Kiloview C1 Mini

The Kiloview C1 Mini (officially cataloged under the model SKU KV-C1 Mini) is a professional, pocket-sized broadcast-grade 3G-SDI to HDMI Hardware Scan Converter.

Unlike standard, cheap consumer adapter boxes that simply plug-and-convert with heavy latency and signal degradation, the C1 Mini is engineered around an FPGA (Field-Programmable Gate Array) microchip processing matrix. It is designed to take a high-end coaxial broadcast video feed from an SDI camera, normalize it with a 10-bit pipeline, and output it instantly over HDMI—all while offering specialized hardware-level assistive overlays for live video editing and monitoring.

Core Engineering and Operational Features

• Lossless 10-Bit FPGA Video Pipeline: The conversion architecture processes the video signal through an advanced FPGA image processor with a 10-bit color-depth rendering path. This preserves the raw structural fidelity, fine details, and color accuracy of the broadcast feed, delivering mathematically lossless, sub-millisecond (zero-latency) translation from SDI baseband to digital HDMI layouts.

• Hardware-Level Video Editing Auxiliary Features: Built into the device's chip logic is the ability to generate live, configurable graphical monitoring overlays directly onto the output image canvas. Operators do not need a computer or companion software to activate these tools; they can be toggled instantly using a physical DIP dial/switch array integrated on the bottom face of the chassis:

  • Image Safety Frames: Renders overlay guidelines on the monitor to ensure graphics and action stay within safe action/title parameters.

  • Center Crosshair: Places a centering cross onto the display layout for fast, mathematically precise camera framing and composition.

  • Audio Columns (VU Meter): Extracts the synchronous embedded digital audio lines from the SDI line and renders real-time graphic audio level meters on the screen to prevent clipping.

• Broad Voltage Input Tolerance for Remote Rigging: Built to withstand the unpredictability of field reporting and mobile remote production, the internal circuit supports a wide 5V to 16V DC voltage spectrum. It is powered via a standard USB Type-C terminal, meaning a camera crew can power the converter directly from a smartphone power bank, an on-camera D-Tap accessory output, or a camera's built-in USB port.

• HDMI Alliance Certified Engine: The C1 Mini has received official authorization and licensing from the HDMI Alliance and has passed strict EMC electromagnetic compatibility testing. This shielding protocol ensures the device will not emit or suffer from localized radio frequency interference when rigged tightly alongside wireless video transmitters, cellular bonding units, or focus motors.

Hardware Technical Specifications Matrix

💡 Operational Engineering Tips for the C1 Mini

The Budget-Friendly SDI Monitoring Workaround: Professional field and studio monitors equipped with native SDI inputs are notoriously expensive. Because the C1 Mini handles high-performance conversion without a single frame of processing lag, you can mount the 120-gram unit directly onto a production rig using a hook-and-loop strip or a small bracket. Run the primary 3G-SDI line from your camera into the C1 Mini, and use its HDMI output to drive a consumer-grade electronic viewfinder (EVF), a low-cost high-bright monitor, or a standard commercial TV screen. This achieves accurate SDI video monitoring without paying the premium for high-end SDI panel equipment.

• Fixing Blank Screen Sync Failures via Switch Check: Because the converter outputs standard HDMI 1.4 protocols, plugging its output into older, legacy HDMI capture cards or consumer display panels can occasionally result in a blank screen or an "Unsupported Format" error if the frame rates do not align. If this happens, use the physical pin toggles on the bottom of the C1 Mini chassis to modify your overlay configurations or force a fresh hardware handshake loop. This forces the display monitor to recalibrate and sync correctly with the incoming 1080p broadcast timing matrix.