Flanders 24” DM241

The DM241 is a durable, lightweight, efficient, and color critical professional broadcast monitor. Industry leading fast mode processing, a durable all metal chassis, and our most advanced feature set make the DM241 ideal for applications ranging from production to post.
FSI’s 3rd generation Color Fidelity and LUT Interpolation Engine (CFE3) houses a multitude of calibration and Look LUT memories for highly accurate color reproduction and effective look management. Instantly select from Rec709, EBU, SMPTE-C, DCI P3, Rec2020 Emulation*, Native Wide Gamut, and Custom User Generated color spaces. When activated this feature will highlight in focus areas with a trace color. The sensitivity of the focus assist feature can be adjusted using the H POS rotary knob. The weight (transparency) of the focus assist feature can be adjusted using the V POS Rotary knob. The color of the focus assist trace can be adjusted using the REF POS rotary knob. Select from White, Black, Red, Green, Yellow, Blue, Magenta, and Cyan. Additional gamma, peak luminance, and color temperature toggles further add to the versatility of DM Series Monitors. DM Series Monitors have Real Time Waveform and Vectorscope that update every frame. Scope position, background, size, and scale can be adjusted independently using the rotary knobs on the face of the monitor. Real Time scopes work in all processing modes including Zero Delay Fast Mode. CFE3 features industry leading tetrahedral LUT interpolation for greater accuracy and visual performance than hardware utilizing trilinear LUT interpolation.
FSI monitors come pre-calibrated from the factory and all DM series monitors support highly accurate volumetric Auto Calibration for recalibration over time. Simply plug a supported probe directly into the monitor and the advanced AutoCal routine will profile the monitor and use volumetric data to accurately target a very wide variety of available color management selections. 3D and 1D LUTs are calculated and saved on the fly as color management selections on the monitor are made, making for one simple and unified calibration process, all without requiring a computer.