What’s more, by popular demand we’re bringing back the eZine, and taking it to the next level as a new publication—Tech+Music. Each month’s issue is packed with news on the latest program updates, as well as tips, product reviews, articles on studio techniques, and more.
This month, our partner spotlight shines on Softube— we’ll introduce you to the Console 1 Mk II, including a giveaway, and we’ll be offering their high-end Tube Tech Classic Channel at a rock-bottom price.
Last, but not least, our giant SONAR 2017.05 Updatelooks to the past, present and future of desktop music production — featuring Ripple Editing, our new Adaptive Limiter, and Pen support for MIDI editing.
Thank you for your support as we embark on our next 30 years of innovation.
Synchro Arts‘ legendary automatic time-alignment software, VocALign Project, now integrates with Cakewalk SONAR via the ARA (Audio Random Access) protocol. Compared to non-ARA DAWs, ARA provides instant access to the host’s audio data—simply drag and drop Guide and Dub audio events into VocALign Project 3, and it edits the Dub audio instantly to match the Guide’s timing.
Cakewalk is currently running a special direct promotion for 20% off VocALign Project 3 until May 31, 2017 in our online store at shop.cakewalk.com.
Cakewalk reaches back to its MIDI sequencing roots to optimize SONAR’s core MIDI editing for today’s generation of virtual instruments.
Virtual instrument developers have added more controllers than ever to make them more “playable,” to sound more natural and evocative. As a result, one tends to do more MIDI editing and tweaking to take advantage of these emerging sonic capabilities.
When you’re working with as many as 100 MIDI tracks, workflow becomes critical to your creative process – you need to quickly find the tracks you’re looking for, easily bring those tracks in and out of focus for viewing and editing, and effortlessly toggle between a variety of controller data for precision edits.
Cakewalk has addressed these modern MIDI music production needs in the SONAR 2017.03 update through a redesign of the Piano Roll View (PRV) Track Pane and the Controller Pane. From efficient, simple controller editing to clean and focused MIDI track selection, SONAR has transformed MIDI editing from tedious to transparent.
As you may know by now, the Bakers at Cakewalk are constantly on a mission to improve upon SONAR. Whether that’s a bug fix, a new feature, or a feature enhancement, we’re giving you the tools to be creative and get the job done. In 2016 we brought you workflow improvements for comping such as improved copy and paste functionality, keyboard shortcuts (adjusting stretch and crossfades), as well as visual improvements and customization options for take lanes. With the 2017.02 release we take things to a whole new level, with a host of new features based on your feedback. Don’t forget, if you have features or enhancements you’d like to see, drop us a line at bakery.cakewalk.com and let us make SONAR even better! For now, let’s dig in:
by Daniel Gonz
We’d like to release an impulse pack that we created last year in New York City. This free impulse response pack captures the simple ambience of two fantastic live rooms for drums, vocals, and pretty much any acoustic instrument you can imagine. Drop them into your choice of any convolution reverb to add depth to the elements of your mix.
Gates are wonderful processors that can clean up background noise and bleed in your audio tracks. They’re a bit tricky to understand because the key to successfully using one is often a specific feature that’s hidden or buried in the interface. The feature I’m referring to is called the sidechain. It’s a powerful element of my mixing workflow and I’d like to show you why.
In its simplest form, a gate allows a signal to pass through it only when its decibel level is above a set threshold. This means the gate is ‘open’. If the signal falls below the threshold then no signal is allowed to pass. This means the gate is ‘closed’. The sidechain becomes an integral part of this entire process because it’s what the gate uses to detect whether or not the signal is above or below the set threshold.