CSI 3361-B7S Fiber Optic Receiver (Box / ST)
Communication Specialties Fiberlink® 3360 3G/HD/SD-SDI & 4 Pair AES Audio Series
The Fiberlink® 3360 Series allows you to transmit 3G, HD or SD-SDI as per SMPTE 424M-2006, 292 and 259 with the ability to embed up to 8 channels (4 pairs) of AES/EBU digital audio. Convenient switches on the 3360 Series transmitter allow the operator to embed each of the four pairs of audio independently, to strip previously serialized audio, or to pass it through without modification. At the receive end of the fiber optic link, the operator can decide which audio pairs they need de-embedded.
Audio signals are not required to operate the Fiberlink® 3360 link and it can be used as a stand-alone 3G/HD/SD-SDI optical link. Previously serialized data is left intact throughout the entire transmission process and the 3360 Series is immune to pathological signals over the entire budget link and operating temperature range.
Signals are equalized and re-clocked prior to fiber optic transmission and the 3361 receiver features a re-clocked SDI output.
The 3360 Series is compliant with SMPTE 297-2006 and has the ability to operate seamlessly with Fiberlink® Matrix and other SMPTE 297-2006 fiber optic compliant devices.
Available in card versions and a small footprint box version, it is ideal for broadcast or corporate studios, OB vans, rental and staging, auditoriums, stadiums and theaters, airport or transportation hubs, distance learning, surgical or medical imaging and more.
Features
The Fiberlink® 3360 Series allows you to transmit 3G, HD or SD-SDI as per SMPTE 424M-2006, 292 and 259 with the ability to embed up to 8 channels (4 pairs) of AES/EBU digital audio. Convenient switches on the 3360 Series transmitter allow the operator to embed each of the four pairs of audio independently, to strip previously serialized audio, or to pass it through without modification. At the receive end of the fiber optic link, the operator can decide which audio pairs they need de-embedded.
Audio signals are not required to operate the Fiberlink® 3360 link and it can be used as a stand-alone 3G/HD/SD-SDI optical link. Previously serialized data is left intact throughout the entire transmission process and the 3360 Series is immune to pathological signals over the entire budget link and operating temperature range.
Signals are equalized and re-clocked prior to fiber optic transmission and the 3361 receiver features a re-clocked SDI output.
The 3360 Series is compliant with SMPTE 297-2006 and has the ability to operate seamlessly with Fiberlink® Matrix and other SMPTE 297-2006 fiber optic compliant devices.
Available in card versions and a small footprint box version, it is ideal for broadcast or corporate studios, OB vans, rental and staging, auditoriums, stadiums and theaters, airport or transportation hubs, distance learning, surgical or medical imaging and more.
Features
- Inserts up to 8 channels (4 pairs) ofAES/EBU digital audio
- 75 ohm, unbalanced BNC audiointerface per AES3id and SMPTE 276
- Transmitter can pass existingembedded audio or insert on audiopair basis
- Signal is equalized and re-clocked priorto fiber optic transmission
- Receiver features a re-clockedSDI output
- Designed for fiber optic interoperabilitywith other SMPTE 297-2006 fiber opticcompliant devices up to 2.97 Gbps
- Immunity to pathological patterns overentire link budget and operatingtemperature range
- Compliant with SMPTE 259M-2006,292-2006, 424M-2006, 297-2006
- Supports both Single Mode andMultimode ( 62.5u & 50u) fiber types
- Supports 3G/HD/SD-SDI inputs with orwithout embedded audio and data
- 14 dB Optical Link Budget @ 2.97 Gbps
- Wide operating temperature range:-10° C to +50° C
- Available in Box and Card versions
- Indicators Power, Data Rate lock(3G, HD, SD) Alarm (card version only)
- Box Version Dimensions 6.5 W x 1.15 H x 8 L (inches)
165 W x 29 H x 203 L (mm) - Weight approx. 1 lb.; 0.45 kg
- Number of slots in 6000A Card Cage 2
- Power 9-24 volts, AC or DC,3360: 8 watts; 3361: 2.5 watts
- Operating Temperature -10° C to +50° C
