Extend SDI and RS-422 signals
The SDI Xtreme 3G+ is an interface option designed for use in the Q-Series 4300 modular chassis (Q-4300 sold separately). This module enables users to transmit up to two SD/HD signals or one 3G SDI signal with or without embedded audio and data, and is SMPTE 424M, 292M, 259M, 372M and 425 level A and B compliant. Using multi-mode or single-mode fiber, it allows users to locate a SDI monitor from just a few meters up to 40 kilometers (24 miles) away from the controlling computer securely and without the loss of resolution.
Options:
SDI Xtreme 3G+ Module
Supporting two SD/HD signals or one 3G signal
RS-422 port for device control
Features:
Designed for use in the Q-4300 chassis (sold separately) + Module
Multi-standard operation from 270 mbit/s to 3Gbit/s
Supports 3G/HD/SD SDI inputs with embedded audio and ancillary data
Signals are recovered and re-clocked on the receiver
Equalized and re-clocked SDI loop through on the transmitter
Signal transmission via fiber optic cable; no RF interference
Distribute uncompressed broadcast quality signals over single mode fiber up to 40 km. (24 miles) and up to 1000 meters over multi-mode fiber
Compatible with all Thinklogical SDI Xtreme 3G+ (stand alone) extenders, VX and HDX Routers
Support for standard 2.97 (3G), 1.485 (HD), 270 (SD), and fractional 1/1.001 rates
SMPTE 424M, 292M, 259M, 372M, 425 level A and B compliant
RS-422 port for device control - Ideal for remote camera operations requiring pan, tilt and zoom functions
Extends SDI signals over a single fibber - Each fiber supports two SD/HD signals or one 3G signal
SMPTE compliant cable equalization on inputs and cable drivers on outputs to ensure signal integrity
Supports pathological patterns at all rates
Auto detects input video format and displays on LEDs
Single-mode or multi-mode fiber options extend signals up to:
350 meters using multi-mode fiber type OM2
750 meters using multi-mode fiber type OM3
1000 meters using multi-mode fiber type OM4
40 kilometers (24 miles) using single-mode fiber
Extend SDI and RS-422 signals
The SDI Xtreme 3G+ is an interface option designed for use in the Q-Series 4300 modular chassis (Q-4300 sold separately). This module enables users to transmit up to two SD/HD signals or one 3G SDI signal with or without embedded audio and data, and is SMPTE 424M, 292M, 259M, 372M and 425 level A and B compliant. Using multi-mode or single-mode fiber, it allows users to locate a SDI monitor from just a few meters up to 40 kilometers (24 miles) away from the controlling computer securely and without the loss of resolution.
Options:
- Supporting two SD/HD signals or one 3G signal
- RS-422 port for device control
Features:
Designed for use in the Q-4300 chassis (sold separately) + Module
- Multi-standard operation from 270 mbit/s to 3Gbit/s
- Supports 3G/HD/SD SDI inputs with embedded audio and ancillary data
- Signals are recovered and re-clocked on the receiver
- Equalized and re-clocked SDI loop through on the transmitter
- Signal transmission via fiber optic cable; no RF interference
- Distribute uncompressed broadcast quality signals over single mode fiber up to 40 km. (24 miles) and up to 1000 meters over multi-mode fiber
- Compatible with all Thinklogical SDI Xtreme 3G+ (stand alone) extenders, VX and HDX Routers
- Support for standard 2.97 (3G), 1.485 (HD), 270 (SD), and fractional 1/1.001 rates
- SMPTE 424M, 292M, 259M, 372M, 425 level A and B compliant
- RS-422 port for device control - Ideal for remote camera operations requiring pan, tilt and zoom functions
- Extends SDI signals over a single fibber - Each fiber supports two SD/HD signals or one 3G signal
- SMPTE compliant cable equalization on inputs and cable drivers on outputs to ensure signal integrity
- Supports pathological patterns at all rates
- Auto detects input video format and displays on LEDs
- Single-mode or multi-mode fiber options extend signals up to:
- 350 meters using multi-mode fiber type OM2
- 750 meters using multi-mode fiber type OM3
- 1000 meters using multi-mode fiber type OM4
- 40 kilometers (24 miles) using single-mode fiber