Simple R III
Typical configurations
Simple R III
Typical configurations
Configuration Description Diagram File
One workplace
6 6 2 mode 6-camera HD SDI Replay configuration with Program and Preview. Channels: 6 Record; 6 Search; 2 Playback. 1st Output – Program, 2nd Output – Preview. Graphics Port 1 – Main Interface, Graphics Port 2 – Multiviewer Interface. Simple RIII. 6-camera HD SDI Replay configuration with Program and Preview
7 7 2 mode 7-camera HD SDI Replay configuration with Program and Preview. Channels: 7 Record; 7 Search; 2 Playback. 1st Output – Program, 2nd Output – Preview. Graphics Port 1 – Main Interface, Graphics Port 2 – Multiviewer Interface. With Redundant Power Supply Option. Simple RIII. 7-camera HD SDI Replay configuration with Program and Preview
8 8 2 mode 8-camera HD SDI Replay configuration with Program and Preview. Channels: 8 Record; 8 Search; 2 Playback. 1st Output – Program, 2nd Output – Preview. Graphics Port 1 – Main Interface, Graphics Port 2 – Multiviewer Interface. Simple RIII. 8-camera HD SDI Replay configuration with Program and Preview
10 10 2 mode 10-camera HD SDI Replay configuration with Program and Preview. Channels: 10 Record; 10 Search; 2 Playback. 1st Output – Program, 2nd Output – Preview. Graphics Port 1 – Main Interface, Graphics Port 2 – Multiviewer Interface. With Redundant Power Supply Option. Simple RIII. 10-camera HD SDI Replay configuration with Program and Preview
12 12 2 mode 12-camera HD SDI Replay configuration with Program and Preview. Channels: 12 Record; 12 Search; 2 Playback. 1st Output – Program, 2nd Output – Preview. Graphics Port 1 – Main Interface, Graphics Port 2 – Multiviewer Interface. With Redundant Power Supply Option. Simple RIII. 12-camera HD SDI Replay configuration with Program and Preview
Replay configuration with four 3x Super Motion cameras Four Panasonic AK-UC4000 cameras. 12 HD SDI inputs. Each Super Motion camera – three HD SDI connections. DCT-based I-frame codec. Graphics Port 1 – Main Interface. Graphics Port 2 – Multiviewer. SDI Output 1 – Program configured as 60i, SDI Output 2 – Preview. With Redundant Power Supply Option. Simple RIII. Replay configuration with four 3x Super Motion cameras
Simple RIII. Replay configuration with four 3x Super Motion cameras
Replay configuration with three 4x Super Motion cameras Three Panasonic AK-UC4000 cameras. 12 HD SDI inputs. Each Super Motion camera – four HD SDI connections. DCT-based I-frame codec. SDI Output 1 – Program configured as 60i, SDI Output 2 – Preview. Graphics Port 1 – Main Interface. Graphics Port 2 – Multiviewer Interface. Simple RIII. Replay configuration with three 4x Super Motion cameras
Simple RIII. Replay configuration with three 4x Super Motion cameras
Replay configuration with six 2x Super Motion cameras Six 2x Super Motion cameras Sony HDC-2500. 12 HD SDI inputs. Each Super Motion camera – two HD SDI connections: Phase A, Phase B. DCT-based I-frame codec. SDI output H – Program configured as 60i. SDI output G – Preview. Graphics Port 1 – Main Interface. Graphics Port 2 – Multiviewer Interface. With Redundant Power Supply Option. Simple RIII. Replay configuration with six 2x Super Motion cameras
Simple RIII. Replay configuration with six 2x Super Motion cameras
Two workplaces
6 6 2 + 6 6 2 configuration Replay configuration for 12 HD SDI cameras with two independent workplaces. Each workplace - 6 HD cameras (662) + PGM and Preview. SDI Output 1 (3) is used for Program1 (2). SDI Output 2 (4) is used for Preview1 (2). Graphics Port 1 (2) - uses MultiSkin for displaying Main Interface (MI) or Multiviewer (MV). With Redundant Power Supply Option. Simple RIII. 6 6 2 + 6 6 2 configuration
Hybrid configuration with two 3x Super Motion and 6 HD cameras Replay configuration with two independent workplaces. First WP – Two Super Motion cameras Hitachi SK-HD1500-S2 in 3x mode, Second WP – 6 HD cameras (662). Each Super Motion camera – three HD SDI connections: Link-A, Link-B, Link-C. DCT-based I-frame codec. SDI Output 1 (3) is used for Program1 (2). SDI Output 2 (4) is used for Preview 1 (2). Graphics Port 1 (2) – uses MultiSkin for displaying Main Interface (MI) or Multiviewer (MV). Simple RIII. Hybrid configuration with two 3x Super Motion and 6 HD cameras
Simple RIII. Hybrid configuration with two 3x Super Motion and 6 HD cameras
Hybrid configuration with two 4x Super Motion and 4 HD cameras Replay configuration with two independent workplaces. First WP – Two Super Motion cameras Panasonic AK-UC4000 (200/240 fps mode) in 4x mode, Second WP – 4 HD cameras (442). Each Super Motion camera – four HD SDI connections. DCT-based I-frame codec. SDI Output 1 (3) is used for Program1 (2). SDI Output 2 (4) is used for Preview 1 (2). Graphics Port 1 (2) – uses MultiSkin for displaying Main Interface (MI) or Multiviewer (MV). With Redundant Power Supply Option. Simple RIII. Hybrid configuration with two 4x Super Motion and 4 HD cameras
Simple RIII. Hybrid configuration with two 4x Super Motion and 4 HD cameras
Hybrid configuration with three 2x Super Motion and 6 HD cameras Replay configuration with two independent workplaces. First WP – Three Super Motion cameras Sony HDC-2500 in 2x mode, Second WP – 6 HD cameras (662). Each Super Motion camera – two HD SDI connections: Phase A, Phase B. DCT-based I-frame codec. SDI Output 1 (3) is used for Program1 (2). SDI Output 2 (4) is used for Preview 1 (2). Graphics Port 1 (2) – uses MultiSkin for displaying Main Interface (MI) or Multiviewer (MV). Simple RIII. Hybrid configuration with three 2x Super Motion and 6 HD cameras
Simple RIII. Hybrid configuration with three 2x Super Motion and 6 HD cameras
Hybrid configuration with four 2x Super Motion and 4 HD cameras Replay configuration with two independent workplaces. First WP – Four Super Motion cameras Ikegami HDK-97A in 2x mode, Second WP – 4 HD cameras (442). Each Super Motion camera – two HD SDI connections: Phase A, Phase B. SDI Output 1 (3) is used for Program1 (2). SDI Output 2 (4) is used for Preview 1 (2). Graphics Port 1 (2) – uses MultiSkin for displaying Main Interface (MI) or Multiviewer (MV). With Redundant Power Supply Option. Simple RIII. Hybrid configuration with four 2x Super Motion and 4 HD cameras
Simple RIII. Hybrid configuration with four 2x Super Motion and 4 HD cameras
Recording for nonlinear editing (NLE)
8-channel HD Recording for NLE Recording of 8 HD cameras for nonlinear editing. 8 HD SDI inputs. DMR™ technology recording is performed on external 1U device with 4 Racks for standard 3.5" SATA hard drives (HDDs). ProRes 422, DNxHD, DVCPro HD codecs. With Redundant Power Supply Option. Simple RIII. 8-channel HD Recording for NLE
12-channel HD Recording for NLE 12 HD SDI Inputs. Recording for NLE on the built-in disk array with DCT based I-frame codec for subsequent export with ProRes 422, DNxHD, DVCPRO HD, XDCAM50, AVC-I, XAVC. Simple RIII. 12-channel HD Recording for NLE
6-camera recording for editing (NLE) on NAS with editing on spot possibility Recording for editing of 6 channels on NAS with 4 connected editing stations (NLE). XDCAM codec. NAS recording and connection of editing stations is via 1GbE Switch. Simple RIII. 6-camera recording for editing (NLE) on NAS with editing on spot possibility
Solution for OBVans. 6-camera recording for editing (NLE) on NAS with the possibility of on the spot editing and broadcasting Recording for editing of 6 channels on NAS with 4 connected editing stations (NLE). XDCAM codec. NAS recording and connection of editing stations is via 1GbE Switch. Simple RIII. Solution for OBVans. 6-camera recording for editing (NLE) on NAS with the possibility of on the spot editing and broadcasting
Sports video-refereeing
videoReferee® SRIII 12-channel HD system for sports with specialized remote controller vR-Control and a specialized keyboard vR-Keypad, which allows marking events and assigning tags for subsequent positioning. Records 12 HD SDI camera inputs. With Redundant Power Supply Option. videoReferee® SRIII