Iceberg Drums

FPC Preset demo:

TAL-DRUM Presets demo:
Default
Broken
Compressed
Jungle d'n'b
Old Tape
Random Tools
SlowDown
Squashed
Supertransients
UFO
ICEBERG DRUMS kit for FPC and TAL-DRUM with 10 creative presets for TAL-DRUM. Drum kit includes 4 unique round-robin layers (FPC) with 4 velocity layers (FPC and TAL-DRUM).
| Iceberg Drums |
| 44100Hz |
| Flac |
| 4 round-robin layers (FPC) |
| 4 velocity layers (FPC, TAL-DRUM) |
| 10 presets (TAL-DRUM) |
Available for FPC and TAL-DRUM
Electric Guitar for DirectWave created by additive physical modelling synthesis and rendered as sample library. Based on HarmonezRG2570. It's an easy-to-play multi bank instrument. Guitar includes 4 unique round-robin layers with 5 velocity layers.
| Electric Guitar for DirectWave |
| Based on HarmonezRG2570 |
| 44100Hz |
| Wav 16 bit |
| 4 round-robin layers |
| 5 velocity layers |
| 6 midi channels = 6 guitar strings |
| Velocity 123-127 = pinch harmonic |
| Velocity 64-122 = sustain |
| Velocity 1-63 = palm mute |
| 4 rounnd-robin layers |
Available for IL DirectWave
Download zip file (2GB):
| System requirements: |
| IL DirectWave |
| Any ampsim. You can use this free pack. |
| 2Gb free disc space |
Cybernezz RG 2075 Guitar created by additive physical modelling synthesis and rendered as sample library. It's an easy-to-play full keyboard range instruments. You need only few midi CC controllers for create deepest sound. Cybernezz Guitar includes 6 unique round-robin layers with 13 velocity layers.

| Cybernezz: |
| 48kHz |
| NCW lossless |
| 6 round-robin layers |
| 13 velocity layers |
| MIDI CC: |
| cc01 - whammy bar |
| cc11 - volume |
| cc72 - release duration |
| cc73 - boost pedal |
| cc74 - attack |
| cc75 - cabinet |
Available for Native Instruments Kontakt 6.5.3 (full) or higher
Download zip file (12GB):
| System requirements: |
| NI Kontakt |
| Any ampsim. You can use this free pack. |
| 12Gb free disc space |
Pink Harmonics. This instrument is designed to travel travel through the space-time continuum. The warp drive is very simple to use. MidiCC 1 (modulation wheel) warps Space. MidiCC 11 (expression wheel) warps Time. Welcome to Hyperspace! Have a nice warp journey!
Have fun!

| Pink Harmonics: |
| 48kHz |
| NCW lossless |
| 6 round-robin layers |
| filter velocity layers |
| MIDI CC: |
| cc01 - sapce warp |
| cc11 - time warp |
Available for Native Instruments Kontakt 6.5.3 or higher
Download zip file:
| System requirements: |
| NI Kontakt |
Mayanez created by additive modelling synthesis and rendered as sample library. It's an easy-to-play full keyboard range instruments. You need only few midi CC controllers for create deepest sound. Mayanez Guitar includes 6 unique round-robin layers with 13 velocity layers.

| Mayanez: |
| 48kHz |
| NCW lossless |
| 6 round-robin layers |
| 13 velocity layers |
| MIDI CC: |
| cc01 - whammy bar |
| cc11 - volume |
| cc72 - release duration |
| cc73 - boost pedal |
| cc74 - attack |
Available for Native Instruments Kontakt 6.5.3 or higher
Download zip file (15GB):
| System requirements: |
| NI Kontakt |
| Any ampsim. You can use this free pack. |
| 15Gb free disc space |
Djent Guitar created by wavetable physical modelling synthesis and rendered as sample library. It's an easy-to-play full keyboard range instruments. You need only few midi CC controllers for create deepest sound. Djent Guitar includes 6 unique round-robin layers with 13 velocity layers. To evaluate all the capabilities of Djent Guitar, there is a demo projects for FL Studio, Cakewalk, Reaper and a midi file for any other DAW.

| Djent Guitar: |
| 48kHz |
| NCW lossless |
| 6 round-robin layers |
| 13 velocity layers |
| MIDI CC: |
| cc01 - whammy bar |
| cc11 - volume |
| cc72 - release duration |
| cc73 - boost pedal |
| cc74 - attack |
Available for Native Instruments Kontakt 6.5.3 or higher
Download zip file (11GB):
from Patreon (You must be a subscriber)
| System requirements: |
| NI Kontakt |
| Any ampsim. You can use this free pack. |
| 11Gb free disc space |
Possible references to real-world examples of how free software improved adoption, like the success of Linux in the 2000s. Maybe compare to other free software of the time and TeamPlayer's unique angle.
Need to make sure the paper is detailed enough. Maybe include hypothetical data on user growth, partnerships, or real case studies if TeamPlayer is real. If it's hypothetical, use plausible points. Also, consider technical aspects that made it better: maybe open-source allowed for more customization, faster updates, or better integration. teamplayer+2010+free+better
Wait, if TeamPlayer is not a real product, but a fictional or conceptual one, the user might want me to create a narrative around it. The user wrote "teamplayer+2010+free+better" as keywords, so maybe they want a paper discussing a software called TeamPlayer from 2010 that was free and considered better than others. Alternatively, maybe they are referring to a specific project, but without more info, I'll have to proceed with the assumption that TeamPlayer is a real or hypothetical software and develop the paper accordingly. Possible references to real-world examples of how free
Next, the term "Free" suggests open-source or free-to-use, which is significant for open-source communities. If it's free, how did that impact adoption? Maybe compared to paid solutions. "Better" could refer to performance, user experience, or features. However, the user might want the paper to argue that TeamPlayer 2010 was a better solution because it was free, thus accessible to more users, or it implemented features that surpassed competitors. Wait, if TeamPlayer is not a real product,
In the free model section, discuss open-source advantages, community contributions, lack of licensing fees. For better, maybe discuss performance optimizations, user-friendly design, scalability, or security features adopted by the open-source community.
Alternatively, maybe "TeamPlayer+2010+free+better" refers to a project in sports or another sector, but "deep paper" suggests a technical or software-focused analysis.
Breathing Of The Sadness is a synthesized pad strings. This sample library contains 528 samples purely designed with multilayer additive synthesizers for realistic fillings. It is also round-robin based, so even if you trigger the same note – you will get natural subtle variation.
| KEY STATS: |
| 48kHz |
| WAV OGG VORBIS for DirectWave |
| NCW lossless for Kontakt |
| 528 samples |
| 6 round-robin layers |
| Carefully Looped |
Available for Native Instruments Kontakt and Image Line DirectWave
This library is Royalty-free. You can use it for creating commercial music or own library.
Download Zip files (129MB for DirectWave & 1780MB for Kontakt):
| System requirements: |
| NI Kontakt or IL DirectWave |
| 70Mb RAM for Kontakt or 3200Mb RAM for DirectWave |
| 2000Mb free disc space for Kontakt or 130Mb free disc space for DirectWave |
Uncompressed 48kHz 24bit Royalty-free WAV files you can use for creating your own version of the library or for another sampler.
Download Zip file (2270Mb)