Difference between revisions of "List of compatible HDMI devices"
From apertus wiki
m (→Atomos Ninja: Add more information, distinguishing between AXIOM Beta firmware version 1 and 2) |
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==Atomos Ninja== | ==Atomos Ninja== | ||
=== AXIOM Beta Firmware 1.0 === | |||
AXIOM Beta supports up to 1080p30 | AXIOM Beta supports up to 1080p30 | ||
Verified to be working with | Verified to be working with: | ||
To enable the Atomos Ninja | * '''Atomos Ninja BLADE''' (firmware version 5.2.) | ||
* '''Atomos Ninja 2''' | |||
To enable the ''Atomos Ninja'' mode, edit ''setup.sh'': | |||
./gen_init.sh SHOGUN | ./gen_init.sh SHOGUN | ||
1080p25 mode is known to work on the Ninja | 1080p25 mode is known to work on the ''Ninja'' if using the SHOGUN profile and then setting: | ||
scn_reg 0 2640 | scn_reg 0 2640 | ||
=== AXIOM Beta Firmware 2.0 === | |||
It still doesn't work, it's being worked on. | |||
==Atomos Shogun== | ==Atomos Shogun== | ||
Latest revision as of 18:20, 23 May 2020
1 HDMI Recorder Devices Confirmed Working
1.1 Atomos Ninja
1.1.1 AXIOM Beta Firmware 1.0
AXIOM Beta supports up to 1080p30
Verified to be working with:
- Atomos Ninja BLADE (firmware version 5.2.)
- Atomos Ninja 2
To enable the Atomos Ninja mode, edit setup.sh:
./gen_init.sh SHOGUN
1080p25 mode is known to work on the Ninja if using the SHOGUN profile and then setting:
scn_reg 0 2640
1.1.2 AXIOM Beta Firmware 2.0
It still doesn't work, it's being worked on.
1.2 Atomos Shogun
AXIOM Beta supports up to 1080p60
Choose the SHOGUN profile, edit setup.sh:
./gen_init.sh SHOGUN
1.3 Blackmagic Video Assist and Video Assist 4K
AXIOM Beta supports up to 1080p60
Changes for Blackmagic Video Assist and Video Assist 4K, tested on firmware 2.3.1:
edit setup.sh
Add:
./gen_init.sh 1080p60BMVA
comment out any other ./gen_init.sh entries.
edit gen_init.sh
Replace:
SHOGUN
With:
SHOGUN|1080p60BMVA|1080p30BMVA
'''Add the section below:'''
1080p50BMVA|1080p25BMVA)
scn_reg 0 2640 # total_w
scn_reg 1 1125 # total_h
scn_reg 2 60 # total_f
scn_reg 4 262 # hdisp_s
scn_reg 5 2182 # hdisp_e
scn_reg 6 45 # vdisp_s
scn_reg 7 1125 # vdisp_e
scn_reg 8 0 # hsync_s
scn_reg 9 2100 # hsync_e
scn_reg 10 4 # vsync_s
scn_reg 11 9 # vsync_e
scn_reg 32 252 # pream_s
scn_reg 33 260 # guard_s
scn_reg 34 294 # terc4_e
scn_reg 35 296 # guard_e
;;
1080p24BMVA)
scn_reg 0 2750 # total_w
scn_reg 1 1125 # total_h
scn_reg 2 60 # total_f
scn_reg 4 262 # hdisp_s
scn_reg 5 2182 # hdisp_e
scn_reg 6 45 # vdisp_s
scn_reg 7 1125 # vdisp_e
scn_reg 8 0 # hsync_s
scn_reg 9 2100 # hsync_e
scn_reg 10 4 # vsync_s
scn_reg 11 9 # vsync_e
scn_reg 32 252 # pream_s
scn_reg 33 260 # guard_s
scn_reg 34 294 # terc4_e
scn_reg 35 296 # guard_e
;;