changed passwords!
Login Security
Accessing Cynap Core can be protected by authentication (admin, moderator or PIN).
To prevent unauthorized access of the settings, the admin password needs to be entered
once per session.
Network Security
Accessing Cynap Core can be limited to secure connections only (https). Please note, the
accessing application needs to support SSL / TLS (e.g. the most modern browsers are
supporting HTML5 and SSL /TLS).
Wolfvision support access can be prohibited by disabling SSH.

Feb. 20 8 R. Theiner
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E-Mail: [email protected]
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LAN Security
When using wired network, use authentication (according 802.1x) to maximize security.
When using certificates, load it busy using the Web Interface.
WLAN (WiFi) Security
When using wireless network, use encryption to maximize security.
Cynap Core complies with following standards:
•WEP
•WPA2
•WPA2 Enterprise (according 802.1x)
Hint
WEP allows password with a length of 13 characters.
WPA2 allows password with a length of 8 ~ 63 characters.
Use special characters carefully, not every third party device can handle it.
When using WPA2 Enterprise, load the certificate by using the Web Interface.

Feb. 20 9 R. Theiner
WolfVision GmbH
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3. Network integration (examples)
The following examples of network integration show the different ways in which Cynap Core
can be integrated. Various operating systems can each connect to Cynap Core to transfer
different information from different sources onto a large monitor.
3.1. Stand-alone access point mode (without network integration)
Cynap Core is operated in stand-alone access point mode.
The network settings must be set manually on Cynap Core (no DHCP server is available).
Cynap Core generates an independent WLAN, and WLAN enabled devices (BYOD) can
connect to Cynap Core.
Advantages:
- No complex network infrastructure necessary
- Cynap Core generates its own stand-alone access point
- No connection to internal IT infrastructure
- Security issues - no other unit from the internal IT infrastructure can access Cynap
Core
Disadvantages:
- No devices have internet access
- Cloud services cannot be used
Required settings:
DHCP Switch to OFF to enable manual setting of addresses
IP Address Unique address in the network, like 192.168.0.100. The IP address of a
connected PC could be set to 192.168.0.1 for maintenance purposes
Subnet Mask Available IP addresses can be limited. A commonly used subnet mask
would be 255.255.255.0
Gateway Enter the IP address of a directly connected PC for maintenance
purposes
Name server Not needed

Feb. 20 10 R. Theiner
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3.2. Cynap Core wireless network access point mode
Cynap Core is integrated via a cable connection into an existing network, and is operated in
wireless network access point mode. LAN settings for Cynap Core can be provided by the
DHCP server. Cynap Core generates an independent WLAN, and WLAN enabled devices
(BYOD) can connect to Cynap Core.
Advantages:
- All devices can communicate with each other
- Cynap Core has access to the Internet and cloud services can be activated
- Cynap Core can access the internet to check for firmware updates without using
additional devices
Disadvantages:
- Performance issues (all traffic is on the same network)
Hint:
If the units are in different subnets, Cynap Core might not be able to be discovered
automatically by vSolution applications.

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3.3. Cynap Core network infrastructure mode
Cynap Core is integrated via a cable connection into an existing network (e.g. Corporate
network), and is operated in network infrastructure mode. LAN settings for Cynap Core can
be provided by the DHCP server. In infrastructure mode, Cynap Core is connected to an
existing wireless access point in the existing network (e.g. Guest network). BYOD devices in
the Corporate network and in the Guest network can connect to Cynap Core.
Advantages:
- All devices can communicate with each other
- Cynap Core has access to the internet and cloud services can be activated
- Cynap Core can be moved within the range of the access point
- Cynap Core can access the internet to check for firmware updates without using
additional devices
Disadvantage:
- Performance issues (all traffic is on the same network)
Hint:
If the units are in different subnets, Cynap Core might not be able to be discovered
automatically by vSolution applications.
Cynap Core can also be installed in a VLAN.

Feb. 20 12 R. Theiner
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3.4. Cynap Core connection to a Visualizer
Cynap Core has a dedicated LAN port for connecting to a Visualizer with built-in DHCP
server functionality. Activate on the Visualizer to obtain all necessary network settings from
Cynap Core automatically. Communication between Visualizer and Cynap Core is over the
Wolfprot protocol. The connection between Cynap Core and the Visualizer is a direct
connection (point to point) and shouldn’t be made through a switch or similar device.
More information on this protocol can be found on our website in the support section
www.wolfvision.com.

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Attention:
When the second LAN port is set to Visualizer Mode, never connect this LAN port for the
Visualizer to your existing network infrastructure!
If this port is set to Visualizer mode, Cynap Core acts as DHCP-server on this port and this
could cause conflicts with the existing infrastructure.
Hint:
- Connect the Visualizer straight to the dedicated port. Do not add switchers, hubs,
routers or similar between Cynap Core and the Visualizer to prevent error sources.
- Cynap Core can be controlled with the keys of the Visualizer. The functions of keys
from the camera head are dedicated to control Cynap Core. 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 Core.
- Cynap Core and Wolfvision Visualizer are supporting cable runs up to 100m
according Ethernet specification.
- The behaviour of this LAN port can be changed to connect Cynap Core 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”

Feb. 20 14 R. Theiner
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4. Firewall rules
Cynap Core has firewall rules that must be adhered to in order to allow successful network
communications, and the corresponding services to be used. To use services with user
defined addresses and ports, be sure these are not blocked by your firewall.
Function /
Application
Port
Type
Inbound /
Outbound
Description
Airplay
Multicast DNS
(mDNS)
5353
UDP
Inbound /
Outbound
Multicast DNS (mDNS
224.0.0.251) Bonjour
Audio
4100
TCP / UDP
Inbound
Audio for Airplay
Airplay
7000
TCP
Inbound
Primary Airplay communication
Video
7100
TCP
Inbound
Airplay video communication
Audio
47000
TCP
Inbound
Airplay audio communication
Airplay Bluetooth
Audio
4100
TCP / UDP
Inbound
Audio for Airplay
Airplay
7000
TCP
Inbound
Primary Airplay communication
Video
7100
TCP
Inbound
Airplay video communication
Audio
47000
TCP
Inbound
Airplay audio communication
Chromecast
Multicast DNS
(mDNS)
5353
UDP
Inbound /
Outbound
Multicast DNS (mDNS
224.0.0.251)
Discovery
1900
UDP
Inbound
Chromecast discovery
Audio
4100 –
4164
TCP / UDP
Inbound
Audio for Chromecast
Chromecast
8008
TCP
Inbound
Primary Chromecast
communication
Chromecast
8009
TCP
Inbound
Communication Chromecast
Video data stream
32768 –
61000
UDP
Inbound
/Outbound
Chromecast (video data stream)
Miracast MS-MICE
Multicast DNS
(mDNS)
5353
UDP
Inbound
Multicast DNS (mDNS
224.0.0.251)
DHCP
67 / 68
UDP
Inbound
DHCP communication between
device and receiver
RTP Stream
19000 –
19007
19010 –
19016
UDP
Inbound
RTP media traffic port for delivering
audio and video
RTSP Control
7236
TCP
Outbound
RTSP control port is used to
establish and manage session
MS-MICE Control
7250
TCP
Inbound
Control port on which Cynap family
system listen for Miracast packets
when over existing network mode
is enabled
Touchback
50000
TCP
Outbound
This port is for touchback to send
mouse events back between
Cynap to the Windows computer. If
this port is blocked, bi-directional
inputs is not possible.
Wake On LAN
7 / 9
UDP
Inbound /
Outbound
Usually port 7 is used for sending
the magic packet
FTP
21
TCP
Outbound
Connection to FTP server
SSH
22
TCP
Inbound
Access for Wolfvision support
http, Cynap control
80
TCP
Inbound
This port used to connect to Cynap
web interface (httpd). If this port is
blocked, no connection can be
made.

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https, SSL, e.g.
Cloud Service,
Cynap control
443
TCP / UDP
Inbound
This port is used to cloud service
and for secure connect to Cynap
web for secure connect to Cynap
web interface. If this port is
blocked, no connection can be
made.
Proxy
8080
TCP / UDP
Outbound
Default port proxy function (This
port can be changed in the Proxy
settings).
NFS
111 / 2049
TCP / UDP
Outbound
Connection to network drives
CIFS
137 / 139
TCP / UDP
Outbound
Connection to network drives
NTP
123
UDP
Outbound
For optional clock synchronization
by a time server (Network Time
Protocol, NTP)
LDAP
389
TCP / UDP
Outbound
Connection to LDAP server
LDAPS
636
TCP / UDP
Outbound
Connection to LDAPS server (TLS)
Streaming
Multicast / Unicast
8800 –
9000
UDP
Inbound
Used for Multicast / Unicast / Audio
/ Video Streaming
Streaming RTSP
554
TCP
Inbound
This is the communication port for
the RTSP stream. This used UDP
port will be handled automatically
PJLink
4352
TCP
Outbound
This is the default port for PJLink
and cab be changed in the settings
(Peripheral Control)
vSolution Cast
Discovery Multicast
50000
UDP
Inbound
This port is used for device
discovery all available Cynap and
Visualizer in the network by
vSolution applications (uses
Multicast IP address
239.255.255.250). If this port is
blocked, vSolution applications
may not be able to find devices
automatically.
Device Discovery
50913
UDP
Inbound
This port is used for device
discovery
For control purposes
50915
TCP
Inbound
This port is used for control
purposes e.g. room control system,
and others). If this port is blocked,
no control is possible
TLS Control
50917
TCP
Inbound
This port is for secure
communication between
WolfVision applications (e.g.
vSolution App) to Cynap and / or
Visualizer. If this port is blocked,
secure communication to Cynap
and / or Visualizer, inclusive
firmware updates are blocked.
Video streams
50921
TCP
Inbound
Video streams between Wolfvision
App to Cynap and Visualizer. If this
port is blocked, no stream are
possible.
Touchback
50922
TCP
Outbound
This port is for touchback between
Cynap and Wolfvision App
vSolution Cast to send mouse
events back to the Windows
computer. If this port is blocked, bi-
directional inputs is not possible

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vSolution App iOS /
Android / Windows
Discovery Multicast
50000
UDP
Inbound
This port is used for device
discovery all available Cynap and
Visualizer in the network by
vSolution applications (uses
Multicast IP address
239.255.255.250). If this port is
blocked, vSolution applications
may not be able to find devices
automatically.
http, Cynap control
80
TCP
Inbound
This port is used to connect to the
Cynap web interface (httpd). If this
port is blocked, no connection can
be made.
https, SSL, e.g.
Cloud Service,
Cynap control
443
TCP
Inbound
This port is used to cloud services
and for secure connect to the
Cynap web for secure connect to
the Cynap web interface. If this port
is blocked, no connection can be
made.
Device Discovery
50913
UDP
Inbound
This port is used for device
discovery.
For control purposes
50915
UDP
Inbound
This port is used for device
discovery.
TLS Control
50917
TCP
Inbound
This port is for secure
communication between
WolfVision applications (e.g.
vSolution App) to Cynap and / or
Visualizer. If this port is blocked,
secure communication to Cynap
and / or Visualizer, inclusive
firmware updates are blocked
WebRTC
10000 –
16000
50000 -
65000
TCP / UDP
Outbound
Communication Port
WebRTC (Pexip)
1720
TCP
Outbound
This port used WebRTC services
like Pexip
TLS Control
50917
TCP
Inbound
This port is for secure
communication between Wolfvision
application (e.g. vSoltuion Link) t
Cynap and / or Visualizer. If this
port is blocked, secure
communication to Cynap and / or
Visualizer, inclusive firmware
updates are blocked.
WebSocket
7681
TCP
Inbound
User interface communication with
Cynap (via browser)
WebSocket
7682
TCP
Inbound
User interface communication with
Cynap (via fully integrated
Visualizer)
vSolution Link Pro
Wake On LAN
7 / 9
UDP
Inbound /
Outbound
Wake On LAN –Usually port 7 is
used for sending the magic packet
DNS
53
TCP / UDP
Inbound /
Outbound
DNS –This port will be used for
Domain Name System. If this port
is blocked, DNS service are not

Feb. 20 17 R. Theiner
WolfVision GmbH
Oberes Ried 14
A-6833 Klaus / AUSTRIA
Tel. [phone]
Fax [phone]
E-Mail: [email protected]
www.wolfvision.com
available
http, Cynap control
80
TCP
Inbound
This is the default port to connect
to the web interface (httpd) of
vSolution Link Pro. Of this port is
blocked, connection cannot be
established
https, SSL, e.g.
Cloud Service,
Cynap control
443
TCP
Inbound
This is the default port to connect
to web interface (https) of vSolution
Link Pro. If this port is blocked,
connection cannot be established.
SMTP
587
SMTP
Outbound
Mail Server –Port for
communication with SMTP server.
Discovery Multicast
50000
UDP
Inbound
This port is used for device
discovery all available Cynap and
Visualizer in the network by
vSolution applications (uses
Multicast IP address
239.255.255.250). If this port is
blocked, device discovery is not
possible
Device Discovery
50913
UDP
Inbound
This port is used for device
discovery. If this port is blocked,
device discovery is not possible.
For control purposes
50915
TCP
Inbound
This port is used for control
purposes. If this port is blocked, no
control is possible
Zoom
http
80
TCP
Outbound
For Zoom clients and meeting
connector
http over TLS / SSL
443
TCP
Outbound
For Zoom clients
8801
TCP
Outbound
For Zoom clients
8802
TCP
Outbound
For Zoom clients
3478
UDP
Outbound
For Zoom clients
3479
UDP
Outbound
For Zoom clients
8801 –
8810
UDP
Outbound
For Zoom clients

Feb. 20 18 R. Theiner
WolfVision GmbH
Oberes Ried 14
A-6833 Klaus / AUSTRIA
Tel. [phone]
Fax [phone]
E-Mail: [email protected]
www.wolfvision.com
5. Differences in Open Mode / Protected Mode
When using Cynap Core, it is possible to choose between either open mode or protected
mode.
This different mode can be selected using Cynap Core settings.
Modes:
Open Mode
The open is intended for quick and easy connections and BYOD without the need of high
security and big effort for administration.
When Open Mode is active, all available devices can connect to Cynap Core.
In the Open Mode, Airplay PIN can be used to prevent disturbance of extern Apple devices.
The PIN will be shown on the connected display only HDMI.
Protected Mode
Is a password protected mode to prevent misuse and disturbances
•Users with knowledge of the password can connect to Cynap Core
•Users who knowing the security PIN, the PIN will be displayed on the selected
interface(s)
•Users can connect when Cynap Core is awaiting a mirror connection
For more information, please refer to the manual.

Feb. 20 19 R. Theiner
WolfVision GmbH
Oberes Ried 14
A-6833 Klaus / AUSTRIA
Tel. [phone]
Fax [phone]
E-Mail: [email protected]
www.wolfvision.com
6. BYOD
Cynap Core is designed to make it as easy as possible for users to connect to it. Cynap Core
supports integrated mirroring protocols in its operating system. Users can connect to Cynap
Core without needing any additional software. The mobile platforms are AirPlay for iOS
devices and Miracast for Android and Windows devices. Regarding laptop and computer
operating systems, AirPlay is also supported for Mac OS X. Windows Intel Wireless Display
is also supported, and this integrates natively with Windows 8.1.
AirPlay Support for iOS 5.0 (released 2011) and above, or OS X 10.8 Mountain
Lion (released 2012) and above. AirPlay is transmitted via Ethernet /
WLAN. It can be used for displaying up to four sources.
vSolution Cast
for iOS (App) For use in network environments where the Bonjour service (device
discovery protocol) has been disabled.
Miracast Miracast is based on a Wi-Fi direct connection. This means that
Miracast can only be used in close proximity to Cynap Core. Due to the
direct communication with a device, only one connection to Cynap
Core is possible at the same time (HDCP will be not supported). When
using Microsoft Windows PCs or tablets, the use of vSolution Cast is
recommended.
vSolution Cast
(Windows) In applications where a Wi-Fi direct connection is not possible due to
the installation, multiple Windows devices can be connected at the
same time using the alternative vSolution Cast.
vSolution Connect vSolution Connect is a professional presentation tool which offers an
alternative to mirroring for Android and iOS. Mirroring has some
disadvantages, and can, for example, allow incoming messages or
calendar pop-ups to be visible on-screen to all participants during a
presentation.
Chromecast
Screen Mirroring Support for Chromecast capable devices. Chromecast is transmitted
via Ethernet / WLAN. It can be used for displaying up to four sources.
AirPlay, Chromecast, Miracast and vSolution Cast are based on device discovery
technologies for maximum ease of use. Therefore it is necessary that the appropriate
services (See Firewall rules) are available. Alternatively, when using vSolution Cast, a Cynap
Core IP address can be entered manually. On Windows systems, vSolution Cast can either
be run temporarily by users, or permanently installed (copied). The application can also be
used from a USB stick without needing administrator rights, however with the restriction that
no sound is transmitted.
Switching Cynap Core to standby closes all connections.

Feb. 20 20 R. Theiner
WolfVision GmbH
Oberes Ried 14
A-6833 Klaus / AUSTRIA
Tel. [phone]
Fax [phone]
E-Mail: [email protected]
www.wolfvision.com
7. Document and media player
Cynap Core can present almost all commonly used document and video file formats. This
functionality is built in to Cynap Core and no additional applications need to be installed.
Cynap Core also supports different storage media for presentation of documents and video.
The following storage media are available for Cynap Core.
- Internal storage
- USB flash drive
- Network Drive
- Cloud services
The following media formats are supported:
- Supported pictures file formats: GIF, JPEG, BMP,PNG
- Supported video file formats: AVI, WMV, MOV, MP4, DivX, MKV, M4V, OGV
- Supported document file formats: PDF, Word, PowerPoint, Excel
- Supported audio file formats: MP3, MKA, OGA, OGG, WMA