Lynx AES16e
The Lynx Studio Technology AES16 multi-channel interface is the ideal way to integrate digital consoles, multi-channel A/D and D/A converters, and hard disk recorders with computer-based workstations. Using exclusive SynchroLock technology, jitter is eliminated for the purest conversions possible, and the AES16 supports sample-rates up to 192kHz. Large, on-board buffers ensure glitch-free recording and playback, aided by an extremely efficient zero-wait state DMA engine. These features provide tolerance to system latencies and significantly reduce load on the host CPU. The AES16 is a great centerpiece of a digital studio.Supports up to 16 channels of 192kHz audio I/O
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 192kHz, 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 192kHz standard and is compatible with existing dual-wire AES/EBU devices. Up to four AES16s can be installed in a single computer.
Exclusive SynchroLock technology assures jitter-free performance
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.
- Supports up to 16 channels of 192kHz audio I/O
- Exclusive SynchroLock technology assures jitter-free performance
- Low-latency performance and reduced CPU load
- Mastering-grade sample rate conversion
- Onboard digital mixer
Für weitere Informationen, besuchen Sie bitte die Homepage zu diesem Produkt.