Skip to product information
1 of 2

block-cameras

TL7075 3G/HD-SDI Fiber Optic Transmitter 3Gbit/s Link Solution Interface Board for Sony FCB-EV9520L, FCB-EV9500L & Tamron MP3010M-EV HD Block Cameras

TL7075 3G/HD-SDI Fiber Optic Transmitter 3Gbit/s Link Solution Interface Board for Sony FCB-EV9520L, FCB-EV9500L & Tamron MP3010M-EV HD Block Cameras

SKU: TL7075
Tax included.

TL7075 Spec Sheet

The TL7075 3G/HD-SDI Fiber Optic Transmitter is a high-performance interface board designed for Sony FCB-EV9520L, FCB-EV9500L, and Tamron MP3010M-EV HD block cameras. It converts LVDS digital video input into a SMPTE297M-2006 compliant 3G/HD-SDI optical signal, enabling long-distance, EMI-free transmission over 10km single-mode fiber (LC, 1310nm TX). With multiple local outputs including BNC coax, MCX coax, and HDMI (DVI connector), it provides seamless integration with professional video systems. Operating on 7V–12V DC regulated power, the TL7075 ensures low-latency, high-bandwidth video transmission, making it ideal for broadcast, surveillance, UAV, medical imaging, and industrial inspection applications.

Built for high reliability and efficiency, the TL7075 operates within a -5°C to +60°C temperature range and offers low power consumption (4.6W active, 3.5W standby). Its compact, lightweight design allows for flexible installation in space-constrained environments, while fiber optic transmission eliminates signal degradation and electromagnetic interference (EMI). Whether for real-time monitoring, remote video processing, or high-definition video transport, the TL7075 delivers a robust, professional-grade solution tailored for demanding imaging applications.

Features:

  • Supports Sony & Tamron Block Cameras – Compatible with FCB-EV9520L, FCB-EV9500L & MP3010M-EV
  • LVDS Digital Video Input – Direct interface with supported cameras
  • 3G/HD-SDI Fiber Optic OutputSMPTE297M-2006 compliant, 10km single-mode fiber (LC, 1310nm TX)
  • Multiple Local OutputsBNC coax, MCX coax, and DVI (HDMI connector) for flexibility
  • Low Power Consumption4.6W (all outputs active), 3.5W (outputs disabled)
  • Wide Power Input Range – Operates on 7V–12V DC regulated input
  • Reliable Performance-5°C to +60°C operating temperature, EMI-free transmission
  • Compact & Lightweight – Ideal for embedded and mobile video applications

Applications:

  • Broadcast & Live Video
  • Surveillance & Security 
  • Industrial Inspection 
  • UAV & Drone Imaging 
  • Medical Imaging Systems 
  • Remote Video Monitoring 
  • Robotics & Automation 
  • Military & Defense
  • R&D & Testing Labs
  • Traffic & Transportation 


Specification Camera Interface

INPUTS:

DATA LVDS digital video (from camera)

CLOCK LVDS (from camera)

CONTROL Rx 3.3V TTL serial control interface

OUTPUTS:

CONTROL Tx 3.3V TTL serial control interface

RESET 3.3V TTL, active low

OnePush AF 3.3V TTL, active low (FCB-SE600 only)

Note: Camera serial IF speed MUST be set to 9600 Baud (Sony factory default).

Power, Environment and optical Output

POWER:

Input voltage: 7V TO 12V DC regulated,

5V to 6V DC regulated must be used for FCB-SE600.

TL7075:

Power consumption when operated with FCB-EV7500

Camera in 1080p59.94 operation mode (cam motors inactive)

- All local video outputs active, fiber, BNC and HDMI cables connected: PD = 7.5W total (TL7075 PD = 4.6W)

- MCX, BNC and HDMI outputs disabled, cables disconnected: PD = 6.4W total (TL7075 PD = 3.5W)

TL7076:

- TL7076 in 3G operation mode, video standard 1080p59.94

- BNC and HDMI cables connected PD = 4.3W

Power consumption value conditions:

Power input 12V DC

Ambient temperature +25°C/77°F

Humidity 30%

OPERATING CONDITIONS:

Ambient temperature (min/max): -5°C/+60°C = 23°F/140°F

Humidity: 20%-80%

STORAGE CONDITIONS:

Temperature (min/max): -20°C/+60°C = -4°F/140°F

Humidity: 20%-80%

OPTICAL OUTPUT (SFP bidirectional modules) on TL7075:

For single mode fibre (9/125), LC connector, range = 10km

Optical output power -5dBm typical

On TL7075: Transmit wavelength = 1310nm

On TL7076: Transmit wavelength = 1550nm

View full details

Contact Us