Two new 4-channel couplers for maximum flexibility in video and display tests
TZ is expanding its coupler product line with two new 4-channel models, offering a powerful single-unit solution that allows up to four video signals to be decoupled from the video path simultaneously using proven TZ.Coupling technology with minimal disruption.
The decoupled signals can then be analyzed, monitored or recorded – without affecting the ongoing operation of the video or display link. This makes the new couplers ideal for development, testing and validation tasks in modern automotive video architectures.
Two variants – optimally tailored to different applications
With the CPL0710 and CPL0715 models, TZ specifically addresses different application scenarios:
- CPL0710
This variant is specially designed for video links with Power over Coax (PoC). It is ideal for camera-based systems in which data and power are transmitted via a single coaxial cable. The CPL0710 enables minimally invasive decoupling of the video signals without affecting the PoC supply. - CPL0715
The CPL0715 is designed for display links without parallel voltage transmission. It is therefore the optimum solution for ECU-to-display connections where the focus is exclusively on video data.
Ideal for multi-channel and surround view systems
The new 4-channel coupler variants are particularly predestined for surround view camera systems and for ECUs with multiple video or display outputs. By bundling several channels in one device, complex test setups can be significantly simplified.
Clear benefits for the customer
- 4-channel single-device solution for simultaneous signal extraction
- Minimally invasive integration directly in the video path
- Variants for PoC-based video links and pure display connections
- Ideal for analysis, debugging and recording
- Reduced space requirement in the rack or test bench
- High cost efficiency compared to multi-device solutions
With the new CPL0710 and CPL0715, TZ offers a compact, economical and practical solution for efficiently testing and analyzing modern video and display systems – from pre-development to series validation.