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Gefen: Video over IP and Cascading Retail Wall

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From COMM-TEC's S14 Solutions Day 2015 in Uhingen, Germany. By Gefen's Jason Fitzgerald

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Gefen: Video over IP and Cascading Retail Wall

  1. 1. The Video over IP Matrix Revolution Presented by Jason Fitzgerald Product Manager August 5, 2015 Version A2
  2. 2. A/V Meets IT Considerations  Immediate access to information and control  Network and Data Security  Network Management  Remote Service  Remote Tech Support  Remote Configuration
  3. 3. Traditional Matrixes are “Square”  Cross-point Architecture  4 x 4  8 x 8  16 x 16  32 x 32  Exceeding the capacity means moving to a much larger matrix  Central location  Central Control  Not generally expandable  Expensive
  4. 4. IP Matrixes can be:  Large number of sources; few displays
  5. 5. Or . . .  Large number of displays; few sources
  6. 6. Or even . . .  Multiple matrix clusters and displays under common control  Signals do not have to all run to a central location  Very long distances are possible over fiber
  7. 7. Start Small:  Buy only what you need right now  Only requires one Sender per Source; one Receiver per Display
  8. 8. Grow as you need:  Add more sources and/or displays at any time  No need to change existing  Hardware  Cabling  Programming  Network Infrastructure  Up to:  255 Senders (more coming!)  Supports thousands of devices (within network capacity limits)  Mix Source and Display Types:  HDMI  DVI  VGA (Within HDCP Compliance rules)  Long Distance Extension  Up to 100 meters between switches on Cat 6A cable  Up to 10Km over SM Fiber
  9. 9. System Components
  10. 10. EXT-xxKVM-LAN KVM Sender/Receiver  Extends and switches Video plus USB 2.0, RS-232, IR, Bi-Directional Audio  HDMI (EXT-HDKVM-LAN)  DVI (EXT-DVIKVM-LAN)  DVI-L (EXT-DVIKVM-LAN-l)  VGA (EXT-VGAKVM-LAN)  Integrated 3-Port Ethernet Switch on Receiver unit  USB 2.0 data rates up to 480 Mbps and backward-compatibility with USB 1.1  Designed for Computer Keyboard / Mouse / Monitor / Audio Switching and Extension  Edit Bays  Server Rooms  Classrooms  No Scaling Availability: Shipping HDMI VGA DVI
  11. 11. EXT-HD2IRS-LAN HDMI Sender/Receiver  Extends and switches HDMI Video plus RS-232 and IR  Designed for HDMI Switching and Extension  Ideal for Digital Signage applications  1080p @60Hz Full HD and 1920 x 1200 (WUXGA)  EDID Selection: Internal or Downstream  Less than 3 frames of latency  Supports:  HDCP  Deep Color  LPCM 7.1 audio, Dolby® TrueHD, and DTS-HD Master Audio™  Lip-Sync pass-through  Can be inter-mixed with KVM units Availability: Shipping
  12. 12. Common Questions  What is the typical latency?  Less than 3 frames of latency  What is the average bandwidth consumption?  150MBps (USB will add additional data)  What is the compression type used?  MJPEG  Why?  What is the average switching time?  2-6 seconds  When no Rx devices are connected to a Tx, is it still outputting traffic on my network?  No  Can multiple users control a Tx at the same time (USB)?  Yes. Up to four users can control a source if desired
  13. 13. Recommended Network Switches Netgear PROSAFE GS728TXS Gigabit Stackable Smart Switch For cascaded or extended switch architecture, more than 1 Gigabit bandwidth may be required between switches. Offers four 10-Gigabit SFP uplink ports for expanded bandwidth between switches. Netgear GS724T A low-cost 24-port Gigabit Smart Switch that meets all of the requirements. It has two Gigabit SFP ports that can be equipped with fiber SFP modules for greater distances. SFP ports can be equipped with a variety of fiber and copper interface modules to allow a choice of fiber or copper media types, depending on the installation requirements. Juniper EX-2200- series Cisco Small Business SG300 or SG500X (“X” indicates it has 10G SFP uplink ports) These switches have been tested by the Gefen Technical Support Team, and we can offer configuration support. Many other products will work, but customers will have to determine the appropriate settings. Typical SFP Module:
  14. 14. Network Requirements: Successful Video‐over‐IP implementation requires involvement of the facility IT administrator as early as possible in the design process. • Managed Gigabit Ethernet switches are required. • 1080p video averages 150Mbits/s (burst transmissions can be higher) • Block all video traffic from any 10/100BaseT ports through switch configuration • Switches must support 8K Jumbo Frames • Switches must support IGMP query and snooping. • Internet Group Management Protocol prevents the multicast video traffic from flooding the network • Enable VLANs to separate video traffic from data and voice. • If data or voice are converged on the same network as video, careful consideration must be given to bandwidth management, or video frame‐rate will be unacceptable.
  15. 15. Simple System Example  Router is not required  PC or external controller sends commands to each Video-over-IP device and parses feedback to maintain matrix status
  16. 16. External System Controller  Pros:  Customizable interface  Can perform basic system routing  Can parse feedback  Good for simple applications (e.g. 2x2)  Cons:  Complex system build  Each unit must be addressed separately  No concurrent switching  Typically expensive  Require a specialist to install and maintain
  17. 17. Basic - Keyboard Controller Software  Free download from www.gefen.com/support  Performs basic switching functions  Ideal for simple applications  Use keyboard key combinations to control switching
  18. 18. Gefen Exclusive Matrix Controller EXT-CU-LAN  Hardware Control for Video Over IP Products  Makes controlling a Video Over IP Matrix as easy as using a conventional Matrix Switcher!  Unique and versatile solution that sits in your rack or on your table  Clear Needs, Simple Solution  Setup of a Video Over IP matrix is time consuming  Routing needs to be as simple as a static matrix  Total User Access Control  Designed to allow input and output access control  Group and user level management  Control and video network segregation  How Easy Is It Really?  One button auto IP assignment  Automatic device detection using Gefen Syner-G™ Discovery Service  User and group level preset management  Scalable from 2 to 256 Senders, and up to 65,000 total units Availability: Shipping
  19. 19. Simple System Example- with EXT-CU-LAN  Router is not required  Gefen EXT-CU-LAN is optional for control  EXT-CU-LAN manages setup and IP Addressing  EXT-CU-LAN manages commands and sends system status to PC or Control System  Controls devices via UDP for fastest switching
  20. 20. Matrix Controller Web Interface- List View:  Setup in 3 Simple Steps 1. Auto-Assign all discovered inputs and outputs 2. Create users and groups 3. Assign users to groups 4. Route  Easy to Use List View  Searchable list view is scalable for large systems  Click on any input or output to see its routing status  Easy to Switch  Select an input to route to selected output(s)  Select output(s) to route to an input  Presets on Demand  All user and group presets available in the same interface
  21. 21. Matrix Controller Web Interface- Grid View  Comprehensive Grid View  Grid View allows users to see the entire matrix, or to zoom in on any desired area  Easy to Switch  Select any crosspoint to change signal routing assignment, then click the “Route” button to perform the actual switching  Presets on Demand  All user and group presets available in the same interface
  22. 22. Setting Up a Video over IP Matrix with EXT-CU-LAN
  23. 23. No More Manual IP Address Changing!  The Old Way: 1. Determine IP Address of New Device 2. Go into PC’s Network Settings 3. Go to Ethernet Settings Page 4. Go To “Ethernet Properties” 5. Go To “Internet Protocol Version 4 (TCP/IPv4) 6. Go to “Internet Protocol Properties 7. Write down Current IP Address and DNS Address 8. Change both to fit New Device Subnet 9. Exit Network Settings 10. Open Browser to New Device’s IP Address 11. Go to New Devices IP Address Settings 12. Change IP Address to fit current LAN Address Range 13. Device disappears! 14. Repeat for each New Device 15. Exit Browser 16. Go back to Network Settings 17. Go to Ethernet Settings Page 18. Go To “Ethernet Properties” 19. Go To “Internet Protocol Version 4 (TCP/IPv4) 20. Go to “Internet Protocol Properties 21. Enter settings you wrote down earlier (you did write them down, right?) 22. Click “OK” 23. Exit Network Settings 24. Reopen Browser to New Device’s New IP Address 25. Have a cocktail- you deserve it!
  24. 24. Setup Step 1: Add Devices and Set IP Addresses  I/O Settings:  Select Desired IP Address Range  Auto-Assign all discovered inputs and outputs  Selects and assigns IP Addresses within specified range  “Show Me” flashes panel LED’s to find selected device
  25. 25. No More Manual IP Address Changing!  The New Way: 1. Connect all New Devices to your LAN 2. Set desired IP Address Range 3. Click “Auto Assign” 4. Gefen Syner-G Discovery does the rest!
  26. 26. Setup Step 2: Create Users  User Assignments: Add Users and define Access Levels – Administrator • Access to all devices and settings – Group Administrator • Has the ability to add/remove group members • Can create group presets – Operator • Has access only to routing
  27. 27. Setup Step 3: Create Groups and add Users  Add Users to Groups: 1. Create and Edit User Groups 2. Add and Delete Users from Groups
  28. 28. Setup Step 4: Add Devices to Groups  Add Devices to Groups: 1. Assign Devices to Groups 2. Groups may also be Added or Deleted
  29. 29. Other EXT-CU-LAN Settings
  30. 30. Network Settings  Network IP Settings: 1. Use Single or Dual Physical LAN’s 2. Set IP Addresses for CU-LAN Ports 3. Set TCP and UDP Addresses 4. Set Discovery Options
  31. 31. System Settings  System Settings: 1. Download Current Configuration to .XML file on local PC 2. Restore a saved Configuration File 3. Update System Firmware 4. Factory Reset 5. Reboot 6. Set Auto-Lock
  32. 32. Discovery Settings  Network Discovery Settings: 1. Auto-Assign all discovered inputs and outputs 2. Create users and groups 3. Assign users to groups 4. Route
  33. 33. Gefen Syner-G™ Software  Unified Software Toolkit  Created to work with all New Gefen Products  Designed Around 5 Pillars  Discover  Configure  Manage  Monitor  Update  Design Principles  All products need discovery  Web interface takes precedence  Product previews  Constant updates
  34. 34. Gefen Syner-G™ Discovery Tool  Gefen’s Syner-G Discovery Tool, also integrated into the EXT-CU-LAN, offers a solution to IP Addressing issues.  Each Syner-G-compatible device contains a Discovery “beacon” that allows the Discovery Tool to find and connect to the device, even if it is set to an incompatible Address, and even if it shares an Address with other devices, which would normally block it from communicating at all.  All new devices can be added at the same time, and the EXT-CU-LAN will allow each device to be quickly and automatically configured to the proper new Address and settings.  This is a tremendous timesaver, especially when configuring a large number of Video-over-IP devices into a video matrix.
  35. 35. System Design Examples
  36. 36. Simple System Example- with EXT-CU-LAN  Router is not required  Gefen EXT-CU-LAN is optional for control  EXT-CU-LAN manages setup and IP Addressing  EXT-CU-LAN manages commands and sends system status to PC or Control System  Controls devices via UDP for fastest switching
  37. 37. Cascaded System Example  Extend system via 10Gb fiber links between switches  SFP ports allow a variety of media options- copper, SM or MM fiber
  38. 38. Cascaded System Example A careful analysis of the network architecture will allow you to determine if the system will operate at full capacity without network congestion. In this example, with two sources on one switch and one on the other, there would be a maximum of three simultaneous streams through the fiber link. Adding more sources on the first switch would not increase the number of streams, since there are only two receivers connected to the second. 3 x 150Mbps max 1 2 3
  39. 39. EXT-CU-LAN Matrix Controller  Supports Dual LAN Connections  Separate Video and Control Networks  PoE Support on LAN1 Port (Control LAN)  (or 5VDC)  Video on LAN 2 Availability: Shipping
  40. 40. Split System Example  Separate video traffic from rest of LAN  Keep Video off Data LAN for Security  Control devices may be on either side
  41. 41. Using an External Control System:  CU-LAN Manages all devices and allows simple control.  Send either complete routing commands, or just Presets for simplicity.  CU-LAN greatly simplifies programming and configuration!
  42. 42. Resolving LAN Configuration Issues: All of the following settings should be checked to facilitate integration with an existing network (this may require assistance from your Network Administrator): • Remove Flow Control on any network port passing the video stream. • Enable IGMP query and snooping on all supported network switches. • Enable VLANs to separate video traffic from data and voice. • Set Jumbo Frames to 8K or higher. • Allow multi-cast traffic on all network ports through which video streams pass. • The CU-LAN units must have static or locked DHCP addresses. Senders and receivers may use DHCP, although static IP addresses are strongly recommended. For assistance with other configurations, contact Gefen’s Technical Support Team at (800) 545-6900 or support@gefen.com
  43. 43. Looking to the Future  Massive Video Over IP Improvement Project  Aggressive feature updates in 2015  It’s Already Here (online NOW at www.gefen.com)  First firmware update includes numerous feature updates  TCP/UDP command protocol  Reduced bandwidth profiles  Gefen Syner-G™ Software integration (Discovery)  New static and auto-IP reset procedure  Automatic Tx detection and Rx configuration  Blanking (inputs) and Masking (outputs)  No more jumbo frames  What’s Next?  Independent RS-232 and IR routing  Audio cross-routing  Integrate keyboard switching  More robust EDID management  Software encoding/decoding  Network traffic shaping  Faster switching (2 – 6 seconds)  Multiple EXT-CU-LAN Matrix Controllers  Audio-only senders and receivers  4K  4K @30Hz 4:4:4  PoE  No Release Date Yet!! (2016)
  44. 44. Q&A CONFIDENTIAL – PROVIDED UNDER NDA

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