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Message: [QUOTE="Shamiso, post: 92704, member: 160"] ConvertWithMoss 20.3 supports dozens of sampler formats across Windows, macOS, and Linux, while SampleStack 1.3 is a native macOS library manager. Both can turn sample material into multisample instruments, but the overlap gets much smaller once you look at the work surrounding the conversion. ConvertWithMoss is built around translation. Feed it an existing sampler instrument, disk image, preset, or folder of samples and convert the material into another supported format. Its current list runs to 60 format families, although some are read-only and a few hardware writers are explicitly marked as not yet verified on physical gear. The [B][URL='https://goldmidi.com/community/threads/samplestack-debuted-its-macos-sample-library-manager.78067/']SampleStack sample conversion workflow[/URL][/B] starts from a different place. Your samples remain in one browsable library with tags, ratings, metadata, editing, validation, and hardware targets attached to the same workflow. Conversion is one stage of managing the collection rather than the whole reason the application exists. [HEADING=2]ConvertWithMoss goes much deeper into old formats[/HEADING] ConvertWithMoss makes more sense when the awkward file format is the actual problem. Its current source support stretches through Akai generations, Kontakt, EXS24, SoundFont, SFZ, Decent Sampler, Renoise, Maschine, vintage Roland and E-mu formats, Waldorf instruments, MPC programs, and several disk-image formats that ordinary sample managers never touch. Some of those formats are valuable precisely because they are old. A folder full of WAV files is easy to rescue manually. An old sampler bank containing key zones, velocity ranges, loops, envelopes, tuning, filters, and program structure is another story, especially when the original hardware or editor disappeared years ago. Version 20.3 even added analysis logging that can expose what an instrument contains before processing, including mappings, loops, envelopes, LFOs, and filters. It also reports when audio gets resampled because the destination cannot retain the source rate or bit resolution. Resampling deserves visibility because new output samples have to be calculated when rates change. The [B][URL='https://doi.org/10.1109/4.280698']asynchronous digital sample-rate conversion paper[/URL][/B] deals with the interpolation problem directly. A conversion log telling you when audio changed is more useful than quietly handing back a file with different technical properties. [HEADING=2]SampleStack keeps conversion attached to the library[/HEADING] SampleStack is narrower on legacy instrument formats. Its current instrument imports center on SFZ and Decent Sampler, plus raw samples that can be mapped into a new multisample. Its export side covers formats such as SFZ, SoundFont 2, Decent Sampler, Ableton Sampler, TX16Wx, Disting, and Deluge. The extra work happens around those formats. You can find a sound, inspect its waveform, crop or fade it non-destructively, organize it, check whether it suits a particular hardware destination, and make a converted copy without changing the source library. The [URL='https://goldmidi.com/community/threads/organize-a-large-sample-library-on-mac-without-folder-chaos.78113/']sample-library organization workflow[/URL] matters more here than another giant import list. Building from loose recordings also feels more like instrument editing than file translation. SampleStack detects pitches, creates zones, handles velocity layers, lets you adjust the map, and provides playable auditioning before export. The [URL='https://goldmidi.com/community/threads/loose-one-shots-can-become-a-playable-multisample.78111/']one-shot multisample workflow[/URL] covers the checks worth doing before trusting the automatic map. Hardware preparation adds another difference. SampleStack validates ordinary audio against built-in sampler requirements and can use custom profiles for unsupported hardware, so sample rate, bit depth, channels, filenames, duration, and destination layout can be treated as delivery rules. ConvertWithMoss instead shines when the destination has an actual instrument format it knows how to write. [HEADING=2]Feature preservation matters more than format names[/HEADING] Seeing the same extension on both sides does not mean every conversion is equivalent. Multisample formats differ in what they can describe, so loops, crossfades, envelopes, round robins, filters, LFOs, release behavior, or metadata may survive one route and disappear through another. ConvertWithMoss has the broader internal model here and keeps expanding it. Recent versions added support for details such as random layers, choke groups, loop-release behavior, keyboard tracking, and modulation across selected formats. Its documentation also distinguishes read-only formats from writable ones, which matters before you plan a migration. SampleStack makes the same limitation easier to inspect from the destination side with its multisample feature matrix. You can see which export carries zones, velocity layers, roots, envelopes, loops, stereo audio, artwork, or other instrument data before choosing the format. A hardware destination can introduce another layer of constraints even after the mapping converts correctly. The [URL='https://goldmidi.com/community/threads/custom-profiles-can-cover-unsupported-hardware.78117/']custom hardware profile workflow[/URL] is useful when the problem is getting ordinary audio onto a specific box rather than translating an old instrument program. ConvertWithMoss is free, open source, and cross-platform. SampleStack offers a seven-day Mac trial followed by annual or lifetime access. The useful dividing line is not price alone. One is unusually broad in translating sampler instruments, while the other keeps library management, editing, validation, instrument building, and hardware preparation in one Mac workflow. [/QUOTE]

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