• +1 505 892-4501
  • This email address is being protected from spambots. You need JavaScript enabled to view it.

Social Media WireLists56 350pxAll current Lectrosonics Dante-enabled devices have the capability to support AES67 so that you can receive audio streams from non-Dante products that use the AES67 standard for increased system interoperability.

What is AES67 and why is it important?

AES67 provides for interoperability in transporting high performance audio over IP (AOIP) networks. It was designed to create common ground for Dante and other formerly incompatible solutions to not only work with each other, but expand into future installations. AES defines all of the parameters that are required for the successful networking of one device to another, including session description, device discovery and encoding. It is possible to network just using Dante, but it keeps the control while offering wider compatibility if used in conjunction with AES67. You can communicate between AES67-enabled Dante devices and standard (AES67-disabled) Dante devices at the same time, and Dante devices can send and receive Dante and AES67 simultaneously. You can have the advanced functionality of Dante’s powerful network solution, yet still have the interoperability of AES67 waiting for when you need it. It’s importance in the world of audio is growing - Installation International reported that AES67 has been a significant driver for the availability and purchase of networked audio products – an average of one released per day, from over 300 existing vendors. If you haven’t had occasion to need or use AES67 up to this point, you will soon!


  1. Wire-Lists #55 – Creating, Updating and Sharing FlexLists with M2R, M2T and DCHT
  2. Wire-Lists #54 – Lectrosonics Wireless for Guitars & Basses
  3. Wire-Lists #53 – 7 Steps to Setting Up Wireless Designer and Dante® Using a Network Switch and a DSQD
  4. Wire-Lists #52 – Compensating for RF-Heavy Environments With Antenna Amplification
  5. Wire-Lists #51 – Expanding Channel Capacity for Systems in Larger Facilities Using Zones in Wireless Designer
  6. Wire-Lists #50 – 3 Steps to Updating your Receiver’s EEPROM
  7. Wire-Lists #49 – Decoding Designators on Lectrosonics Transmitters
  8. Wire-Lists #48 – 19 Easy Steps to Replacing Your SR Keypad
  9. Wire-Lists #47 – 3 Suggestions and Two Strategies for Wideband Frequency Band Planning with Bag Systems
  10. Wire-Lists #46 – Leveraging Encryption With the 4 Key Policies
  11. Wire-Lists #45 – Three Easy Steps to Setting Compatibility Modes and IR Sync in Lectrosonics Receivers
  12. Wire-Lists #44 – Improved Frequency and Phase Response With Our New Wireless Systems
  13. Wire-Lists #43 – Connecting to Wireless Designer Through A Personal Network: 
The Mac version
  14. Wire-Lists #42 – Connecting To Wireless Designer Through A Personal Network, Using A Router or a Switch
  15. Wire-Lists #41 – 7 Easy Steps to Streaming Online with Lectrosonics Duet
  16. Wire-Lists #40 – Two Steps To Free A Trapped TA-5 Connector
  17. Wire-Lists #39: Distancing with Dante
  18. Wire-Lists #38: Solo Use of the Walk Test Recorder in Wireless Designer in 5 Easy Steps
  19. Wire-Lists #37: Custom Tuning Ranges + 4 Other Cool Things in Wireless Designer
  20. Wire-Lists #36: Additional Tricks for Gain Staging Transmitters and Receivers with Recorders - Part 2
  21. Wire-Lists #35: Two Pros Share Tricks for Gain Staging Transmitters and Receivers with Recorders – Part 1
  22. Wire-Lists #34: A Quick Primer on Setting Audio Input Gain On Wireless Mic Transmitters
  23. Wire-Lists #33: Hey! What's That Sound?
  24. Wire-Lists #32: 4 Quick Tips for Antenna Performance
  25. Wire-Lists #31: Improving Signal to Noise Ratios with PF25 Filters
  26. Wire-Lists #30: Maintaining Social Distancing With Dante-Enabled Equipment
  27. Wire-Lists #29: 4 Tips to Improving Your Wireless Signal To Noise Ratio
  28. Wire-Lists #28: Five Tips for Troubleshooting Wireless Mics
  29. Wire-Lists #27: Advice for Navigating The Block 19/470 Overlap
  30. Wire-Lists #26: Developing Sanitation Protocols for Lav Work:
  31. Wire-Lists #25: 5 Best Practices and Tips for Creating An Online Worship Experience
  32. Wire-Lists #24: Making A Coaxial Dipole Antenna With 6 Items, In 8 Easy Steps
  33. Wire-Lists #23: Phantom Power with M2Rs and Other Receivers, plus 6 Best Practices
  34. Wire-Lists #22: 5 Steps To Getting The Most Out Of The Broadcast Loop
  35. Wire-Lists#21: The #1 Way To Get Flawless Wedding Video Sound With MTCR
  36. Wire-Lists#20: Equipment Disinfection
  37. Wire-Lists#19: ETSI standards, 75 and 50 kHz Deviation for Transmitters, and You
  38. Wire-Lists#18: Everything You Need To Know About Firmware Updates: Part 3
  39. Wire-Lists#17: Everything You Need To Know About Firmware Updates: Part 2
  40. Wire-Lists#16: Everything You Need To Know About Firmware Updates: Part 1
  41. Wire-Lists#15: 4 Things To Check Before We Fix Your Equipment
  42. Wire-Lists#14: My Transmitter Took A Bath! Now What? 5 Steps To Help (plus a bonus tip).
  43. Wire-Lists#13: Three HM Transmitter Hacks (aka “MacGyvers”) for Desperate Situations
  44. Wire-Lists#12: Popular Receiver Antenna Combos
  45. Wire-Lists#11: Popular Transmitter Antenna Combos
  46. Wire-Lists#10: 1 Tip to Identify Types, and 9 Ways To Prevent Wireless Mic RF Drop-Outs
  47. Wire-Lists#9: Three Wireless Designer Tips and Tricks
  48. Wire-Lists#8: Why Are You Holding Your Mic Like That? The Dos and Don’ts of RF Attenuation
  49. Wire-Lists#7: Cold Weather Care for Transmitters, Mics and Receivers
  50. Wire-Lists#6: Preventing Pogo Pin Failure In Your SSM
  51. Wire-Lists#5: 4 Ways to Mangle Your Mic
  52. Wire-Lists#4: SM Transmitter Cleaning – Tips for Battery Doors and 5-Pin Jacks
  53. Wire-Lists#3: Lessons On Battery Care For The Long Ranger
  54. Wire-Lists#2: My Transmitter Doesn’t Work! Three Things To Check
  55. Wire-Lists#1: The 4 Don’ts for Preventing Sick Transmitters

Page 1 of 56