CV506-H12
Breakout Cable includes:
• 12V DC Power Connector
• RS-485 Control Connector
• TRS Audio Input
Full-size HDMI Output
Universal
1/4”-20 Mount
HI-SPEED
M12 Lens Mount
Includes 3.6mm Lens
Power Indicator
LENS
OPTIONS
RS-485
CONTROL
The Marshall CV506-H12 is built for capturing high-speed action for detailed, high-defi nition slow-motion video but also
able to deliver 60fps for clear crisp fast paced action. The CV506-H12 uses a 2-Megapixel, 1/2.8-inch sensor with HDMI
output to capture crisp video images in progressive HD and interlace HD resolutions, and has frame rates that go all the way
up to 120 fps in 1080p/720p for detailed HD slow-motion playback.
The CV506-H12 can be controlled through RS485 (Visca) and has a range of adjustable image settings including exposure,
white balance (manual red/blue), pedestal (black level), white clip, brightness, contrast, audio levels, shutter, and more. The
M12 lens mount can be used with fi xed prime or varifocal lens options, and the lightweight, small footprint build enables it to
be placed easily into tight, hard-to-reach locations for unique angles and viewpoints.
PRODUCT FEATURES
• HDMI output
• 2 Megapixel (1/2.8”) Sony sensor (4:2:2)
• Interchangeable M12 Prime Lenses (3.6mm, 72° H. AOV)
• HD (Progressive): 1080p / 720p @ 120, 100, 60, 59.94, 50, 30,
29.97, 25, 24, 23.98 fps
• HD (Interlaced): 1920 x 1080i @ 60, 59.94, 50 fps
• TRS stereo audio inputs (mic & line level)
• Remote adjust through RS485 (Visca) or OSD menu
joystick
• Wide range of picture adjustment including exposure,
white balance (red/blue), pedestal, white clip, brightness,
gamma, contrast, audio levels, shutter, and more
APPLICATIONS
• Broadcast Sports
• Television Production
©2018 Marshall Electronics, Inc. All rights reserved. Features, specifi cations, pricing, and dimensions are subject to change without notice. Please visit our website for updates and information.
Toll Free: (800) 800-6608 | www.marshall-usa.com | support@marshall-usa.com
• Slow Motion Capture
• Sports Racing
• Nature Observation
• Process Analysis