WOLFVISION Cynap Pure Mini Wireless Presentation and Collaboration Systems User Guide

Pure Mini Wireless Presentation and Collaboration Systems
User Guide

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 Pure Mini can be integrated into the network. When connecting Cynap Pure Mini to LAN and WLAN at the same time, please use different IP ranges in order to prevent addressing conflicts.
The listed IP addresses are only examples. Cynap Pure Mini can be treated as a standard network device and it is as secure as the supporting network.
Cynap Pure Mini cannot be considered as a router, switch, or firewall.
Communication to other networks and access must be controlled using your existing equipment (firewall, router, switch and so on). By default, the built-in access point is enabled, and SSID and password are the serial number of the unit (inclusive leading zero, e.g. 0106406).

Glossary

This glossary will assist you in setting up the network correctly. Please note that in order to connect Cynap Pure Mini to an existing company network, some information from the local administrator is required.
2.1. LAN / Ethernet settings

Priority Interface Access| The higher prioritized interface (value = 1) will be used for network services first. Ensure that the value is different from the WLAN interface priority.
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DHCP| Cynap Pure Mini 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 Pure Mini 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 Pure Mini 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.
Identity| Login credentials to connect Cynap Pure Mini in a protected network. (IEEE 802.1x).
Anonymous Identity| Tthe he identity to be used on an unencrypted session before Identity is being validated on an encrypted session.
Authentication| Allow authentication according to IEEE 802.1X. Enter valid login data to connect.
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 .crtBase-64-coded X.509 encoded DER certificate
• Privacy Enhanced Mail with common file extension. perm Base-64-coded X.509 encoded DER certificate stored between 2 tags: “—Begin Certificate—“and” —–End Certificate—–“

2.2. WLAN settings – access point

performance, select a currently unused channel.
Enable Routing| Enabled Routing allows HTTP / HTTPS traffic of your third party device through the LAN interface of Cynap Pure Mini. Gateway and first Nameserver of the LAN interface will be used.
WARNING
Enabling Internet Routing could be a security risk! Protect your data from unauthorized access.
IP address| Defines the IP address of the access point. Cynap Pure Mini 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
Maximum Number of clients| For security reasons, the number of support clients can be reduced (max. supported 8).

2.3. WLAN settings – infrastructure (Cynap Pure Mini acts as a client)
Use the access point list to check the currently available access point and its signal strength.

client to an existing access point.
Band| By default, Cynap Pure Mini uses the 2.4GHz and 5 GHz frequency band. The frequency band used can be limited to either 2.4GHz or 5 GHz. This setting is not available in BSSID mode.
Priority Interface Access| The higher prioritized interface (value = 1) will be used for network services first. Ensure that the value is different from the LAN interface priority.
BSSID On / Off| Use the button to toggle between SSID and BSSID mode.
With BSSID (Basic Service Set Identification), the user access point will be fixed and Cynap Pure Mini will connect to the defined access point only. Access point hopping, which is available in SSID mode (Service Set Identification), will be prevented.
SID| 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
– -:$& ()
BID| 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 Pure Mini 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).
WEP allows passwords with a length of 13 characters (128-bit WEP).
WPA2 allows passwords with a length of 8 ~ 63 characters. Use special characters carefully, not every third party can handle it.
When using WPA2 Enterprise, load the certificate by using the Web Interface through the LAN interface.
Identity| Login credentials to connect Cynap Pure Mini in a WPA Enterprise protected network.
Anonymous Identity| The identity to be uthe 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 stored between 2 tags: “—Begin Certificate—“and” — —End Certificate—- “.
Signal Level Limit (dBm)| Defines when Cynap Pure Mini 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 (General Settings)

Time source| Cynap Pure Mini 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 Pure Mini can be synchronized to an external time server. Select external and input a valid IP address or URL of an NTP time server.
---|---

2.5. Hostname (General Settings)

Host name| The Hostname can be changed in the settings under general settings. The hostname can be useful for network administrators to see the device name in plain text in the list of clients. Please note, this hostname is not automatically listed in the DNS list, and therefore cannot be used in a browser without DNS registration.
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2.6. LAN / WLAN port
The LAN port enables the integration of Cynap Pure Mini into an internal network. Administrators of a large number of Cynap Pure Mini 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 Pure Mini LAN port is constantly increasing. It can be used for controlling, capturing still images, viewing live video streams, firmware updates, adjustments, menu settings, and 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 Edge, Firefox, Chrome, and Safari. By default, DHCP is activated to receive all network settings automatically from the DHCP server.
Hint – WLAN: To ensure optimal performance of supplied remote control (optional), prevent channel 13 in the band of 2.4 GHz. Switch Cynap Pure Mini to standby and closes all connections.
2.7. Proxy settings
To increase the security level, use a proxy server to control HTTP and HTTPS traffic from Cynap Pure Mini. Built-in access points and other local services are not controlled. To take effect the new settings, Cynap Pure Mini will reboot automatically.

Proxy enables| Enable or disable proxy functionality to control HTTP and HTTPS traffic (other services and built-in access points are not controlled). Please note, that using a Proxy server may block vSolution Link Pro functionality.
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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 is not required when using IP addresses.
Host Port| Port, set the used network port to connect to your proxy server.
Authentication| Allows authentication with username and password.
Username| Input the username according to your proxy server settings.
Password| Input the password according to your proxy server settings.

2.8. 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 Pure Mini at any time. The default password is “Password”. Remember to make a note of any changed passwords!
Login Security
Accessing Cynap Pure Mini can be protected by authentication (admin, moderator, PIN, or LDAP user).
To prevent unauthorized access to the settings, the credentials need to be entered whenever you start a new session or when logged out previously.
Network Security
Accessing Cynap Pure Mini 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.
LAN Security
When using a wired network, use authentication (IEEE 802.1x) to maximize security. When using certificates, load it busy using the Web Interface.
WLAN (WiFi) Security
When using a wireless network, use encryption to maximize security. Cynap Pure Mini complies with the following standards:

• WEB
• WPA2
• WPA2 Enterprise (IEEE 802.1x)

Hint
WEP allows passwords with a length of 13 characters (128 bit).
WPA2 allows passwords with a length of 8 ~ 63 characters.
Use special characters carefully, not every third-party device can handle them.
When using WPA2 Enterprise, load the certificate by using the Web Interface.
When using the built-in access point, the security settings will be handled automatically.
When starting a new presentation, the SSID and also password will be changed.

Network integration (examples)

The following examples are showing different ways to integrate Cynap Pure Mini into your network infrastructure, one network and one wireless network.
BYOD (bring your own device) allows sharing the screen content of different devices with various operating systems to Cynap Pure Mini to share to a big display device.
3.1. Stand-alone access point mode (without wired network integration)
Cynap Pure Mini is operated in stand-alone access point mode. Cynap Pure Mini is acting as a DHCP server to provide the addresses to your WLAN devices. Cynap generates an independent WLAN, and WLAN-enabled devices (BYOD) can connect to Cynap Pure Mini.

Advantages:
– No complex network infrastructure is necessary
– Cynap Pure Mini 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 Pure Mini
Disadvantages:
– No devices have internet access
Required settings:

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

3.2. Cynap Pure Mini wireless network access point mode
Cynap Pure Mini is integrated via a cable connection into an existing network and operates in wireless network access point mode additionally. LAN settings for Cynap Pure Mini can be obtained from an existing DHCP server. Cynap Pure Mini generates an independent WLAN,and WLAN enabled (BYOD) can connect to Cynap Pure Mini.

Advantages:
– All devices can communicate with each other
– Cynap Pure Mini has access to the internet.
– Cynap Pure Mini can access the internet to check for firmware updates without using additional devices
– Security issues – BYOD devices over the access point have no access to the existing network and internet.
Disadvantages:
– Performance issues (all traffic is on the same network)
Hint:
If the units are in different subnets, Cynap Pure Mini might not be able to be discovered automatically by vSolution applications.
3.3. Cynap Pure Mini network infrastructure mode
Cynap Pure Mini is integrated to an existing wired network (e.g. Corporate network) wired and additionally connected to a wireless network (e.g. Guest network as a separate  LAN).  LAN and WLAN settings for Cynap Pure Mini can be obtained from an existing DHCP server. All devices of the Corporate and also the Guest network can be connected to Cynap Pure Mini.

Advantages:
– All devices can communicate with each other
– Cynap Pure Mini has access to the internet.
– Cynap Pure Mini can be moved within the range of the access point
– Cynap Pure Mini 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 Pure Mini might not be able to be discovered automatically by vSolution applications. Cynap Pure Mini can also be installed in a VLAN.

Firewall rules

Cynap Pure Mini 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 ith user-defined addresses and ports, be sure these are not blocked by your firewall.

Function / Application| Port| Type| Inbound / Outbound| Description
---|---|---|---|---
Airplay| | | |
Multicast DNS (DNS)| 5353| UDP| Inbound / Outbound| Multicast DNS (mDNS 224.0.0.251) Bonjour
Audio| 4100| TCP / UDP| Inbound| Audio for Airplay
Audio| 4101| 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| 5000| TCP| Inbound| Airplay communication with legacy devices
Airplay Bluetooth for Device Discovery| | | |
Audio| 4100| TCP / UDP| Inbound| Audio for Airplay
Audio| 4101| 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| 5000| TCP| Inbound| Airplay communication with legacy devices
Chromecast| | | |
Multicast DNS (DNS)| 5353| UDP| Inbound /Outbound| Multicast DNS (mDNS224.0.0.251)
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 (DNS)| 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 – 19017| 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 listens for Miracast packets when over existing network mode is enabled
Touchback| 50000| TCP| Outbound| This port is for a touchback to send mouse events back between Cynap to the Windows computer. If this port is blocked, bi-directional inputs is not possible.
Hardware cursor extension| 19020 – 19027
19030 – 19037| UDP| Inbound| Hardware cursor to reduce latency when using touchback.
---|---|---|---|---
Wake On LAN| 7 / 9| UDP| Inbound / Outbound| Usually, port 7 is used for sending the magic packet
SSH| 22| TCP| Inbound| Access to Wolfvision support
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 / 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.
NTP| 123| UDP| Outbound| For optional clock synchronization by a time server (Network Time Protocol, NTP)
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, and inclusivfirmware updates are blocked.
Video streams| 50921| TCP| Inbound| Video streams between Wolfvision App to Cynap and Visualizer. If this port is blocked, no streams 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
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, and inclusive firmware updates are blocked
TLS Control| 50917| TCP| Inbound| This port is for secure communication between Wolfvision application (e.g. volution Link) t Cynap and/or Visualizer. If this port is blocked, secure communication to Cynap and/or Visualizer, and 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 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, the connection cannot be
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  ommunication to Cynap and/or Visualizer, and inclusive   irmware updates are blocked
TLS Control| 50917| TCP| Inbound| This port is for secure communication between Wolfvision application (e.g. volution Link) t Cynap and/or Visualizer. If this port is blocked, secure communication to Cynap and/or Visualizer, and 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 services are not available
HTTP, Cynap control| 80| TCP| Inbound| This is the default port to connect to the web interface (httpd) of vSolution Link Pro. If this port is blocked, the connection cannot be established
HTTP, SSL, e.g. Cloud Service, Cynap control| 443| TCP| Inbound| This is the default port to connect to the web interface (https) of Solution Link Pro. If this port is blocked, the connection cannot be established.
---|---|---|---|---
SMTP| 587| SMTP| Outbound| Mail Server – Port for communication with the 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

Differences in Open Mode / Protected

Mode When using Cynap Pure Mini, it is possible to choose between either Open or Protected Mode in Cynap settings.
Modes:
Open Mode The open is intended for quick and easy connections and BYOD without the need for high security and big effort for administration.
When Open Mode is active, all available devices can connect to Cynap Pure Mini. Additionally, a user password cab is set.
In the Open Mode, Airplay, Miracast, and/or vSolution Cast PIN can be used to prevent disturbance of external devices. The PIN will be shown on the connected display only (HDMI).
Protected Mode
This mode allows desired mirroring sessions only, to prevent misuse and disturbances. The moderator has to enable a coming session in front by using the room management system. (The room management system needs to be correctly implemented).
Mirror Settings
To change the security behavior to grant or deny connection requests. To select which kind of mirroring systems could be connected. Disabled systems couldn’t share their content. Possible settings are:

• Mode:
  Open Mode, everybody can connect.

• In protected Mode, every connection or mirroring must be authorized in the Source toolbar of the main screen, or by using the room management system.

• Miracast for Android devices

• AirPlay for iOS devices

• Chromecast for Google Chrome

• vSolution Cast

BYOD

Cynap Pure Mini is designed to make it as easy as possible for users to connect to it. Cynap Pure Mini supports integrated mirroring protocols in its operating system. Users can connect to Cynap Pure Mini 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.
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Miracast| Miracast is based on a Wi-Fi direct connection. This means that Miracast can only be used in close proximity to Cynap Pure Mini. Any used cabinet will reduce the possible transmission radius. High WLAN traffic in your environment may reduce the possible radius, increase the delay of picture transfer or results in reduced image quality (MICE support could help to increase the radius, the discovery beacon will be always sent by the dedicated built-in WLAN module. For more information, please refer to the manual.
vSolution App| The vSolution App allows controlling your Cynap Pure Mini. Using evolution App for Android, iOS, macOS, or Windows, with a Cynap System, enables students or work colleagues to receive shared content and to control the unit. On Android, iOS, and macOS, you can register your Cynap Pure Mini manually when discovering services are blocking your network (Bonjour, DNS).
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.
Chromecast Screen  mirroring| Support for Chromecast-capable devices. Chromecast is transmitted via Ethernet / WLAN. It can be used for displaying up to four sources. Screen  mirroring

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 Pure Mini 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 Pure Mini to standby closes all connections.

User interface

Cynap Pure Mini can be controlled using any current standard browser. The user interface has been developed using the latest web programming standards, and this means that there is no need for additional add-ons or plugins such as the Java Platform, in order to have full control of Cynap Pure Mini. HTML5 technology only requires a browser that can handle JavaScript and WebSockets, and this has been state-of-the-art for the last few years. You can also adjust the settings using the remote control (optional). The remote control uses the 2.4 GHz band. The remote control has a built-in gyro sensor and can be used as a digital laser pointer.
Cynap Pure Mini can also be used in combination with room management systems. Communication is possible via the Wolfprot protocol. More information about this protocol can be found in the support section of our website www.wolfvision.com. The vSolution App allows smartphones/tablets (iOS, Windows, Android) to control Cynap Pure Mini directly via WLAN. More information about the vSolution App can be found on in the support section of our website www.wolfvision.com.

Hardware and OS
Cynap Pure Mini uses a Linux operating system. The distribution is a WolfVision-specific variant, which in addition to the Linux kernel contains only the individual libraries and packages required for the functionality of Cynap Pure Mini. This operating system is efficient, secure, and lean. The operating system is installed after the installation process, and every update is installed to a read-only partition that cannot be changed after the installation process. This feature and the strict separation of system and user data, such as pictures, videos etc. ensures a very high level of system security. The system structure is protected against any external access, and it does not require additional security programs (antivirus, firewall, etc.). The Cynap Pure Mini system includes all viewer and software packages, and no additional licenses are required.
The current hardware specifications, connectors, delivery, and technical specifications can be found on our website www.wolfvision.com.

Administration

Cynap Pure Mini can be managed using the vSolution Link Pro software. With vSolution Link Pro software, administration tasks, like firmware updates, can be performed for multiple Cynap systems simultaneously. With this tool, you can also determine the state of your Cynap Pure Mini system and send a Wake- on-LAN (WoL) command. You can create, manage and distribute a settings profile to all Cynap systems using vSolution Link Pro software, and you can change the background wallpaper easily.
More information about vSolution Link Pro software can be found in the support section of our website www.wolfvision.com.

Bandwidth Measurement Data
This bandwidth measurement data has been taken using a notebook PC with a Windows operating system. The computer was connected to Cynap Pure Mini via WLAN and was operating in network infrastructure mode.

1. PowerPoint Presentation
   Presentation with text and a few graphics are displayed from the notebook and are mirrored to Cynap Pure Mini using vSolution Cast Software to a single connected client. (Traffic Out).
   

2. Multimedia from Notebook to Cynap Pure Mini using vCast Software
   1080p video (Big Buck Bunny) is displayed on the notebook and is mirrored using the vSolution Cast Software to a single connected client. (Traffic Out)
   

Client System Requirements

Requirement Airplay Mirroring OS X Mountain Lion v10.8 (Release 2012) or later :

Requirement Airplay Mirroring iOS 5.0 (Release 2011) or later:

Requirement Miracast:

Requirement Chromecast:

Index

WolfVision GmbH
Oberes Ried 14
A-6833 Klaus / AUSTRIA
Tel. +43-5523-52250
Fax +43-5523-52249
E-Mail: wolfvision@wolfvision.com
www.wolfvision.com

References

• Presentation, Collaboration & Visualizer Systems - WolfVision GmbH
• Presentation, Collaboration & Visualizer Systems - WolfVision GmbH

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