Home | Shopping Cart | Policies | Testimonials | Contact Us
Accessories  |  Audio Equipment  |  Hardware  |  Music  |  Music Equipment  |  Sheet Music  |  Software  |  Sounds  |  Video  |  Video Equipment  |  Video Games

Lynx Studio Technology - AES16™ 192 kHz Multichannel AES/EBU Interface

Lynx Studio Technology  - AES16™ 192 kHz Multichannel AES/EBU Interface
[Click to enlarge]
Brand: Lynx Studio Technology
Model: AES16
Name: AES16™ 192 kHz Multichannel AES/EBU Interface
Category: Hardware > Interfaces > Audio > PCI
Condition: Brand New
Our Price: $676.12
Availability: Contact us
Shipping Calculator:
Zip (Postal) Code:


  • No Sales Tax outside Florida
  • Contact us if you have an APO/FPO address
  • Contact us if your country is not listed here


Integrates digital consoles, multi-channel A/D and D/A converters, and hard disk recorders with computer-based workstations

The AES16 offers unprecedented AES/EBU channel capacity and routing flexibility in a single PCI card format. With support for up to 16 channels of input and output at sample rates up to 192 kHz, the AES16 turns your computer into a powerful digital router or patchbay with extensive flexibility with minimal cabling. Most importantly, the AES16 supports the emerging single-wire 192 kHz standard and is compatible with existing dual-wire AES/EBU devices. Up to four AES16’s can be installed in a single computer.




  Offering a solution for jitter problems in AES signals, the AES16 incorporates a new Lynx technology called SynchroLock™ that provides extreme jitter tolerance at all inputs. By coupling statistical analysis with low-noise clock generation techniques, SynchroLock is able to extract a very clean clock from AES signals affected by long cable lengths and other noise sources. The clock output of SynchroLock can also be used as a very accurate word clock source for other studio devices.

Extremely Low Latencies

  Glitch-free recording and playback is assured due to the AES16’s large on-board buffers and extremely efficient zero-wait state DMA engine. These features provide tolerance to system latencies and significantly reduce load on the host CPU. Data transfer hardware and software are highly optimized to provide extremely low latencies for ASIO and other real-time applications.


  The AES16 includes an LStream expansion port for increasing its I/O capabilities. Connecting a Lynx LS-ADAT adds multi-channel ADAT lightpipe I/O and supports format conversion between AES/EBU and ADAT.

Sample Rate Conversion

  The AES16-SRC model offers eight channels of mastering quality sample rate conversion to accommodate studios running multiple samples rates or signals not locked to ”house sync”.

On-Board Digital Mixer

  The on-board digital mixer offers flexible patch-bay style routing and digital mixing. Zero Latency 32-channel / 32-bit digital mixer with 16 sub outputs. Multiple dither algorithms per channel
Key Features    

Digital I/O

  24-bit AES/EBU format
Non-audio support for Dolby Digital® with Dolby Digital Recorder and Version 1 Driver
16 I/O in single-wire mode; 8 I/O in dual-wire mode
Transformer-coupled XLR connections (AES16-XLR; AES16-SRC)
Optional eight channels of sample rate conversion (AES16-SRC only)


  LStream port provides 16 channels of ADAT I/O

Sync I/O

  Clock source: digital inputs, internal and external clocks
Word Clock and multi-card synchronization



Zero Latency 32-channel / 32-bit digital mixer with 16 sub outputs
Multiple dither algorithms per channel
Extremely low-jitter, tunable sample clock with SynchroLock™Zero-wait state, 16-channel, scatter-gather DMA engine


  Windows 2000/XP: MME, ASIO 2.0, WDM, DirectSound, Direct Kernel Streaming and GSIF
Macintosh OSX: CoreAudio


  • Sixteen-channel AES/EBU Digital I/O
  • 192 kHz / 24-bit Single-wire and Dual-wire Modes
  • SynchroLock™ Jitter Attenuation
  • Word Clock and Multi-card Synchronization
  • Powerful Mixing and Routing Engine
  • Low-latency Drivers for Windows and Macintosh
  • Cabling for Direct Digital Interface to Yamaha, Apogee, Mackie, and other Equipment.