Images are explanatory purposes and are not actual images attained using this product.
The VN-V686 can stream both MPEG-4 and Motion JPEG VGA images
simultaneously at the full frame rate (30fps for each stream). MPEG-4
distribution is ideal where monitoring with smooth, high frame rate
images is required within a limited bandwidth. Motion JPEG images
are useful when you need to record images as evidence data, because
of the high quality still pictures it can provide.
MPEG-4/Motion JPEG Full-Frame Dual Stream
All the Precision and
Quality to Capture
the Crucial Moment
Dual Stream
MPEG-4
Motion JPEG
Fast/Slow
V
ariable Pan
Tilt Speed
at B&W mode
*
Progressive Output for Clearer Images
The VN-V686 series progressive output images are optimal for monitoring
on LCD or TFT monitors. You can obtain flicker-free noiseless images
even for moving objects.
Progressive Output Interlaced Output
REC
JPEG 30fps
MPEG-4 30fps
JPEG
MPEG-4
Recorder
Switch
Live View
Position A
Becomes different from
initial position.
Back to Position A
BCDE
■ Conventional belt-type unit with low accuracy
Camera positions
rotate as preset
Camera positions
rotate as preset
Position A
Maintains almost the
same position.
Back to Position A
■ VN-V686 Direct Drive Motor with 0.03° accuracy
Instead of a conventional belt-type mechanism, the Direct Drive Motor
can greatly increase accuracy and decreasing operation noise. With an
accuracy of 0.03°, it can precisely maintain preset camera positions
even after frequent panning and tilting, which becomes especially
important at high zoom magnifications like 36x.
BCDE
Silent and Accurate Operation for Reliable
Monitoring
JVC’s new Network Camera offers a Direct Drive Motor
and Full-Frame Dual Stream Capability for an Advanced
Monitoring System with Maximum Reliability and Versatility.
Direct Drive Motor – Newly-developed
mechanism to offer precise and highly
responsive pan/tilt movement
The Direct Drive Motor enables perfect control of camera mechanism speeds, even at high 36x
magnification the camera can quickly and accurately capture images, from 400°/sec to 0.04°/sec at the
slowest creep speed.
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