Specifications

6.26
Request the latest literature and guides from Anixter.
1.800.ANIXTER • anixter.com/literature
Video Transmission and Wireless
Interlogix
Video Transmission and Wireless
D
./Fiber;Video System/3286
Index1.Netw orking Systems //Video Products//Video Sec
urity Systems
INTERLOGIX PR14960V2-34013.eps
The Fiber Options B780G high-resolution component vi
deo links are designed to
support RGB signals for projector and plasma display screens and UXGA
(1,600x1,200) computer systems with resolution up to 2k x 2k pixels. The RGB
component signals are intensity modulated with a bandwidth of 125 MHz per
component. The unit operates with either Sync-On-Green, H&V drives or composite
sync. To satisfy the requirements of the video and computer world, the
B780G/B7780G feature both BNC and the HD-15 computer-interface connectors.
Loop-thru BNC connectors with selectable 75 ohm termination are provided on the
transmitter. The low-profile 1RU chassis can be installed in a standard 19 in.
equipment rack, table top, under-the-desk or ceiling-mounted with the removable
mounting brackets.
FEATURES
• 125 MHz per component
• 1,600x1,200
• Horizontal frequency 15-130 kHz
• VGA, SVGA and UXGA
• RGB
• BNC and HD-15 computer interface
• Resolution up to 2k x 2k pixels
• H&V Sync or Sync-On-Green
• Exclusive Pix-Lock Sync System
• 1-fiber or 3-fiber operation
• Multimode or single-mode fiber
• Optical budget 10 dB
Fiber;Video Module/3279
Index1.Netw orking Systems //Video Products//Video Sec
urity Systems
INTERLOGIX PR14961V2-34019.eps
The S706V and S7706V fiber links accept analog baseband video, convert it to digital
and transmit it as an 8-bit digital signal over optical fiber. Digital transmission of
video with a signal-to-noise ratio of >60 dB assures noise-free video at the receiver.
The S706V and S7706V support all major video formats. Resolution of greater than
520 TV lines guarantees faithful reproduction of high-resolution closed-circuit video
images. The S706V and S7706 meet or exceed the requirements of the EIA/TIA 250C
Medium Haul Standard. The S706V and S7706V also feature Interlogix's unique
SMARTS Technology.
FEATURES
• 8-bit digital video transmission
• 520 TV lines resolution
• Meets/exceeds EIA/TIA 250C Medium Haul Standard
• SMARTS built-in diagnostics
• Optical budget: 13 dB MM; 18 dB SM
• Operates up to 37 mi (60 km)
• Solid-state short-circuit protection
• 24 V AC/13.5 V DC transmitter power
Fiber;Video Multiplexer/3278
Index1.N etworking Systems //Video Produc ts//Video Sec
urity Systems
INTERLOGIX PR14962V2-33991.eps
The S708V/S7708V Digital Video Multiplexer system us
es revolutionary CWDM
technology to provide simultaneous long-range transmission of multiple full-frame,
real-time video signals over one multimode fiber. The eight-channel system features a
bandwidth of 6.2 MHz per channel and optical automatic gain control (OAGC). It
accepts analog baseband input signals and converts them to digital format for
transmission, assuring high-quality video outputs at the receiver. Interlogix's unique
SMARTS Technology includes a built-in video test-pattern generator on the transmitter
for system setup and onscreen diagnostics to indicate insufficient optical power or
an inactive video channel for each output.
FEATURES
• Eight video channels on a single fiber
• Digital multiplexing technology
• 10-bit digital encoding
• 500 TV lines resolution
• Color or monochrome
• SMARTS diagnostics
• Optical automatic gain control
• Solid-state short-circuit protection
B780G High-resolution Video Component Fiber Links
Anixter No. Vendor No. Description
273635 B780GT-RST3 Multimode transmitter
273638 B780GR-RST3 Multimode receiver
S706V/S7706 Digital Video Fiber System
Anixter No. Vendor No. Description
340331 S706VT-ESTL Multimode 1-fiber link, transmitter
273612 S706VR-ESTL Multimode 1-fiber link, receiver
342202 S7706VT-EST Single-mode 1310 nm 1-fiber
link, transmitter
273613 S7706VR-EST Single-mode 1310 nm 1-fiber
link, receiver
S708V/S7708V 8-channel Digital Video Multiplexer System
Revise - Sec06 Video Transmission and Wireless.fm Page 26 Tuesday, December 11, 2012 11:30 PM