Solstice vs Polycom Pano



Is your solution boardroom ready?


The evolution the Internet of Things (IoT) and the smart home has completely revolutionized the quality of consumer technologies.  Experiences like video conference calls that were once relegated to the ‘special use’ conference rooms in the workplace can now be achieved at home through Alexa or HomeKit.  Wireless traffic protocols designed for local device-to-device communication, like Apple’s Bonjour or Miracast, have made it possible for consumers to create rich, dynamic webs of connected technologies within their homes.  When something works well at home, it’s only natural to suggest bringing that experience into the workplace, where the average knowledge worker spends 1/3 of their time. 




Unfortunately, bunny slippers don’t belong in the boardroom. Neither does Bonjour.


Broadcast traffic protocols like Apple’s Bonjour work fine for a localized home network that uses a single router, but enterprise-class networks are far more complex.  Every device that ‘hears’ the broadcast must do some basic processing to determine whether they are the intended recipient of the message, so IT administrators will often choose to disable broadcast and multicast packet forwarding to minimize latency.  Polycom’s Pano relies entirely on technologies like Bonjour and Miracast to mirror user device screens to the in-room display, so the solution is not well-suited for most enterprise networks. 


Deploy the way that works for you.


Solstice is designed to be deployed on your existing network(s) and to utilize your existing network infrastructure rather than introduce wireless noise into your environment.  The Solstice Pod features two distinct Network Interface Cards (NICs) which support secure collaboration among users on separate WiFi/Ethernet networks, such as corporate and guest users. The two NICs have separate routing tables, enabling seamless connectivity and collaboration without compromising the security of either network.  Device mirroring may be turned on if desired, but if Solstice is deployed on a network that does not allow broadcast traffic, AirPlay users may still mirror to the display using our proprietary Solstice Bonjour Proxy.





Feature Comparison

Mersive Solstice UnlimitedAirtame
User Capabilities
Max number of connected users
Unlimited4
Max number of posts on screen from single user
Unlimited1
Industry leading UI
Checkmarkno
Drag-and-drop control of content on screen
CheckmarkDisplay Only
Digital signage functionality*
Checkmarkno
Moderator preview and control
Checkmarkno
iOS and Android mirroring
CheckmarkCheckmark
Miracast Enabled*
CheckmarkCheckmark
Video file playback from local hard drive
Checkmarkno
Compatible with touch displays
CheckmarkCheckmark
Sync multiple rooms into same meeting
Checkmarkno
IT Deployment/Management
Centralized, one-to-many management
Checkmarkno
Access for guest & employee networks via secure dual-network mode (no adapter required)
Checkmarkno
Configurable WAP mode
Checkmarkno
Quality of service (QoS)
Checkmarkno
Comprehensive 3rd party integration API
Checkmarkno
Emergency and display banner messaging
Checkmarkno
Software upgrade path
Checkmarkno
Includes room scheduling via calendar integration
Checkmarkno

*Miracast and Digital Signage coming soon




Other Considerations:


User Democracy


Because Solstice is a network-attached technology, IT administrators also benefit from the ability to centrally deploy, manage, and monitor all Solstice endpoints on the network via the Solstice Dashboard.  While products like Pano, that create their own wireless ‘islands’, must be managed and updated on an individual, room-by-room basis. An entire Solstice deployment may be upgraded simultaneously from a single pane of glass.


Wireless for Everyone


Solstice can be simultaneously deployed on two networks, enabling seamless collaboration for those on enterprise and guest networks.

Pano’s solution for guests that want to collaborate with users on the wireless network is just an HDMI cable.