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When enabled (the default setting), Channel DSP Pairing is automatic. This feature effectively doubles the amount of Realtime UAD Processing DSP that is available on a single Apollo input.Д¬hannel DSP Pairing lets you build bigger plug-in chains on Console inputs This is why the вЂњDSP resources were exceededвЂќ message can appear when stacking DSP-intensive UAD plug-ins within a channel input strip, even if the UAD meters indicate DSP resources are still available.Д¬hannel DSP Pairing allows multiple UAD plug-ins that are inserted in a single Console input channel strip to span across two paired DSP cores. Important: To maintain the lowest possible input latency for Realtime UAD Processing, UAD plug-ins on a single Console input channel strip must fit on one DSP core (or two cores if Channel DSP Pairing is enabled). This reciprocal action lets you adjust how ApolloвЂ™s internal DSP resources are allocated.Д¬hannel DSP Pairing control in Console Settings As the DSP PAIRS value is increased, the VIRTUAL CHANNELS value is decreased. Watch our UAD Basics video to learn about Channel DSP PairingД¬hannel DSP Pairing increases ApolloвЂ™s DSP flexibility and lets you build bigger plug-in chains on Console inputs. Tip: Lower the VIRTUAL CHANNELS value to conserve Apollo DSP. Setting location: Console Settings > Hardware Panel > Options Column

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Note: Channel DSP Pairing is available with UAD v9.10 and higher only ( download now).

These five settings are outlined below.

DSP LoadLock and Limit DSP Load are within the UAD Meter & Control Panel application and apply to all UAD-2 devices in the system (including Apollo/Arrow and UAD-2 DSP Accelerators).

Channel DSP Pairing, Cue Bus Count, and Input Delay Compensation are within Console Settings and apply to Apollo/Arrow only.

In the DAW, you get DSP-accelerated processing for mixing with UAD plug-ins, but all plug-ins used in a DAW (not just UAD plug-ins) are subject to input latency induced by the DAWвЂ™s hardware I/O buffering (larger buffer size = more latency).ДЇive settings are available within the UAD-2/Apollo/Arrow system that impact UAD DSP resources:.

In Console, you get Realtime UAD Processing and near-zero input latency when monitoring and tracking through UAD plug-ins, but all plug-ins on a single channel input strip must fit on one DSP core (or two cores if Channel DSP Pairing is enabled).

When operating UA audio interfaces, it helps to understand that UAD plug-ins within Console use DSP differently than when UAD plug-ins are used within a DAW. Settings in the UAD Meter & Control Panel app that impact DSP resources in both Console and DAWДЄbout Apollo/Arrow UAD Plug-In Processing

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How to conserve DSP when you donвЂ™t need more than two cue mixes (rack models only)

What Input Delay Compensation does, and how to conserve DSP when it isnвЂ™t needed Video tutorial covering Channel DSP Pairing

How to increase ApolloвЂ™s DSP flexibility and build bigger plug-in chains on Console inputs This article provides an overview of UA Audio Interface DSP and how you can tune the system to maximize available resources for UAD plug-in processing.