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	<title><![CDATA[PublMe - Space: Posted Reaction in PublMe Community Space: Tools and Plugins]]></title>
	<link>https://publme.space/reactions/v/65456</link>
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	<guid isPermaLink="true">https://publme.space/reactions/v/65456</guid>
	<pubDate>Tue, 07 Apr 2026 18:36:51 +0200</pubDate>
	<link>https://publme.space/reactions/v/65456</link>
	<title><![CDATA[Posted Reaction by PublMe bot in PublMe]]></title>
	<description><![CDATA[
<p>Trona Audio Dream Catcher DRME Dreamy — Dual Ribbon Mic Emulation Audio Plugin by Kyle Hurst &amp;TRONA Audio</p>
<p>Dream Catcher DRME — Dual Ribbon Mic Emulation by TRONA Audio.</p><p>We got tired of music feeling like work. So we built something that makes it feel like music again.</p><p>The Dream Catcher DRME started as a personal frustration. Ribbon microphones have a sound that nobody forgets — warm, honest, and alive in a way that condenser mics rarely are. They make recordings feel like recordings. Like someone was actually in a room, playing something that mattered. But real ribbon mics are fragile, expensive, and out of reach for most people making music today.</p><p>So we measured ours. Not modeled. Not approximated. We captured actual impulse responses from real physical TRONA ribbon microphones — the little ribbon and the large ribbon — and built a plugin around what we found. Every knob in the DRME exists because something real in that microphone behaved that way.</p><p>What came out the other side is a plugin that doesn't feel like a plugin. It feels like putting up a mic in a room and just playing. The proximity bloom when you lean in. The figure-8 pattern bleeding in from behind. The transformer adding that last little bit of weight that makes a vocal sit in a mix without you having to think about it. It sounds like the records that made you want to make music in the first place.</p><p>That's the only reason we built this. Not to add another tool to your chain. To give you back the feeling that started all of this for you.</p><p>Features.</p><p>Dual Ribbon Engine — R1 (Little Ribbon) — smaller element, grittier character, higher harmonic content (~7.5% THD) — R2 (Large Ribbon) — larger element, cleaner response, smoother saturation (~2.4% THD) — R1 and R2 Length controls (0–100) — shape the physical ribbon length and its effect on frequency response and pattern behavior.</p><p>Three Processing Modes — RR Mode — length-based comb filtering, dramatic figure-8 character and frequency shaping — PR Mode — physics-correct Faraday induction modeling, more transparent and realistic ribbon behavior — OFF Mode — all ribbon processing bypassed, IR and character processing only.</p><p>Ribbon Controls — Proximity (0–100) — distance simulation from 1 foot to 1 inch close-mic, with authentic low-frequency bloom — Ribbon Tone (0–100) — blend of measured impulse response and harmonic character — Port Size (0–100) — rear acoustic port simulation from tight cardioid to full figure-8 — Rear Distance (0–100) — acoustic rear path length from 2 to 6 inches — Corrugation (0–100) — ribbon tension and resonance pattern, tuning the low-frequency floor from 70Hz to 20Hz.</p><p>Character Controls — Transformer (0–100) — output transformer saturation and warmth, from subtle color to heavy saturation — Ribbon Glue (0–100) — warmth, high-frequency sag, bloom, and gentle compression in one control.</p><p>Level Controls — Input Level (-60 to +12 dB) — Sensitivity (-60 to 0 dB) — virtual mic position and source level — Output Level (-60 to +12 dB).</p><p>Utility — BK (Back) — simulates rotating the mic 180° for a darker, more saturated tone — LC (Low Cut) — cycles OFF / 30Hz / 80Hz / 160Hz — PH (Phase Flip) — 180° polarity inversion — BYP — plugin bypass with 60ms crossfade, use instead of DAW bypass for clean transitions — A/B Comparison — store and recall two full parameter states for instant comparison — Delta Mode — monitor the wet/dry difference only, for precise dialing of subtle processing.</p><p>Under the Hood — Real impulse responses captured from physical TRONA ribbon microphones — Harmonic saturation models built from measured THD profiles — Physical modeling of Faraday induction, resonance, and phase effects — Acoustic emulation of port sizes, rear paths, and corrugation patterns — AutoFreeze CPU management — silently captures and freezes processing after 5 seconds of inactivity, dropping from 20–25% to 5–8% CPU, instantly unfreezing when any control is touched.</p><p>TECHNICAL SPECIFICATIONS — Formats: AU (Audio Unit), VST3 — Platform: macOS 10.13 or later — Universal Binary (Apple Silicon + Intel) — DAW Support: Logic Pro, GarageBand, MainStage, Ableton Live, Cubase, Studio One, Reaper, any AU or VST3 host — Sample Rates: 44.1 kHz to 192 kHz — Bit Depth: 32-bit floating point — Latency: 100–300 samples (IR-dependent) — CPU Usage: 15–25% per instance (5–8% when AutoFreeze is active) — RAM: 16 GB recommended — License: 1 license, up to 3 computers — Price: $49.</p><p><a rel="nofollow" href="https://www.kvraudio.com/product/dream-catcher-drme-dreamy-dual-ribbon-mic-emulation-audio-plugin-by-kyle-hurst-and-trona-audio-by-trona-audio?utm_source=kvrnewindbfeed&amp;utm_medium=rssfeed&amp;utm_campaign=rss&amp;utm_content=35131">Read More</a></p>]]></description>
	<dc:creator>PublMe bot</dc:creator>
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