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    Brompton Technology
    Brompton Technology Ltd
    272 Gunnersbury Avenue
    Chiswick, London W4 5QB

    With Stacking, multiple processors can be controlled as one. Setups can be as large and versatile as you need them to be – with quicker, greatly simplified control.

    Brompton stacking stats

    Stacking, available on our Tessera SX40 and S8 processors with v3.4, allows multiple processors in a setup to be controlled together in unison.

    You can customise which parameters will be synchronised across the stack, giving flexibility to suit a wide variety of applications.Setups can be as large and versatile as you need them to be – with quicker, greatly simplified control.



    A stack has a lead processor and member processors. Any setting adjustments you need to make are done on the lead processor and immediately apply to all member processors in the stack.

    Parameters that can be synchronised within a stack include input settings, Test Pattern, Freeze, Blackout, all colour settings and all camera settings.

    The intuitive user interface will show at-a-glance whether a processor is stacked as a leader or member, and which parameters are being synchronised.

    Global colour on Brompton technology processor
    Four Tessera SX40 LED Processors stack

    The processors can be grouped in one stack or you can have multiple independent stacks, each with its own stack ID, with everything co-existing on the same local area network (LAN).  

    Multiple stacks allow for versatile setups, for example, you could have one stack for the processors running a main, central LED wall and a second stack for the processors running smaller, side screens.  

    Operating large LED setups utilising many processors has never been quicker or simpler.

    Stacking is also fully compatible with the existing IP Control capabilities of the Tessera processors  external control systems can connect to the lead processor and any changes made will automatically apply to all members in the stack. 



    Running a backup (failover) processor is made much more convenient with Stacking.

    You can place both your primary and backup processor on the same stack, with the primary as the leader.

    Changes you make on your primary/lead processor will reflect on your backup processor, so it remains in a matching configuration and is ready to go should you need it.

    Brompton Technology Processor stacking visual

    For more detailed information on this and other Brompton Technology products, technologies and features, please see our Documentation library with downloadable .pdfs

    Tessera Processors