Integral 2 manual — buttons, slide switches and presets

EDID mode selection (p.8)

The EDID slide switch has 3 positions. The switch should be set to the middle position to allow control via USB, IR, RS232 or a Bluetooth device.

• [Automix Mode]: Create EDID based on mutual sink capabilities controlled by a selectable algorithm with enforceable flags so both sinks will always show a picture and audio.
• [Custom Use / BT]: Pick and use EDID from a selection of preloaded EDID tables (see the EDID chapter) or load any EDID bank of your choice. By default the selected EDID table is a 4K60 4:4:4 BT2020 HDR 600MHz with Full Audio capabilities. Leave the slide in this position to allow remote control via USB/IR/RS232 or Android/iOS APP and/or to pick and use any of the 100 different EDID tables available. The Integral 2 can hold a specific individual EDID for each input.
• [Fixed EDID with L/R Audio]: This mode is a 4K60 4:2:0 8b SDR 2channel stereo 300MHz basic table. It can be used as a security EDID to ensure a picture in mostly every setup/situation.

INFO control (p.9)

The INFO Control button allows you to control the OSD info displayed and the light in your setup.

• [Short Press]: Turn OSD ON/OFF.
• [Long Press] (over 2sec): cycles through OSD + Logo LED + Custom Text > Logo LED + OSD > OSD > Logo LED > None (no lights and no info at all).

Input switching and Matrix mode (p.10)

The Input Switch / Matrix Mode button allows you to switch active inputs or enter/exit the Matrix mode.

• [Short Press] switches the active input channels in Splitter Mode and swaps/crosses signals in Matrix mode.
• [Long Press] (over 2sec) enters/exits the Matrix Mode.

The Integral 2 OSD reports the two active inputs in Matrix mode, while only the current active input is reported via OSD in Splitter mode.

HDCP settings (p.11)

The HDCP slide switch has 3 positions. The switch should be set to the middle position to allow control via USB, IR, RS232 or a Bluetooth device.

• [HDCP 2.2 Mode]: In this mode you always have HDCP 2.2 (if supported) on both output ports. If the incoming signal is 1.4 then output will be 1.4 too.
• [HDCP Auto / GUI]: In this mode the Integral 2 unit makes sure that the conversion will always output a working signal. Both outputs are dynamic.
• [HDCP 1.4]: In this mode, you always have HDCP1.4 on both output ports.

Note on HDCP: Both inputs accept HDCP1.4/2.2. Both outputs can work with HDCP1.4/2.2 devices.

Scaler settings (p.12)

The Scale slide switch has 3 positions. The switch should be set to the middle position to allow control via USB, IR, RS232 or a Bluetooth device.

• [No Scaling/Passthru]: What comes in/goes out, untouched.
• [Custom Scaling/GUI]: This slide switch position will make use of custom defined scaling rules and allow change via Bluetooth, IR, RS232 or via USB.
• [Auto Scaling]: In this mode, Integral 2 will auto-scale signals based on sink capabilities.

Combo: hold RST + press INP (p.13)

By default and/or after a firmware flash, you might see a custom text displayed on the OSD top left corner. In case you see such a message: simply hold the RST button and press the INP button 2 times, then release. The Integral 2 OSD will prompt for a power cycle (remove/reconnect the USB power cord). After restart, there will be no more message displayed and the Integral 2 is ready to operate optimally.

Combo: hold INFO control + press INP — the 10 scaling presets (p.14)

When the auto-scale option is selected, both output ports auto sense the connected display capabilities and try to scale/convert to the maximum capabilities. The TOP output port (TX1) can be further configured using the GUI to achieve special modes depending on the input signal. The BOT output port (TX0) is also auto-sensed and scaled/converted as needed. The GUI has further options to prevent upscaling if the user prefers no upscaling or lets the display do the upscaling work.

For example, if the TOP supports up to 1080p60 8-bit, then an input of 4K will be down-converted. If the BOT port supports up to 4K60 420 300MHz then anything above this will be chroma converted to 300MHz. The algorithms detect deep color capabilities and BT2020 capabilities and will change the signal accordingly.

In addition, 10 quick-presets are available for the TOP port scaling. They are activated by pressing and holding the INFO button and clicking the INPUT/INP button a number of clicks. When INFO is released the quick-preset is selected. The presets are:

1. AUTOSENSE ALL (default mode for Auto scaling, suitable for most use cases)
2. 4K60 420 10 371MHz TV (e.g. LG input 3) [4k30 all -> 4k30 422 12 300MHz, 4k60 all -> 4k60 420 8 300MHz, 4k60hdr all -> 4k60 420 8/10/12 hdr]
3. 4K60 420 300MHz TV (for 4K) [4k30 all -> 4k30 444 8 300MHz, 4k60 all -> 4k60 420 8 300MHz, 4k60hdr all -> 4k60 420 8 300MHz hdr]
4. 4K60 420 300MHz TV [4k30 all -> 4k30 422 12 300MHz, 4k60 all -> 4k60 420 8 300MHz, 4k60hdr all -> 1080p60 444 8/10/12 hdr]
5. 4K60 420 300MHz TV (for color) [4k30 all -> 4k30 422 12 300MHz, 4k60 all -> 1080p60 444 8/10/12, 4k60hdr all -> 1080p60 444 8/10/12 hdr]
6. 4K30 deepcolor PJ > 300MHz (e.g. Wireless UB/TW Epson) [4K30 all -> 4K30 all, 4k60 all -> 4k60 420 300MHz, 4k60hdr all -> 1080p60 444 8/10/12 hdr]
7. 4K30 deepcolor PJ at 300MHz (e.g. Wired UB/TW Epson) [4k30 all -> 4k30 422 12 300MHz, 4k60 all -> 4k60 420 8 300MHz, 4k60hdr all -> 1080p60 444 8/10/12 hdr]
8. 4k30 8-bit 300MHz TV [4k30 all -> 4k30 8, 4k60 all -> 1080p60 444 8/10/12, 4k60hdr all -> 1080p60 444 8/10/12 hdr]
9. 1080p60 TV [4k30 all -> 1080p30 8/10/12, 4k60 all -> 1080p60 444 8/10/12, 4k60hdr all -> 1080p60 444 8/10/12 hdr]
10. 1080p60 8b device (e.g. Ambilight) [4k30 all -> 1080p30 8/10/12, 4k60 all -> 1080p60 444 8, 4k60hdr all -> 1080p60 444 8 hdr]

Next chapter

Continue with EDID modes and the 100 EDID tables, or go back to the table of contents.