Get the rich analog sound of UAD plug-ins over Thunderbolt -- plus 3 UAD plug-ins of your choice.

The UAD-2 Satellite Thunderbolt OCTO Custom combines Universal Audio's most powerful DSP accelerator with a Custom software bundle that lets you choose any three UAD plug-in titles at registration.*

This sleek desktop unit gives Mac and Windows 10 users complete access to the world’s most detailed and authentic analog emulation plug-ins, available exclusively on the UAD platform.

Bolstered by next-generation connectivity -- and backward-compatible with Thunderbolt 1 and 2 UA devices — UAD-2 Satellite Thunderbolt 3 lets users run large professional mixes with the rich analog character of award-winning UA-developed plug-ins, including exclusive titles from Neve, Fender, Lexicon, Studer, and many more.

Features:

- Run UAD Powered Plug-Ins via Thunderbolt 3 on modern Mac and Windows 10 systems (backwards compatible with Thunderbolt 1 and 2 devices)
- 8 (OCTO) SHARC processors provide a massive DSP boost for running large professional mixes
- Custom software bundle lets users "pick any 3" additional UAD plug-in titles within 45 days of registration*
- Access over 100 plug-ins from Ampex, Lexicon, Studer, Neve, Manley, SSL, EMT, Helios, and more (sold separately)
- Includes Analog Classics Plus bundle featuring Legacy editions of LA-2A Classic Audio Leveler, 1176 Classic Limiting Amplifiers,… read more
- Compatible with Pro Tools, Logic Pro X, Cubase, Live, and more
- Combine with other Thunderbolt-equipped UAD-2 devices including PCIe card(s), UA Audio Interfaces, and additional Satellites
- Dual Thunderbolt 3 ports for daisy-chaining of Thunderbolt peripherals

* Purchasers must select all 3 individual Custom Software Bundle plug-ins simultaneously, within 45 days of product registration. Purchasers failing to select all 3 plug-ins within 45 days of registration will automatically receive 3 UAD plug-ins of UA's choosing, free of charge (but no more than 3 Custom Software Bundle plug-ins total). See www.uaudio.com for complete details. read less