uploaded a new version of "[[File:Eyesis4pi393 footage download from internal ssds.png]]"

Oleg

Operating:

New page

==Status==
==Overview==

==3D Model==
{|
|
{| border="0" cellpadding="3" style="border:1px solid lightgray;border-collapse:collapse;"
|-
| <span class="plainlinks" title="View model in the Web X3D Viewer">[http://community.elphel.com/x3d/index.html?nobuttons&animate&model=/x3d/x3d_model_files/x3d/EYESIS4PI-26-393-ASSY.x3d http://community.elphel.com/pictures/eyesis4pi/EYESIS4PI-26-393_resized_2.jpeg]</span>
|-
| [http://community.elphel.com/x3d/index.html?nobuttons&animate&model=/x3d/x3d_model_files/x3d/EYESIS4PI-26-393-ASSY.x3d Eyesis4PI-26-393 3D]
|}
|}
==Operating==
{|
|[[File:Eyesis4pi393 cables.png|thumb|300px|Fig.1 Cables]]
|-
|[[File:Eyesis4pi393 recording external disks.png|thumb|300px|Fig.2 Recording to external drives]]
|[[File:Eyesis4pi393 recording internal ssds or network.png|thumb|300px|Fig.3 Recording to internal SSDs or over network]]
|[[File:Eyesis4pi393 footage download from internal ssds.png|thumb|300px|Fig.4 Downloading data from internal SSDs]]
|} Oleg

uploaded "[[File:Eyesis4pi393 recording internal ssds or network.png]]"

Oleg

NC393-M2260-F-CS camera:

← Older revision Revision as of 20:39, 8 November 2016 Line 17: Line 17: {{Cad4c_assembly|NC393-M2260-F-CS}} {{Cad4c_assembly|NC393-M2260-F-CS}} ---- ----  +  +=== NC393-M2260-F-CS-IMU camera ===  +{{Cad4c_assembly|NC393-M2260-F-CS-IMU}}  +----  + === MC393F21 camera === === MC393F21 camera === {{Cad4c_assembly|MC393F21}} {{Cad4c_assembly|MC393F21}} Oleg

← Older revision Revision as of 20:34, 7 November 2016 Line 1: Line 1:  +[[Elphel_camera_parts_0393]] - other parts for NC393 series cameras ==  [[Elphel_camera_parts_0353 | Camera Assemblies]] == ==  [[Elphel_camera_parts_0353 | Camera Assemblies]] == === [[Elphel_camera_parts_0353#NC353L | NC353L]] === === [[Elphel_camera_parts_0353#NC353L | NC353L]] === Olga

← Older revision Revision as of 20:33, 7 November 2016 (One intermediate revision not shown)Line 19: Line 19: === [[Elphel_camera_parts_0393-97 | 0393-97 - Screws other than M2 and M2.5]] === === [[Elphel_camera_parts_0393-97 | 0393-97 - Screws other than M2 and M2.5]] === === [[Elphel_camera_parts_0393-99 | 0393-99 - Screws, metric, M2]] === === [[Elphel_camera_parts_0393-99 | 0393-99 - Screws, metric, M2]] ===  +== [[Elphel_camera_parts | Elphel camera parts 0353]] - some parts are shared with 0353 series == Olga

← Older revision Revision as of 20:29, 7 November 2016 Line 8: Line 8: ! colspan="4" | <h2 id="mp-itn-h2" colspan="4" style="margin:0; background:#cedff2; font-size:120%; font-weight:bold; border:1px solid #a3b0bf; text-align:left; color:#000; padding:0.2em 0.4em;">Hardware (electronics)</h2> ! colspan="4" | <h2 id="mp-itn-h2" colspan="4" style="margin:0; background:#cedff2; font-size:120%; font-weight:bold; border:1px solid #a3b0bf; text-align:left; color:#000; padding:0.2em 0.4em;">Hardware (electronics)</h2> |- |- -| '''[[10393|Latest Model: 393 Cameras]]'''<br>Released Spring 2016<br/>&#8226; [[Tmp_manual|Temporary manual]]<br/>&#8226; [[Poky_2.0_manual|SDK]]<br/>&#8226; [[Elphel_camera_assemblies|Assemblies]] & [[Elphel_camera_parts|parts]]+| '''[[10393|Latest Model: 393 Cameras]]'''<br>Released Spring 2016<br/>&#8226; [[Tmp_manual|Temporary manual]]<br/>&#8226; [[Poky_2.0_manual|SDK]]<br/>&#8226; [[Elphel_camera_assemblies|Assemblies]] & [[Elphel_camera_parts_0393|parts]] | '''[[Previous Models]]'''<br> old products   | '''[[Previous Models]]'''<br> old products   |<!--| '''[[Camera Timeline]]'''<br>overview of all camera models and release dates --> |<!--| '''[[Camera Timeline]]'''<br>overview of all camera models and release dates --> Olga

← Older revision Revision as of 20:27, 7 November 2016 Line 1: Line 1: -[[Elphel_camera_parts]]+[[Elphel_camera_parts_0393]]  +   +[[Elphel_camera_parts | Elphel_camera_parts_0353]] ==Camera assemblies == ==Camera assemblies == Olga

0393-27-13 - Tube cap:

← Older revision Revision as of 22:05, 3 November 2016 Line 42: Line 42: === 0393-27-13 - Tube cap === === 0393-27-13 - Tube cap === {{Cad4c|0393-27-13}} {{Cad4c|0393-27-13}}  +----  +  +=== 0393-27-14 - Mount band ===  +This band is used to mount additional parts on top of NC393 camera. One of the possible parts is 0393-27-15 for IMU mount.  +{{Cad4c|0393-27-14}}  +----  +  +=== 0393-27-15 - IMU support plate ===  +This plate is used in combination with 0393-27-14.  +{{Cad4c|0393-27-15}} ---- ---- Mikhail

Created page with "DiezelSun - популярный 3d моделлер, игровой дизайнер. DiezelSun - artist, illustrator, game designer. In his creativity there are paintings execu..."

New page

DiezelSun - популярный 3d моделлер, игровой дизайнер.
DiezelSun - artist, illustrator, game designer. In his creativity there are paintings executed on game engines, such as unity. The paintings are made in the style of a computer, they have their esoteric meaning. The game takes place on the engine design unity, the similarity SCP horror games.
== Links == Wella8

ERS and GRR in MT9P001 on 10393:

← Older revision Revision as of 00:47, 21 October 2016 (One intermediate revision not shown)Line 22: Line 22: ==ERS and GRR in MT9P001 on 10393== ==ERS and GRR in MT9P001 on 10393== -[[File:Ers ch0 exp-4ms delay-30ms LED-10us.jpeg|400px|thumb|Fig.1 ERS + external LED flash: flash duration = 10us, exposure = 4ms, external signal delay (LED flash) = 30ms]]+[[File:Ers ch0 exp-4ms delay-30ms LED-10us.jpeg|400px|thumb|Fig.1 ERS + external LED flash: flash duration = 5us, exposure = 4ms, external signal delay (LED flash) = 30ms]] -[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg|400px|thumb|Fig.2 Global reset release shutter + external LED flash: flash duration = 10us, exposure = 1 line, external signal delay (LED flash) = 10ms]]+[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg|400px|thumb|Fig.2 Global reset release shutter + external LED flash: flash duration = 5us, exposure = 1 line, external signal delay (LED flash) = 10ms]] ===Setup a flash using the programmable output trigger signal for rolling and global reset release shutters=== ===Setup a flash using the programmable output trigger signal for rolling and global reset release shutters=== Line 32: Line 32: |} |} Example steps: Example steps: -  1. TRIG_PERIOD=25000000 (decimal,4FPS)+  1. TRIG_PERIOD=25000000 (decimal,4FPS, 10ns steps) -     TRIG_DELAY=3000000 (for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)+     TRIG_DELAY=3000000 (10ns steps, for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)      EXTERN_TIMESTAMP=0x0 (not using external timestamp)      EXTERN_TIMESTAMP=0x0 (not using external timestamp) -     TRIG_BITLENGTH=0xff (max output signal width is 10us)+     TRIG_BITLENGTH=0xff (max output signal width is 5us, 20ns steps when XMIT_TIMESTAMP=0)      TRIG_CONDITION=0x0 (internal source for trigger)      TRIG_CONDITION=0x0 (internal source for trigger)      <b>TRIG_OUT=0x66555</b> (enables output trigger signal)      <b>TRIG_OUT=0x66555</b> (enables output trigger signal) Line 47: Line 47: |} |} Example steps: Example steps: -  1. TRIG_PERIOD=25000000 (decimal,4FPS)+  1. TRIG_PERIOD=25000000 (decimal,4FPS, 10ns steps) -     TRIG_DELAY=1000000 (for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)+     TRIG_DELAY=1000000 (10ns steps, for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)      EXTERN_TIMESTAMP=0x0 (not using external timestamp)      EXTERN_TIMESTAMP=0x0 (not using external timestamp) -     TRIG_BITLENGTH=0xff (max output signal width is 10us)+     TRIG_BITLENGTH=0xff (max output signal width is 5us, 20ns steps when XMIT_TIMESTAMP=0)      TRIG_CONDITION=0x0 (internal source for trigger)      TRIG_CONDITION=0x0 (internal source for trigger)      TRIG_OUT=0x66555      TRIG_OUT=0x66555 Oleg

New user account

Crpersico57

New user account

H2623603

0393-12-29A - Sensor front end, CS-mount, Rev "A":

← Older revision Revision as of 00:10, 6 October 2016 Line 7: Line 7: Note: X3D model will be updated later. Note: X3D model will be updated later. {{Cad4a|0393-12-29A}} {{Cad4a|0393-12-29A}}  +----  +=== 0393-12-29B - Sensor front end, CS-mount, Rev "B" ===  +Note: X3D model will be updated later.  +{{Cad4a|0393-12-29B}} ---- ---- Mikhail

0393-27-12 - SFE support platform for press fit kit:

← Older revision Revision as of 00:04, 6 October 2016 (One intermediate revision not shown)Line 34: Line 34: === 0393-27-10 - Cable strain relief for 0393-27-03c or 0393-27-02d === === 0393-27-10 - Cable strain relief for 0393-27-03c or 0393-27-02d === {{Cad4c|0393-27-10}} {{Cad4c|0393-27-10}}  +----  +=== 0393-27-12 - SFE support platform for press fit kit ===  +This platform facilitates disk springs support pins installation into SFEs.  +{{Cad4c|0393-27-12}}  +----  +  +=== 0393-27-13 - Tube cap ===  +{{Cad4c|0393-27-13}} ---- ---- Mikhail

ERS and GRR in MT9P001 on 10393:

← Older revision Revision as of 15:49, 4 October 2016 (7 intermediate revisions not shown)Line 21: Line 21: Some CMOS sensors have "global shutter" function mentioned in the specs but it is usually far from the real snapshot ones (as in the modern CCD-based camcorders). Such mode has simultaneous erase of all pixels, but the end of exposure is still determined by the it readout, so exposure time for each pixel will be different - pixels in the bottom of the frame will be exposed longer by the exposure time. Such mode is useful with the flash lamp, when it is triggered after all the pixels are erased but before the readout starts, but usually quite useless without such lamp (or external shutter of some kind - i.e. mechanical or LCD). Some CMOS sensors have "global shutter" function mentioned in the specs but it is usually far from the real snapshot ones (as in the modern CCD-based camcorders). Such mode has simultaneous erase of all pixels, but the end of exposure is still determined by the it readout, so exposure time for each pixel will be different - pixels in the bottom of the frame will be exposed longer by the exposure time. Such mode is useful with the flash lamp, when it is triggered after all the pixels are erased but before the readout starts, but usually quite useless without such lamp (or external shutter of some kind - i.e. mechanical or LCD). -==ERS and "global" modes in MT9P001 on 10393==+==ERS and GRR in MT9P001 on 10393== -[[File:Ers ch0 exp-4ms delay-30ms LED-10us.jpeg|400px|thumb|Fig.1 ERS Mode + external LED flash: flash duration = 10us, exposure = 4ms, external signal delay = 30ms]]+[[File:Ers ch0 exp-4ms delay-30ms LED-10us.jpeg|400px|thumb|Fig.1 ERS + external LED flash: flash duration = 10us, exposure = 4ms, external signal delay (LED flash) = 30ms]] -[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg|400px|thumb|Fig.2 Global Mode + external LED flash: flash duration = 10us, exposure = 1 line, external signal delay = 10ms]]+[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg|400px|thumb|Fig.2 Global reset release shutter + external LED flash: flash duration = 10us, exposure = 1 line, external signal delay (LED flash) = 10ms]]  +   +===Setup a flash using the programmable output trigger signal for rolling and global reset release shutters===  +   +====Electronic Rolling Shutter====  +{|  +|[[File:Ers ch0 exp-4ms delay-30ms LED-10us pars.jpeg|600px|thumb|Fig.3 Parameters, TRIG[4]==0 ]]  +|}  +Example steps:  + 1. TRIG_PERIOD=25000000 (decimal,4FPS)  +    TRIG_DELAY=3000000 (for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)  +    EXTERN_TIMESTAMP=0x0 (not using external timestamp)  +    TRIG_BITLENGTH=0xff (max output signal width is 10us)  +    TRIG_CONDITION=0x0 (internal source for trigger)  +    <b>TRIG_OUT=0x66555</b> (enables output trigger signal)  +  + 2. TRIG=0x4  + 3. Change any parameters from 1.  +   +====Global Reset Release shutter====  +{|  +|[[File:Global ch0 exp-1line delay-10ms LED-10us pars.jpeg|600px|thumb|Fig.4 Parameters, TRIG[4]==1]]  +|}  +Example steps:  + 1. TRIG_PERIOD=25000000 (decimal,4FPS)  +    TRIG_DELAY=1000000 (for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)  +    EXTERN_TIMESTAMP=0x0 (not using external timestamp)  +    TRIG_BITLENGTH=0xff (max output signal width is 10us)  +    TRIG_CONDITION=0x0 (internal source for trigger)  +    TRIG_OUT=0x66555  +  + 2. TRIG=0x14  + 3. Change any parameters from 1. Oleg

ERS and GRR in MT9P001 on 10393:

← Older revision Revision as of 00:50, 4 October 2016 (6 intermediate revisions not shown)Line 21: Line 21: Some CMOS sensors have "global shutter" function mentioned in the specs but it is usually far from the real snapshot ones (as in the modern CCD-based camcorders). Such mode has simultaneous erase of all pixels, but the end of exposure is still determined by the it readout, so exposure time for each pixel will be different - pixels in the bottom of the frame will be exposed longer by the exposure time. Such mode is useful with the flash lamp, when it is triggered after all the pixels are erased but before the readout starts, but usually quite useless without such lamp (or external shutter of some kind - i.e. mechanical or LCD). Some CMOS sensors have "global shutter" function mentioned in the specs but it is usually far from the real snapshot ones (as in the modern CCD-based camcorders). Such mode has simultaneous erase of all pixels, but the end of exposure is still determined by the it readout, so exposure time for each pixel will be different - pixels in the bottom of the frame will be exposed longer by the exposure time. Such mode is useful with the flash lamp, when it is triggered after all the pixels are erased but before the readout starts, but usually quite useless without such lamp (or external shutter of some kind - i.e. mechanical or LCD). -==ERS and "global" modes in MT9P001 on 10393==+==ERS and GRR in MT9P001 on 10393== -[[File:Ers ch0 exp-4ms delay-30ms LED-10us.jpeg|400px|thumb|Fig.1 ERS Mode + external LED flash: flash duration = 10us, exposure = 4ms, external signal delay = 30ms]]+[[File:Ers ch0 exp-4ms delay-30ms LED-10us.jpeg|400px|thumb|Fig.1 ERS + external LED flash: flash duration = 10us, exposure = 4ms, external signal delay (LED flash) = 30ms]] -[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg|400px|thumb|Fig.2 Global Mode + external LED flash: flash duration = 10us, exposure = 1 line, external signal delay = 10ms]]+[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg|400px|thumb|Fig.2 Global reset release shutter + external LED flash: flash duration = 10us, exposure = 1 line, external signal delay (LED flash) = 10ms]]  +   +===Setup a flash using the programmable output trigger signal for rolling and global reset release shutters===  +   +====Electronic Rolling Shutter====  +{|  +|[[File:Ers ch0 exp-4ms delay-30ms LED-10us pars.jpeg|600px|thumb|Fig.3 Parameters, TRIG[4]==0 ]]  +|}  +Example steps:  + 1. TRIG_PERIOD=25000000 (decimal,10FPS)  +    TRIG_DELAY=3000000 (for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)  +    EXTERN_TIMESTAMP=0x0 (not using external timestamp)  +    TRIG_BITLENGTH=0xff (max output signal width is 10us)  +    TRIG_CONDITION=0x0 (internal source for trigger)  +    <b>TRIG_OUT=0x66555</b> (enables output trigger signal)  +  + 2. TRIG=0x4  + 3. Change any parameters from 1.  +   +====Global Reset Release shutter====  +{|  +|[[File:Global ch0 exp-1line delay-10ms LED-10us pars.jpeg|600px|thumb|Fig.4 Parameters, TRIG[4]==1]]  +|}  +Example steps:  + 1. TRIG_PERIOD=25000000 (decimal,10FPS)  +    TRIG_DELAY=1000000 (for port 0 = output sync signal delay after the 1st line exposure start, for ports 1..3 - a delay from the port 0 1st line exposure start to other port's 1st line exposure)  +    EXTERN_TIMESTAMP=0x0 (not using external timestamp)  +    TRIG_BITLENGTH=0xff (max output signal width is 10us)  +    TRIG_CONDITION=0x0 (internal source for trigger)  +    TRIG_OUT=0x66555  +  + 2. TRIG=0x14  + 3. Change any parameters from 1. Oleg

uploaded "[[File:Global ch0 exp-1line delay-10ms LED-10us pars.jpeg]]"

Oleg

ERS,"global" in MT9P001 on 10393:

← Older revision Revision as of 23:35, 3 October 2016 (One intermediate revision not shown)Line 20: Line 20: == ERS-built CMOS sensors with "global" shutter == == ERS-built CMOS sensors with "global" shutter == Some CMOS sensors have "global shutter" function mentioned in the specs but it is usually far from the real snapshot ones (as in the modern CCD-based camcorders). Such mode has simultaneous erase of all pixels, but the end of exposure is still determined by the it readout, so exposure time for each pixel will be different - pixels in the bottom of the frame will be exposed longer by the exposure time. Such mode is useful with the flash lamp, when it is triggered after all the pixels are erased but before the readout starts, but usually quite useless without such lamp (or external shutter of some kind - i.e. mechanical or LCD). Some CMOS sensors have "global shutter" function mentioned in the specs but it is usually far from the real snapshot ones (as in the modern CCD-based camcorders). Such mode has simultaneous erase of all pixels, but the end of exposure is still determined by the it readout, so exposure time for each pixel will be different - pixels in the bottom of the frame will be exposed longer by the exposure time. Such mode is useful with the flash lamp, when it is triggered after all the pixels are erased but before the readout starts, but usually quite useless without such lamp (or external shutter of some kind - i.e. mechanical or LCD).  +  +==ERS and "global" modes in MT9P001 on 10393==  +[[File:Ers ch0 exp-4ms delay-30ms LED-10us.jpeg|400px|thumb|Fig.1 ERS Mode + external LED flash: flash duration = 10us, exposure = 4ms, external signal delay = 30ms]]  +[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg|400px|thumb|Fig.2 Global Mode + external LED flash: flash duration = 10us, exposure = 1 line, external signal delay = 10ms]] Oleg

uploaded "[[File:Global ch0 exp-1line delay-10ms LED-10us.jpeg]]"

Oleg