AUDIO OVERLOAD SIDE BY SIDE PRO
AUDIO OVERLOAD SIDE BY SIDE BLUETOOTH
AUDIO OVERLOAD SIDE BY SIDE PROFESSIONAL
AUDIO OVERLOAD SIDE BY SIDE MAC

These different parameters quantify the performance of the radio in different ways, looking at how it handles strong signals.

The overall radio overload and strong signal handling performance is governed by a number of separate specifications and parameters. Image courtesy Icom UK Key overload and strong signal performance parameters

AUDIO OVERLOAD SIDE BY SIDE PROFESSIONAL

Professional superheterodyne radio receiver type with good strong signal handling performance Accordingly the receiver overload and strong signal handling capability is very important.

AUDIO OVERLOAD SIDE BY SIDE BLUETOOTH

With the proliferation of cell phones, Bluetooth devices, Wi-Fi, NFC, as well as more traditional radio communications systems, it is necessary for all of these to work in the presence of the others which may be in close proximity and radiating signals on adjacent channels or nearby frequencies. There are several key aspects and parameters that detail the radio performance in the presence of strong signals, each of which is key to the performance in a particular area. Overloading can lead to effects that can mask the wanted signal and actually reduce the sensitivity. This is a key requirement for many radio communications, wireless, mobile communications and other similar applications.Īs the range of signals that any receiver needs to handle may extend over 100dB or more, the strong signal performance is important. The overload performance is important because the radio needs to be sufficiently sensitive to receive very weak signals, but it must also be able to manage the strong signals without overloading. One challenging area of the RF design of radio receivers is that if achieving a good strong signal and overload performance whilst also maintaining a high level of sensitivity. Strong signal performance basics Blocking & desensitisation Intermodulation distortion Cross modulation Receiver intercept point Radio Receiver Overload / Strong Signal Handling Includes: Learn more about setting the Multithreading preference to optimize performance.Receiver Overload Performance: strong signal handling Radio receiver strong signal handling & overload performance are often just as important as sensitivity and some other parameters - meeting all requirements requires careful RF circuit design.

Multithreading: Multithreading affects how Logic distributes the DSP resources of your Mac.

If you are using ReWire, set this option to Playback Mode.

ReWire Behavior: If you aren't using ReWire, then set this option to Off.

As with the I/O buffers, higher settings increase latency.

Process Buffer Range: Set this option to Large.

You can then set the I/O buffer size to 256 samples and leave it there for both recording and mixing.

AUDIO OVERLOAD SIDE BY SIDE PRO

Choose Logic Pro > Preferences > Audio > General, and deselect Software Monitoring. If you're recording audio and not software instruments, you can monitor your audio directly from the source. To avoid latency and system overload alerts, decrease the I/O buffer size when recording, then increase it when mixing. Increasing the I/O buffer size reduces the load on the CPU of your Mac. However, larger I/O buffer sizes increase latency when recording. The I/O buffers temporarily store audio data before sending it to other destinations on your Mac.

I/O Buffer Size: Increase the I/O buffer size, up to a maximum of 256 samples.

You can use this information to make adjustments to your project or your system configuration.Ĭhoose Logic Pro > Preferences > Audio, click Devices, then adjust the following preferences: System overload alerts can appear when any of these meters peak. When a meter is full, the CPU or the disk has reached the limit of its processing capability. Watch the meters as the project plays back, noting when the meters are full.

AUDIO OVERLOAD SIDE BY SIDE MAC

On Mac computers with processors that support Hyper-Threading, two meters are shown for each core.ĭisk I/O: Shows the amount of disk bandwidth used by Logic Pro. Each CPU core in your Mac has its own meter. The CPU/HD window has two sets of meters:Īudio: Shows the amount of CPU and RAM processing power used by Logic Pro. Double-click the CPU meter to open it in a new, expanded window.

A CPU/HD meter appears on the right side of the LCD.

Select the Load Meters (CPU/HD) checkbox, then click OK.

Choose Custom from the pop-up menu in the LCD section.

Choose View > Customize Control Bar and Display.

Choose any other additional options to streamline your workflow.

Choose Logic Pro > Preferences > Advanced Tools, then select Show Advanced Tools.

Use the meters in the Logic Pro CPU/HD window to monitor system performance while working on a project.

Audio overload side by side