DFS-700/700P

Appendixes

1-77

Effect Control Parameter List

 

Effect control parameters (continued)

Pattern

Effect type and adjustable parameters

No.

 

2710

3D page turn

2711

F1: Direction of turn (Angle = 0 to 100)

 

F2: Change in turn direction (Curve = –100 to +100)

 

F3: Radius of turn (Radius = 0 to 100)

 

F4: Adjustment of effect end position (EndAdj= –100 to +100)

 

F6: Amount of X-axis rotation (Rot_X = –100 to +100)

 

F7: Amount of Y-axis rotation (Rot_Y = –100 to +100)

 

F8: Amount of Z-axis rotation (Rot_Z = –100 to +100)

 

F9: Perspective (Pers = 0 to 100)

 

F10: Delay before start of turn (Delay = –100 to +100)

 

X/Y/Z: Location, enlargement, and reduction of the pattern

2712

3D page turn

2713

F3: Radius of turn (Radius = 0 to 100)

 

F4: Adjustment of effect end position (EndAdj= –100 to +100)

 

F6: Amount of X-axis rotation (Rot_X = –100 to +100)

 

F7: Amount of Y-axis rotation (Rot_Y = –100 to +100)

 

F8: Amount of Z-axis rotation (Rot_Z = –100 to +100)

 

F9: Perspective (Pers = 0 to 100)

 

F10: Delay before start of turn (Delay = –100 to +100)

 

X/Y/Z: Location, enlargement, and reduction of the pattern

2714

3D page turn

2715

F3: Radius of turn (Radius = 0 to 100)

 

F4: Adjustment of effect end position (EndAdj= –100 to +100)

 

F6: Amount of X-axis rotation (Rot_X = –100 to +100)

 

F7: Amount of Y-axis rotation (Rot_Y = –100 to +100)

 

F8: Amount of Z-axis rotation (Rot_Z = –100 to +100)

 

F9: Perspective (Pers = 0 to 100)

 

F10: Delay before start of turn (Delay = –100 to +100)

 

X/Y/Z: Location, enlargement, and reduction of the pattern

2720

3D twist

 

F1: Direction of twist (Angle = 0 to 99)

 

F2: Change in twist direction (Curve = –100 to +100)

 

F3: Area of the part that twists (Area = 0 to 100)

 

F6: Amount of X-axis rotation (Rot_X = –100 to +100)

 

F7: Amount of Y-axis rotation (Rot_Y = –100 to +100)

 

F8: Amount of Z-axis rotation (Rot_Z = –100 to +100)

 

F9: Perspective (Pers = 0 to 100)

 

F10: Delay before start of twist (Delay = –100 to +100)

 

X/Y/Z: Location, enlargement, and reduction of the pattern

2721

3D twist

to

F3: Area of the part that twists (Area = 0 to 100)

2724

F4: Type of twist (TYPE = TYPE01/TYPE02/TYPE03/TYPE04)

 

 

F6: Amount of X-axis rotation (Rot_X = –100 to +100)

 

F7: Amount of Y-axis rotation (Rot_Y = –100 to +100)

 

F8: Amount of Z-axis rotation (Rot_Z = –100 to +100)

 

F9: Perspective (Pers = 0 to 100)

 

F10: Delay before start of twist (Delay = –100 to +100)

 

X/Y/Z: Location, enlargement, and reduction of the pattern

A-14Appendixes

(continued)

 

Effect control parameters (continued)

 

Pattern

Effect type and adjustable parameters

 

No.

 

 

2730

3D box twist

 

to

F3: Area of the part that twists (Area = 0 to 100)

Appendixes

2739

F4: Type of twist (TYPE = TYPE01/TYPE02/TYPE03/TYPE04)

 

 

F5: Delay before start of twist (Delay = –100 to +100)

 

 

X/Y/Z: Location, enlargement, and reduction of the pattern

 

2750

3D modeling effect

 

 

F1: Amplitude of swirl (Amp = 0 to 100)

 

 

F2: X-axis rotation of path into swirl (Path_X = –100 to +100)

 

 

F3: Y-axis rotation of path into swirl (Path_Y = –100 to +100)

 

 

F4: Z-axis rotation of path into swirl (Path_Z = –100 to +100)

 

2800

3D beveled edge, Picture-in-picture

 

to

F1: Amount of X-axis rotation (Rot_X = –100 to +100)

 

2805

F2: Amount of Y-axis rotation (Rot_Y = –100 to +100)

 

 

F3: Amount of Z-axis rotation (Rot_Z = –100 to +100)

 

 

F4: Perspective (Pers = 0 to 100)

 

 

F5: Bevel frame type (TYPE = TYPE01 to TYPE10)

 

 

F6: Width of frame (Width = 0 to 100)

 

 

F10: Position of light source (Light = –100 to +100)

 

 

X/Y/Z: Location, enlargement, and reduction of the pattern

 

2810

3D modeled edge, Picture-in-picture

 

to

F1: Amount of X-axis rotation (Rot_X = –100 to +100)

 

2813

F2: Amount of Y-axis rotation (Rot_Y = –100 to +100)

 

 

F3: Amount of Z-axis rotation (Rot_Z = –100 to +100)

 

 

F4: Perspective (Pers = 0 to 100)

 

 

F5: Border frame type (TYPE = TYPE01 to TYPE04)

 

 

F6: Width of frame (Width = 0 to 100)

 

 

F7: Length of protruding part of frame (Length = 0 to 100)

 

 

F8: Sharpness of frame edges (Sharp = 0 to 100)(2810 and 2811 only)

 

 

F9: Position in the depth direction of the picture (Depth = 0 to 100)

 

 

F10: Position of light source (Light = –100 to +100)

 

 

X/Y/Z: Location, enlargement, and reduction of the pattern

 

(continued)

Appendixes A-15

Page 83 Page 85
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Image 84
Sony DFS-700P, BKDF- 702, BKDF-712, BKDF-711, 702P service manual 14Appendixes
Page 83 Page 85

702P, BKDF-711, BKDF-712, BKDF- 702, DFS-700P specifications

Sony, a leader in professional video technology, has developed a range of advanced digital field studio (DFS) products that cater to various broadcasting and production needs. The Sony DFS-700 series is particularly known for its high-quality imaging and robust features, making it a popular choice among professionals.

The Sony DFS-700 is a versatile digital signal processor designed for both field and studio use. It features high-definition video processing capabilities, supporting multiple video formats, including 1080i and 720p. This model is equipped with advanced digital signal processing technology, which ensures superior image quality through enhanced noise reduction and color correction. The DFS-700 also supports various input formats, allowing seamless integration with existing broadcast systems.

Alongside the DFS-700, the BKDF-712, BKDF-711, BKDF-702, and BKDF-702P are essential components in the Sony ecosystem. The BKDF-712 is designed for high-definition video capture and processing, featuring dual-channel capabilities that allow for simultaneous input and output. With support for both SDI and HDMI interfaces, this module provides flexibility in connecting to various video sources.

The BKDF-711 focuses on audio processing, providing high-quality audio capture and mixing capabilities. It supports a range of audio formats, ensuring compatibility with different production environments. The built-in audio delay feature is particularly useful for live broadcasts, helping synchronize audio and video seamlessly.

Next in line, the BKDF-702 is known for its advanced encoding capabilities. It features real-time encoding for different streaming formats, making it ideal for live broadcasts and on-demand streaming. The BKDF-702P, a professional version of the BKDF-702, offers enhanced features such as lower latency and higher compression efficiency, catering to the needs of high-performance streaming.

Each of these modules is designed with modularity in mind, allowing easy upgrades and customization based on specific production requirements. Together, they form a comprehensive solution for professional video and audio processing, embodying Sony's commitment to innovation and quality in the broadcasting industry.

Overall, the Sony DFS-700 and its associated modules represent a blend of technology, flexibility, and high performance, making them indispensable tools for professionals in the ever-evolving landscape of video production. With their cutting-edge features, these products continue to set benchmarks in the world of broadcasting and live event production.
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