The Saramonic SR-C2019 is a versatile 23.6-inch (60 cm) coiled audio breakout cable that splits two right-angled 3.5mm TRS male inputs—ideal for dual wireless receivers—into four straight 3.5mm TRS male outputs for multi-camera or multi-track recording. Featuring gold-plated connectors for reliable, corrosion-resistant signal transfer, it’s optimized…
The Saramonic SR-C2019 is a versatile 23.6-inch (60 cm) coiled audio breakout cable that splits two right-angled 3.5mm TRS male inputs—ideal for dual wireless receivers—into four straight 3.5mm TRS male outputs for multi-camera or multi-track recording. Featuring gold-plated connectors for reliable, corrosion-resistant signal transfer, it’s optimized for systems like the Blink 500 Pro B8 quad receiver, enabling clean, isolated channel feeds to cameras, recorders, or mixers in dynamic setups such as multi-angle shoots in Ostrava.
Designed for synchronized multi-device audio workflows, the Saramonic SR-C2019 is a high-performance coiled splitter cable that transforms the compact dual 3.5mm TRS outputs from 2.4 GHz or UHF wireless receivers into four independent 3.5mm TRS male feeds, perfect for feeding separate cameras, field recorders, or mixer channels without signal sharing or crosstalk. Its two right-angled input plugs ensure low-profile, strain-relieved connections to receivers mounted on camera hot shoes or rigs, while the four straight output connectors deliver full stereo or dual-mono signals—typically routing receiver 1 to outputs 1 & 2 (L/R) and receiver 2 to outputs 3 & 4—ideal for the Blink 500 Pro B8 quad system or similar dual-wireless configurations. The coiled section expands from 5.5 to 23.6 inches (14 to 60 cm), providing flexible reach without excess slack, and gold-plated contacts throughout guarantee maximum conductivity, minimal noise, and long-term durability in humid or high-movement environments. Lightweight and tangle-resistant, the SR-C2019 is a must-have for documentary crews, live streamers, and event producers needing reliable, plug-and-play multi-mic distribution on location.