Rhinoco Catalogue 2009 - Rhinoco Technology
Rhinoco Catalogue 2009 - Rhinoco Technology
Rhinoco Catalogue 2009 - Rhinoco Technology
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Also available - Vandal<br />
Proof Version<br />
(VSJVC-VNC215VP4U)<br />
JVC IP-Network Dome Camera<br />
Discrete surveillance IP-network Dome Camera with<br />
30fps at full resolution (VGA), triple axis rotation lens<br />
for various installations and Power over Ethernet (PoE)<br />
capabilities. Camera set-up and viewing of images can<br />
be achieved using a standard web browser over the<br />
internet or via SMTP or FTP.<br />
Features:<br />
- VGA resolution at 30 fps (max) using high quality<br />
MotionJPEG compression<br />
- Built-in x3.6 vari-focal lens (f=2.8 to 10mm)<br />
- Various installations possible with Triple axis rotation<br />
mechanism<br />
- Multicast (IGMP ver. 2) protocol to allow multiple client<br />
connectivity<br />
- Built-in web server for camera set-up and image<br />
viewing<br />
- One CAT5 cable for data transmission and power<br />
supply thanks to PoE compliance (Power over Ethernet<br />
IEEE802.3af)<br />
- Easy Day/Night function (Colour/B and W switching)<br />
Image Sensor 1/4 inch 380,000 pixels CCD<br />
Resolution 640 x 480 or 320 x 240<br />
2 selections via confi guration Web page<br />
Lens Fujinon F1.3 varifocal 2.8 - 10mm DC iris<br />
Focus range: 0.3m to infi nity<br />
Minimum Illumination Super LoLux sensitivity: Colour Mode 0.75 lux, F1.3<br />
B/W mode 0.4 lux, F1.3<br />
Power 24VAC / 12VDC<br />
Dimensions 133(H) x 145(W) x 145(D) mm -(VSJVC-VNC215V4U<br />
125(H) x 160(W) x 160(D) mm -(VSJVC-<br />
VNC215VP4U<br />
Part No.<br />
VSJVC-VNC215V4U<br />
VSJVC-VNC215VP4U<br />
Also available - Vandal<br />
Proof Version<br />
(VSJVC-TKC655WPE)<br />
JVC Dual Stream Network Camera<br />
With 36x Optical Zoom<br />
Dual Stream Network Camera with 36x Optical Zoom<br />
and Accurate Direct Drive Motor Mechanism<br />
Features:<br />
- 0.03Deg. Super Accuracy for Preset Positions<br />
- 0.04Deg./sec to 400Deg./sec Pan Speed Flexibility<br />
- Super Silent Mechanism<br />
- Day/Night Function with IR Cut Filter<br />
- Effective Backlight Compensation<br />
- Progressive Output Capability<br />
- MPEG-4/Motion JPEG Full-Frame Dual Stream<br />
- Super LoLux sensitivity<br />
- Quick and Easy Installation<br />
Image Sensor 1/4” Interline Transfer CCD<br />
Resolution 640 x 480, 320 x 240<br />
Lens F1.6 (wide) to F4.5 (tele), f=3.4mm to f=122mm<br />
Automatic Day/Night IR cut fi lter<br />
Focus: Manual/Easy AF/One push<br />
Max. close-range: Approx. 1.8m (tele), 0.6m (wide)<br />
Minimum Illumination Super LoLux sensitivity: Colour Mode 1.0 lux, F1.2<br />
B/W mode 0.08 lux, F1.2<br />
Power 24VAC<br />
Dimensions 160(Diam.)x 201(H) mm - (VSJVC-VNV686U)<br />
260(Diam.)x 385(H)x 350(D) mm -(VSJVC-<br />
VNV686WPU)<br />
Part No.<br />
VSJVC-VNV686U<br />
VSJVC-VNV686WPU<br />
CCTV SURVEILLANCE PRODUCTS<br />
IP Address<br />
What is a private (local) IP address?<br />
Private IP address is an IP address that can be used freely as a LAN network<br />
address without being connected to the Internet.<br />
What is a global IP address?<br />
Global IP address is an IP address that is assigned to a device connected to<br />
the Internet. This address is indispensable for carrying out transmissions via<br />
the Internet.<br />
“192.168.0.2” is the IP address set in the initial settings for JVC’s V.Networks.<br />
EXAMPLE:<br />
Local IP Address Range Global IP Address Range<br />
Simultaneous access by multiple users<br />
The frame rate (or bit rate), which refers to the number of images<br />
that can be transmitted by V.Networks within a second, is decided<br />
according to the specifi cations of V.Networks. Within the range<br />
of specifi cation approximately 10 users can simultaneously<br />
access V.Networks. However, when a large number of users<br />
simultaneously access V.Networks, there may be a decline in the<br />
frame rate or image quality.<br />
Unicast and Multicast<br />
Unicast transmission<br />
Since unicast involves one-to-one transmission between two<br />
terminals (e.g. between a camera and a monitoring PC), it is<br />
necessary for the bandwidths to be equivalent to the number of<br />
terminals when identical information is to be acquired by several<br />
terminals.<br />
Multicast transmission<br />
Since multicast is used to transmit a single packet to multiple<br />
terminals, the data transmission volume decreases regardless<br />
of the number of terminals. Multicast requires a compatible<br />
network device. * Remote surveillance via the Internet cannot be<br />
carried out with a multicast system. * Multicast systems require<br />
an optimum network design.<br />
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