Solid State Logic 1266 manual Synchronisation

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Synchronisation

Sync To Wordclock

SRC sync to an external wordclock is indicated by illumination of the ‘WK’ front panel LED. The clock source should be connected to the SYNC IN connector (a BNC socket) on the rear panel. Nominal frequency is 48 kHz 50ppm, and clock pulses should be of 5 V amplitude, positive-going.

Sync To Video Black-And-Burst

The SDI-MADI can also synchronise to a standard (SD) 1 V black-and-burst video signal. The video signal should be connected to the SYNC IN connector on the rear panel. The sync input auto-detects NTSC or PAL standard video.

Sync To AES3

An AES3-compliant digital audio source may be used as the clock reference source. The internal 48 kHz wordclock source is phase-locked to the incoming AES3 signal. Any audio data contained in the AES3 word will be ignored. The audio source should be compliant with AES3-4-2009 Annex D for 75 coaxial transmission and connected to the SYNC IN connector on the rear panel.

Sync To The SDI Inputs

Any of the four SDI inputs may be used to reference the audio outputs. Each two channels of embedded audio in an SDI stream is essentially compatible with an AES3 word format at a sample frequency of 48 kHz and thus this frequency may be extracted and used as the SRC wordclock in the same way as an AES3 sync source. If one or more pairs of audio channels in an SDI signal is carrying Dolby-encoded material, the SRC for that input should be set OFF, and that input should be the sync referenced source.

Use the derived wordclock output as the master sync reference for downstream equipment.

Note: If using this method, it is important to consider how the remaining three SDI sources synchronise in relation to the sync source. If the inputs are asynchronous then they should have their SRCs set to ON. This ensures that the audio content will synchronise to the referenced SDI input.

Note: Passing Dolby-encoded material through sample rate converters will corrupt the Dolby bit stream.

Clock Outputs

A reference clock output is available at the rear panel WK OUT connector in the form of a 48 kHz clock signal, of 5 V amplitude, positive-going, or at the AES OUT connector in the form of an AES3 digital audio signal (“digital silence”). These are derived from whichever synchronisation source is selected.

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Contents Xlogic SDI-MADI Important Safety and Installation Instructions Power SafetyContents ImportantSafety PrecautionsStandards Conformance Conformity and WarrantyOut of Warranty Repairs All ReturnsIntroduction Un-packKey Features Block DiagramSpecifications Video Inputs SynchronisationPSU Status Switch Function PositionFront Panel Description SDI Lock LEDsRear Panel Description Optical Madi output ST Ethernet port RJ45Hardware Considerations InstallationPower Supply Considerations Fuses And RatingsAES3 Outputs Pin Output SDI Source Audio Ch’sMadi Outputs GPI WiringTalley Wiring Redundant Madi connectionGpio Control Setting Up and OperationSample Rate Converters SynchronisationSynchronisation Frequently Asked Questions PowerSSL Part No B4HM01A

1266 specifications

The Solid State Logic 1266 is a premium analog channel strip renowned for its versatility and high-quality audio processing. This channel strip combines sophisticated features, advanced technologies, and the renowned SSL sound, making it a favorite among audio engineers and producers.

One of the standout features of the SSL 1266 is its classic SSL EQ, which boasts four bands of equalization. Each band offers selectable frequency ranges, allowing users to perform precise tonal adjustments. The high and low bands can operate as shelving or peak filters, providing flexibility in shaping sound. This powerful EQ section is complemented by a dynamic section, which includes an LED-level meter and a compressor/limiter. The compressor is characterized by its smooth response, allowing for detailed dynamic control over tracks, while the limiter provides an additional safety net for preventing signal clipping.

Another key feature is the inclusion of the iconic SSL mic preamp circuitry. The 1266 is equipped with a transformer-balanced mic pre, designed to deliver warmth and presence to vocals and instruments. It provides ample gain, ensuring the ability to capture signals clearly, even from low-output microphones. The design is meticulous, featuring very low noise and distortion levels, resulting in pure, transparent sound reproduction.

The SSL 1266 also incorporates the brand's proprietary 'SuperAnalog' technology, which enhances the overall sonic performance. This technology ensures low noise and high headroom, allowing the channel strip to handle high-level signals without compromising audio integrity. Additionally, the unit is designed with a robust build quality, featuring a durable chassis and high-grade components that ensure longevity and reliability in studio environments.

Furthermore, the 1266 includes features such as a high-pass filter and an insert point for integrating external processors, providing even more flexibility in sound design. It is also equipped with a line input and a balanced output, further enhancing connectivity options.

The Solid State Logic 1266 channel strip exemplifies the perfect blend of classic analog warmth and modern functionality. It caters to a wide range of applications, from tracking to mixing, making it an indispensable tool for any audio professional seeking to elevate their sound. With its comprehensive features and SSL's legacy of quality, the 1266 is a worthy investment for those aiming for excellence in audio production.