Brompton TESSERA SX40 User manual

USER MANUAL TESSERA PROCESSING
Tessera Version 3.1

2TESSERA - V3.1 | USER MANUAL - REV A |

TESSERA - V3.1 | USER MANUAL - REV A | BROMPTON SUPPORT 3
BROMPTON SUPPORT
Should you have any problems with your Brompton Technology product please contact our
support team using the following details.
EU Support
Available between 10:00 and 18:00 EST:
lTel: [phone]
lEmail: [e-mail]
Urgent out-of-hours support:
lTel: [phone]
lEmail: [e-mail]
US Support
Available between 09:00 and 17:00 EDT:
lTel: [phone]
lEmail: [e-mail]

4TESSERA - V3.1 | USER MANUAL - REV A | MANUAL CHANGELOG
MANUAL CHANGELOG
Manual Tessera V3.1 - Rev A
Released 05/03/2021 with the following changes:
lUpdated section: Output Capacity on page 43.
lUpdated section: Frame Rate Multiplication on page 216.
lNew section: Frame Remapping on page 217.
lUpdated section: HFR+ (High Frame Rate) on page 220.
lUpdated section: Enabling Live Control on page 222
lNew section: IP Control on page 230.
Manual Tessera V3.0 - Rev B
Released 22/01/2021 with the following changes:
lGeneral minor updates.
Manual Tessera V3.0 - Rev A
Released 20/09/2020 with the following changes:
lUpdated style and look of manual.
lImplemented a referenced ManualChangelog.
lUpdated section: General Overview on page 13.
lNew data sheet: Tessera S8 LEDProcessor on page 23.
lNew section: High Dynamic Range on page 57.
lNew section: Dynamic Calibration on page 59
lUpdated Creating a New Project on Local UI and Tessera Remote on page 63 with details
about "Enable HDR" on page65.
lNew section: Enable HDR on page 65.
lNew section: Device Properties on page 74.
lNew section: ThermaCal on page 78.
lUpdated Tessera S8 details for Inputs: 4K Sources (for SX40 and S8) on page 136.
lNew section: Input Metadata on page 138.
lNew section: Input Override on page 142.
lUpdated section: Redundancy Configuration on page 37.
lUpdated UI images: Global Colour on page 178.
lUpdated section: Colour Temperature on page 179.
lUpdated section: Gamma on page 179.

TESSERA - V3.1 | USER MANUAL - REV A | MANUAL CHANGELOG 5
lUpdated section: Low End Boost on page 1, feature is now discontinued from Tessera v3.0
onward.
lNew section: PureTone on page 183.
lNew section: Dynamic Calibration (DynaCal) User Interface on page 199.
lUpdated section: Ultra Low Latency on page 219.
lUpdated section: HFR+ (High Frame Rate) on page 220
Manual Tessera v2.3 Rev - A
Released 20/01/2020 with the following changes:
lAdded note regarding Tessera SX40 supporting sub-fixtures (page 89).
lUpdated CanvasView UI image (page 109).
lUpdated Presets UIimages (page 123 and page 124).
lUpdated Processing andChromaTune tiles, and figure captions (page 152 and page 168).
lNew section: (ChromaTune) Curves on page 173.
lSection update: Genlock Settings on page 214.
lNew section:Ultra Low Latency on page 219.
lNew section:HFR+ (High Frame Rate) on page 220.
lUpdated Live Control Fixture Groups configuration UI image on page 226.

6TESSERA - V3.1 | USER MANUAL - REV A | MANUAL CHANGELOG
TABLE OF CONTENT
Brompton Support 3
Manual Changelog 4
Section 1 - Introduction 11
Section 2 - General Overview 13
2.1 - Tessera LED Processors 13
2.2 - System Overview 16
2.3 - Tessera SX40 LEDProcessor 19
2.4 - Tessera S8 LEDProcessor 23
2.5 - Tessera M2 LEDProcessor 25
2.6 - Tessera S4 LEDProcessor 27
2.7 - Tessera T1 LEDProcessor 29
Section 3 - Quickstart 31
3.1 - Tessera LED Processor Setup 31
3.2 - Tessera Project Setup 32
3.3 - Connecting Fixtures 33
Section 4 - System Configuration 35
4.1 - Connecting Fixtures 35
4.2 - Connection Guidelines 35
4.3 - Redundancy Configuration 37
4.4 - Output Capacity 43
4.5 - Combining Processors 46
Section 5 - Tessera Management Software 47
5.1 - Local User Interface 47
5.2 - Tessera Remote and Offline Editor 47
5.3 - Installation for Windows PC 48
5.4 - Installation for Mac OS X 50
5.5 - Network Settings for Remote Management 50

TESSERA - V3.1 | USER MANUAL - REV A | TABLE OF CONTENT 7
5.6 - Connecting to a Tessera LED Processor 51
5.7 - Multiple Processors Control 55
Section 6 - High Dynamic Range 57
6.1 - Supported HDR Formats 57
6.2 - HDR Features 58
6.3 - Dynamic Calibration 59
Section 7 - Project Setup 61
7.1 - Project Management 61
7.2 - Enable HDR 65
7.3 - Canvas Resolutions 65
7.4 - Low Latency Mode 67
7.5 - Mapping Options 68
Section 8 - Fixtures 71
8.1 - Fixture Libraries 71
8.2 - Fixture Properties 71
8.3 - Device Properties 74
8.4 - OSD 76
8.5 - Studio mode 77
8.6 - ThermaCal 78
8.7 - Fixture Context Menu 80
8.8 - Adding Fixtures to a Project 82
8.9 - Add Fixtures from Network 82
8.10 - Add Fixtures from Library 87
8.11 - Assigning or Modifying Online Fixture Topology 87
8.12 - Sub-Fixtures 89
8.13 - Understanding Topology and Association 97
8.14 - Fixture Layout 104
Section 9 - Main Project Screen 109
9.1 - Canvas View 109
9.2 - Presets 123

8TESSERA - V3.1 | USER MANUAL - REV A | TABLE OF CONTENT
9.3 - Log 127
9.4 - Moving Around the Canvas 128
9.5 - Project Data Export 129
9.6 - Online View 131
9.7 - Topology View 133
Section 10 - Inputs 134
10.1 - Source Selection 134
10.2 - HD Sources (for M2, T1, S4) 135
10.3 - 4K Sources (for SX40 and S8) 136
10.4 - Input Metadata 138
10.5 - Input Override 142
10.6 - Input Colour Control 146
10.7 - Histograms 147
Section 11 - Processing 152
11.1 - Scaling and Cropping 152
11.2 - Scaling and Cropping 157
11.3 - Active Area 164
11.4 - ChromaTune 168
Section 12 - Test Patterns 174
12.1 - Processor Test Patterns 174
12.2 - Custom Test Patterns 175
12.3 - Fixture Test Patterns 176
12.4 - Freeze/Blackout 176
12.5 - Front Panel Button Settings 176
Section 13 - Global Colour 178
13.1 - Brightness 179
13.2 - Colour Temperature 179
13.3 - Gamma 179
13.4 - Dark Magic 181
13.5 - PureTone 183

TESSERA - V3.1 | USER MANUAL - REV A | TABLE OF CONTENT 9
13.6 - Gain Controls 184
13.7 - Studio Mode 185
13.8 - On-Screen Colour Adjustment 186
13.9 - Dynamic Calibration (DynaCal) User Interface 199
Section 14 - Network 212
14.1 - Network Load 212
14.2 - Network Bit Depth 213
14.3 - Additional Video Delay 213
14.4 - Genlock Settings 214
14.5 - Ultra Low Latency 219
14.6 - HFR+ (High Frame Rate) 220
Section 15 - Live Control 221
15.1 - Enabling Live Control 222
15.2 - Parameter Indicators 223
15.3 - Control Profiles 224
15.4 - DMX Control 228
15.5 - EDMX Control 229
15.6 - IP Control 230
15.7 - Tessera Control 231
Section 16 - Processor Settings 233
16.1 - Processor 234
16.2 - General 235
16.3 - Security 238
16.4 - Date and Time 239
16.5 - Fixture Library 240
16.6 - Preferences 245
16.7 - Crash Management 247
16.8 - Restore Factory Settings 248
16.9 - Format Internal Storage 249
16.10 - Reload Firmware 250

10 TESSERA - V3.1 | USER MANUAL - REV A | TABLE OF CONTENT
16.11 - Processor Status 252
16.12 - About 253
Appendix A - Keyboard Shortcuts 254
Global 254
Canvas 255
While Adding Fixtures 255
OSCA 256
Appendix B - Cable Requirements For Tessera SX40 and XD 257
Tessera SX40 and XD Cable Requirements 257
10G Ethernet Compatibility 258
Appendix C - Setting IP Addresses 260
Setting the IP Address on Windows Systems 260
Setting the IP Address on Mac OS X Systems 262
Appendix D - DMX Channel Allocations 264
Appendix E - Warranty 273
Warranty Conditions 273
Glossary 275

TESSERA - V3.1 | USER MANUAL - REV A | SECTION 1 - INTRODUCTION 11
SECTION 1 - INTRODUCTION
Copyright
©2012- 2021 Brompton Technology Ltd.. All rights reserved.
Trademarks
Brompton is a registered trademark owned by Carallon Ltd.
All other brand and product names used in this document may be trademarks, registered
trademarks or trade names of their respective holders.
Changes
The information and specifications contained within this document are subject to change
without notice. Brompton Technology Ltd. reserves the right to make improvements and
changes to the hardware and software described in this document at any time and without
notice.
Brompton Technology Ltd. assumes no responsibility or liability for any errors or inaccuracies
that might occur in this document.
About This Manual
This manual provides all the information required for the correct and safe use of the Tessera
LED Processors and the supplied Tessera Software.
This Revision A of the manual was written for Tessera software Version 3.1 and published on the
05 March 2021.
About the Tessera System
The Tessera System comprises processors, distribution units, receiver cards and software. These
elements can be used with a wide range of LED fixtures.

12 TESSERA - V3.1 | USER MANUAL - REV A | SECTION 1 - INTRODUCTION
Brompton Technology Ltd. partners with both purchasers and manufacturers who wish to use
Brompton processing to control their LED video products. For more information about
Brompton Technology Ltd. please contact: [e-mail].
Handling and Safe Operation
The Tessera LED Processors and distribution units are packaged in a rugged custom-designed
19" rack mounting case with integral mounting handles.
The processor should be adequately supported in a rack at all times. The weight of the
processor should never be supported entirely on the rack ears as this can lead to distortion,
especially if the rack is roughly handled.
The processors and distribution units should only be opened by professionals as it will expose
the user to potentially dangerous voltages. The units must never be operated with the cover
removed. Opening the units without an approval from Brompton Technical Support will
invalidate the warranty.
The product is designed to operate from a grounded power source between 100 and 250V AC,
47 -63Hz. Ensure the use of a stable power source. If your power source is prone to surges,
place the unit on an uninterruptible power supply (UPS) to prevent exposure to voltages that
could potentially damage the system.

TESSERA - V3.1 | USER MANUAL - REV A | SECTION 2 - GENERAL OVERVIEW 13
SECTION 2 - GENERAL OVERVIEW
2.1 - Tessera LED Processors
Brompton Technology Ltd. makes a variety of Tessera LED video processors for different
applications.
2.1.1 - Tessera SX40 LEDProcessor
Our Tessera SX40 is the highest capacity processor we currently offer. It is capable of supporting
a nominal 9 million pixels and 4k canvas resolutions with HDMI 2.0 and 12G SDI inputs. Eight 10
Gigabit ports over 4 trunks that allow data transfer using single mode fibre or CAT6 copper
cable. The Tessera SX40 can support up to 2000 connected fixtures and offers maximum
flexibility with the use of the Tessera XD Distribution system.
See Tessera SX40 LEDProcessor on page 19 for more information.
NOTE The Tessera SX40 only support sub-fixtures from Tessera V2.31 onwards.

14 TESSERA - V3.1 | USER MANUAL - REV A | 2.1 - TESSERA LED PROCESSORS
2.1.2 - Tessera S8 LEDProcessor
The mid-range Tessera S8 LEDProcessor is perfect for high-profile projects that don’t require
large output capacity but would still benefit from the flexibility of Brompton’s industry-leading
Tessera feature set and easy-to-use software. It is capable of supporting a nominal 4.5 million
pixels (half of the Tessera SX40) and 4k canvas resolutions with HDMI 2.0 and 12G SDI inputs.
Eight 1 Gigabit ports that allow data transfer over CAT5e copper cable.
See Tessera S8 LEDProcessor on page 23 for more information.

2.1.3 - Tessera M2 LEDProcessor
The Tessera M2 is the most popular processor to drive HD content. It can control a nominal 2
million pixels over four 1 Gigabit outputs to a fixture count of up to 2000. Supports 3G-SDI and
DVI-I inputs.
See Tessera M2 LEDProcessor on page 25 for more information.

TESSERA - V3.1 | USER MANUAL - REV A | 2.1 - TESSERA LED PROCESSORS 15
2.1.4 - Tessera S4 LEDProcessor
The Tessera S4 processor is ideal for HDresolution screens (2M pixels). The Tessera S4
LEDProcessor does not have the front-side processing, scaling or degree by degree rotation of
the Tessera T1 and the Tessera M2 but can control the same number of pixels across four
Gigabit outputs as the Tessera M2.
See Tessera S4 LEDProcessor on page 27 for more information.

2.1.5 - Tessera T1 LEDProcessor
The Tessera T1 is ideal for creative shows requiring flexibility over number of fixtures. It has a
DVI- D input and supports a capacity of 0.5 million pixels in a HD canvas. The Tessera T1
includes most of the main features available with the Tessera systems, with one output port
supporting up to 500 fixtures.
See Tessera T1 LEDProcessor on page 29 for more information.

16 TESSERA - V3.1 | USER MANUAL - REV A | 2.2 - SYSTEM OVERVIEW
2.2 - System Overview
The Tessera system can be controlled locally using a monitor, keyboard and mouse connected
directly to a Tessera LED Processor. Alternatively, you can use the Tessera Remote software on a
Windows PC or Mac connected to the processor via a Gigabit Ethernet network. The Tessera
Remote software can be used in Offline Editor mode, to allow preparation of project files
without a processor.
The processors have an integral DisplayPort (DP++) output and USB ports for local control and
monitoring. Each Tessera output can be distributed using standard Gigabit Ethernet switches or
fibre optic transceivers.

TESSERA - V3.1 | USER MANUAL - REV A | 2.2 - SYSTEM OVERVIEW 17
2.2.1 - System Setup Diagram: Tessera M2
Fig 2.1 - Typical system set-up for a Tessera M2 LEDProcessor (A similar diagram can be applied to the
Tessera S8, S4, and T1)

18 TESSERA - V3.1 | USER MANUAL - REV A | 2.2 - SYSTEM OVERVIEW
2.2.2 - System Setup Diagram: Tessera SX40
Fig 2.2 - Typical system set-up for the Tessera SX40 LEDProcessor

TESSERA - V3.1 | USER MANUAL - REV A | 2.3 - TESSERA SX40 LEDPROCESSOR 19
2.3 - Tessera SX40 LEDProcessor
2.3.1 - Front Panel
Feature Description
Front Panel Status LEDs 
Blackout button Sends the output of the processor to black
Freeze button Freezes the output of the processor
Reset button
Press to reset the processor, press and hold for 10 seconds to restore to factory
settings. Warning, this will delete all project files and Fixture Packs not included
with the base firmware.
2 x USB 2.0 type A ports To connect USB memory storage devices and peripherals e.g. keyboard and
mouse
2.3.2 - Front Panel Status LEDs
LED Name Indication
Active On: Processor in operation
Blinking: Processor booting up
Ethernet The processor is detecting a network connection
Video In The processor is connected to a valid video input source
Tessera Out The processor is connected to fixtures
Reference In The processor has a valid source of genlock connected to the reference input
connector
Overtemp
Off: Processor is in normal operating temperatures
Blinking: Processor overheating but operational
On: Processor overheated and shutdown

20 TESSERA - V3.1 | USER MANUAL - REV A | 2.3 - TESSERA SX40 LEDPROCESSOR
2.3.3 - Rear Panel Connections
Feature Description
Management Ethernet
Connect a PC or Mac running Tessera Remote, Tessera Control applications or an
eDMX protocol directly to the local data Gigabit Ethernet port. The two ports
work as a switch to daisy-chain units.
Local User Interface
Tessera SX40 LEDProcessor can be operated locally with a monitor connected
via DisplayPort. Peripherals such as mouse and keyboard can be connected to
the USB ports on either the front or rear panel.
HDMI Input
A HDMI 2.0 input with support for digital 4k progressive signal up to 4096x2160
and frame rates up to 144Hz (maximum pixel clock of 600MHz). See Canvas
Resolutions on page 65 for more information.
Reference Input Used for analog bi-level or tri-level sync.
12G-SDI Input
A 12G-SDI input is available. The SDI inputs supports HD-SDI, 3G-SDI level A or
level B, 6G-SDI and 12G-SDI, 2SI format; SQ not supported. 12G-SDI accepts a
progressive signal of up to 4096 x 2160 resolution at 23.98Hz to 60Hz
framerate with 10 bits per channel colour depth.
Loop Thru Ports All video inputs and syncs have re-clocked loop thru ports.
10 Gigabit Ethernet
Outputs
The Tessera SX40 LEDProcessor has four 10 Gigabit outputs which can be used
by plugging a Tessera XDDistribution Unit to distribute the signal. Fixtures
should be connected to the EtherCON connectors in the Tessera XD Unit with
Gigabit Ethernet cable (Cat-5e or above). See System Configuration on page 35
for more information.
DMX512-A Input and
Thru For DMX real-time control.
On/Off Switch The processor can be shut down from the local interface or remote computer.
No harm will result from turning the processor off at the switch.
IEC Mains Input The input is auto ranging from 100-250v/47-63Hz.