Encoder Modulator Decoder Demodulator Module Parameter Configurationis Instructiones COFDM AT Imperii
Encoder Modulator Decoder Demodulator Module Parameter Configurationis Instructiones COFDM AT Imperii
Download Encoder Modulator Decoder Demodulator Module Parameter Configurationis Instructiones infra si opus est documento PDF.
Renovatio Record:
| Version | Date | Description |
| 1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2.0 2.1 | 2016-10-24 2016-11-1 2016-12-26 2017-2-14 2017-2-28 2017-3-27 2017-4-19 2017-5-18 2017-9-12 2018-3-15 2019-6-25 2023-2-24 | Versio initialis ATDR respondeo distinctionis moduli ATSE, ATGE addendi audio switch ATSP addere protocol Add ATST, ATGT protocol ATGE imperium addendi AESfor status acquisition Addidit ATGB protocol AV and HDMI output control Support obtinendae hodiernae AV output vexillum additae ATSU, ATGUcommands additae ATOSD, ATSIP, ATGIP imperium adiecit ATSAD, ATGAD imperium |
Users parametri moduli conformationem mutare necesse est in usu moduli COFDM modulatoris et demodulatoris.. Ut simpliciorem reddere operationem usoris, designamus modulum configurationem in paucis simplicibus AT mandatis. Usoris tantum uti iussu praefinito AT praecepto et congruentibus parametris ad perficiendum modulum moduli moduli COFDM perficiendum.
Apta exempla
-
COFDM Nullam Repeater moduli pro fuco UAV video transmissorium ac receptorem Vcan1870 -
COFDM Modulator Demodulator Module Encoder Decoder HDMI CVBS AV Input AES 256 FHD RF stream -
Wireless Video Transmitter et receptorem pro Camera, HDMI HD H265 264 encoder 1W/2.5W PA 1080P60 Vcan1726 -
SDI vel HDMI Ad IP encoder modulatorem CVBS H.265 H.264 descriptam tabulam pcba Aer RSTP UDP pro UAV Drone Robotic
Introductio Imperii
Quod AT mandatum Vestibulum COFDM moduli parametri incipit cum “AT” desinit cum underscore “_”. Quisque AT mandatum habet plures vel non parametri, et quisque AT mandatum habet reditus pretii. Nam singula, Quaeso ad introductionem sequentium mandatorum.
Users parametri moduli per configurationem Vide portum configurare possunt (TTL campester, 3.3V) de moduli COFDM. Vide ad detailed portum configuratione, ad formam infra. Quaeso uti instrumenta ut “Vide Portus Debugging Suffragium” ut moduli COFDM iussus AT mittere, attendere ad usum illud, exempli gratia:
Command Classification
Mandata AT quae parametri figurandi COFDM moduli maxime in duo sequentia genera dividuntur:
| Quaero mandata | ATDR, ATGD, ATGE, ATGI , ATGR, Negotiationis salus, ATGB, ATGU, ATGIP |
| Profecta mandata | ATSD, ATSG, ATSM, ATSE, ATSI, ANUS, atsr, ATSP, ATST, MASCULUM,ATOSD, ATSIP |
Ex prospectu num salvandi postquam potestate off, imperium dividi in occasum:
| Power-off mandata salutaria | ATSD, ATSE, ATSI, ANUS, atsr, ATSP, ATST, MASCULUM, ATSIP |
| Power-off non salvis mandatis | ATSG, ATSM, ATOSD |
Secundum configuratione transfusor vel accipientis, divisio talis est:
| Mittens configurationis mandata | ATDR, ATSD, ATGD, ATSG, ATSM, ATSE, ATGE, ATSI, ATGI, ANUS, ATSP, ATST, Negotiationis salus, MASCULUM, ATGU, ATOSD |
| Receptorem configurationis mandata | ATDR, atsr, ATGR, ATSP, ATST, Negotiationis salus, ATGB, ATSIP, ATGIP |
Mandatum Details
Ping Imperii
| forma | ATDR_ |
| Parameter | No |
| usus | pro systemate integrato sisto num portum serialem connexum et modulorum connexum recognoscendas. |
| Redi valorem | RCB refert ad “fabrica profile "” filum SUE1 redit “ATDRSUE1 OK” filum SHD1 redit “ATDRSHD1 OK” filum |
| Attende | query imperium |
Set Imperii Fabrica
| forma | ATSD $(mimo), $(gi), $(COFDM wireless tradendi systema tradendi rate calculation), $ (constellatio), $(freq*(Eliz)), $(bw *(Eliz)), $(tx1_gain), $(tx2_gain)_ Exemplum: ATSD0,1,0,0,800000,8000,86.0,86.0_ |
| Parameter | Antennae unus / antennae mimo Dual: 0 mimo disable; 1 mimo enable Custodi Intervallum GI: 0 1/32; 1 1/16; 2 1/8; 3 1/4 Codex Convolutionis Rate: 0 1/2; 1 2 /3; 2 3/4; 3 5/6; 4 7/8; constellatio: 0 QPSK; 1 QAM16; 2 QAM64; RCB Portitorem Centrum Frequency(kHz) 200000~270000(200MHz~2.7GHz, 1gradus Eliz) RC900 Portitorem centrum Frequency(kHz) 750000~930000(750MHz ~ 930MHz, 1gradus Eliz) RCB Channel Sed bw(Eliz) 2000~8000(2MHz~8MHz, 1gradus Eliz) RCB Channel Sed bw(Eliz) 2000~8000 (2MHz~8MHz, 1gradus Eliz) Antenna transmittendi 1 quaestum tx1_gain 0.0~89.75dB, 0.25dB gradiendi Antenna transmittendi 2 quaestum tx2_gain 0.0~89.75dB, 0.25dB gradiendi |
| Redi Precium | ut:ATSD0,1,0,0,800000,8000,86.0,86.0_ SISO,GI,: 1/16, C.:1/2, MOD: QPSK, freq*:800000Eliz,bw *:8000Eliz,tx1_gain:86.000000 tx2_gain:86.000000 Bene |
| nota | Set imperium, nisi cum virtute off. Alia Bandwidths, custodi intervals, Convolution codice rates, Data rate calculation formulae constellationes correspondentes Aeris interface rate Rate(COFDM wireless tradendi systema tradendi rate calculation) COFDM wireless tradendi systema tradendi rate calculation (Sed in est(MHz) * 8.0/7.0) / (1+GI,) * 1512/2048*COFDM wireless tradendi systema tradendi rate calculation(COFDM wireless tradendi systema tradendi rate calculation) * COFDM wireless tradendi systema tradendi rate calculation * 188/204. Sed in exemplum 8MHz subterraneis elicantes Unguibus, diversis intervallis, codice rates convolutionis, data rates correspondentes constellationibus et signo accepto ut- strepitus rationibus  |
Set Praecipe Lucrum
| forma | ATSG $( tx1_gain),$( tx1_gain)_ Exemplum: ATSG85.0,85.0_ |
| Parameter | tx1_gain: transfusor 1 quaestum tx2_gain: transfusor 2 quaestum |
| usus | Ad dynamically adjust in potentia output. Si signum SNR / RSSI accipientis est princeps, output potentia reduci potest per nexum remote control. Cum SNR / RSSI ad extremum signum est humilis, auget output potentia (transfusor) |
| Redi Precium, | Exemplum: ATSG85.0,85.0_set quaestum 85.000000 85.000000 Bene |
| Attende | occasum imperium, potentia off non salvabit. |
Modus Set Modus Command
| forma | ATSM $(gi), $(COFDM wireless tradendi systema tradendi rate calculation), $(constellatio)_ Exemplum: ATSM1,1,2_ |
| Parameter | Gard intervallum GI*: 0 1/32; 1 1/16; 2 1/8; 3 1 /4; Convolution codice rate: 0 1/2; 1 2/3; 2 3/4; 3 5/6; 4 7/8; constellatio: 0 QPSK; 1 QAM16; 2 QAM64 |
| usus | Dynamically adjust aeris interface rate, aer interface rate augeri potest cum brevi spatio, et aer interfaciei rate reduci potest cum longa sit distantia (transfusor) |
| Redi Precium | Exemplum:ATSM1,1,2_GI:1/16, C.:2/3, MOD: QAM64, Bene |
| Attende | occasum imperium, potentia off non salvabit. |
Get Imperii Status Fabrica
| forma | ATGD_ |
| Parameter | No |
| usus | query hodiernam numerum transmittunt antennas, militum intermissis, codice rate convolutionis, numerum signorum, frequentiam transmittunt, Sed in est, lucrari parametri (transfusor) |
| Redi Precium | Exemplum: ATGD_ SISO, GI,:1 /16, C.: 1/2, MOD: QPSK, freq*: 800000Eliz, bw *: 8000Eliz, tx1_gain: 86.000000 tx2_gain: 86.000000 Bene |
| Attende | query imperium |
Set Encoder Imperii
| forma | ATSE $(llc),$(rt),$(bitrate) ,$(gop),$(audio)_ Exemplum: ATSE0,0,0.0,0,0_ |
| Parameter | 1. Consectetur optio data reliability llc: 0 disable; 1 da " (requirit accipiendi finem ut optio simul, uti in paria, quia plus redundat notitia addita ad augendae fidem, the video bit rate of the transmitting end should be set when this option is turned off half of) 2. Real-time priority/quality priority rt: 0 image quality priority; 1 real-time priority; 3. Bitrate: 0 let system decide; >0 specify bitrate(float) 4. I frame interval GOP: 0 let system decide; >0 specify GOP 5. Audio encoding option audio: 0 disable; 1 da " |
| usus | Used to set encoding parameters (transfusor) |
| Redi Precium | Exemplum:ATSE0, 0,0.0,0,0_ PRAESIDIUM:0,RT:0,bitrate: 0.0Mbps,gop:0,audio:0,Bene |
| Attende | occasum imperium, save when power is off. |
Get Encoder Command
| forma | ATGE_ |
| Parameter | No |
| usus | querying encoding parameters (sending end) |
| Redi Precium | Exemplum:ATGE_MODE:0, RT:0,bitrate:4.0Mbps,gop:10,audio:0,aes:0, Bene |
| Attende | Query command AES means the current encryption status: 0 disable; 1 da " |
Get Input Command
| forma | ATGI_ |
| Parameter | No |
| usus | query the current camera input parameters (transfusor) |
| Redi Precium | Exemplum:ATGI_input_size: 1080p, input_rate: 60fps, sensor_type: Hdmi,Bene |
| Attende | query imperium |
Set Input Command
| forma | ATSI$(input_size),$(input_rate)_ Exemplum: ATSI1080,25_ |
| Parameter | 1. Input resolution input_size: 0 Sit ratio deprehendere; >0 specify input size 2. Input frame rate input_rate: 0 Sit ratio deprehendere; > 0 specify input fps |
| usus | To specify the input resolution and frame rate to meet some special signal sources, or some special application needs (transfusor) |
| Redi Precium | Exemplum: ATSI1080,25_ Input_size:1080p,input_rate: 25fps, Bene |
| dicta | Post usor dat speciem input resolutionem et frame rate per hoc mandatum, systema signum non deprehendere fontem (caute utere). Usor potest restituere defaltam per hoc mandatum: ATSI0,0_Set imperium et serva cum potestate off. |
Set Output Imperii
| forma | ANUS(output_size),$(output_rate)_ Exemplum: ANUS 720.30_ |
| Parameter | 1. transfusor: modum translitterandi output resolutio output_size: 0 = input_size; >0 specificare output magnitudine 2. receptor: HDMI output resolutio (720, 1080) 3. transfusor: modum translitterandi output frame rate output_rate: 0 exæquabo input_rate; >0 specificare output_rate (fps) 4. receptor: HDMI output frame rate 720p supports frame rate (50, 60); 1080p rate subsidia frame (24, 25, 30, 50, 60) |
| usus | 1. transfusor: Solebant denotare modum translitterandi solutionis et frameae, cum requisitis quarundam applicationum ad reductionem zooming et frame. 2. receptor: usus est ad configurare senatus et frame rate of HDMI output |
| Redi Precium | Exemplum: ANUS 720.30_ output_size: 720p, output_rate: 30fps, Bene |
| dicta | 1. Nam HDMI initus tantum, hoc mandatum irritum est pro AV input 2. Output_size <= input_size; output_rate<= input_rate 3. pone imperium et salva illud secundum potestatem is off. |
Set Input Sources Imperii (HDMI switch / CVBS initus)
| forma | ATSU $(vin),$(ain')_ Exemplum: ATSU0,1_ |
| Parameter | 1. Video input selection VIN: 0 Sit ratio deprehendere; 1 vis CVBS initus; 2 vis hdmi / SDI initus 2. Audio input lectio AIN: 0 Sit ratio deprehendere; 1 vi Analog initus |
| usus | Ad occursum specifica application opus (Exemplum: HDMI/SDI input video, mic input audio) |
| Redi Precium | Exemplum: ATSU0,1_ ATSU0,1 OK |
| Attende | occasum imperium, potestate longe nisi. |
Adepto User Imperii
| forma | ATGU _ Exemplum: ATGU_ |
| Parameter | No |
| usus | Ad quaestionem user specialium configuratione |
| Redi Precium | Exemplum: ATGU_ ATGU0,1 OK |
| Attende | query imperium redire parametri generis placere ad ATSU imperium |
Set receptorem Imperii
| forma | atsr $(freq*), $(bw * ), $(llc), $(cvbs)_ Exemplum: ATSR320000,6000,000,0_ |
| Parameter | 1. DR2C carrier frequency freq(Eliz) 200000~860000(200MHz ~ 860MHz, 1gradus Eliz) 2. DR900 frequency freq centrum carrier(Eliz) 200000~160000(200MHz~1.6GHz, 1gradus Eliz) 3. DR2C channel Sed bw(Eliz) 2000~8000(2MHz~8MHz, 1gradus Eliz) 4. DR900 channel Sed bw(Eliz) 3200~8000(3.2MHz~8MHz, 1gradus Eliz) 5. Consectetur optio data reliability llc: 0 disable; 1 da " (necesse est ut transfusor hanc optionem simul etiam reddat, et uti in paria. Quia plus redundans notitia additur ad augendae fidem, video frenum rate of transfusor apponi debet cum haec optio e media parte vertitur) 6. AV output system cvbs: 0 pal; 1 ntsc |
| usus | Ut ille qui accipit parametri |
| Redi Precium | exemplum: ATSR320000,6000,000,0_ ATSR320000,6000,0,0 OK |
| Attende | occasum imperium, save when power is off. |
Accipere mandatum
| forma | ATGR_ |
| Parameter | No |
| ATGR_ | accepto fine parametri |
| Redi Precium | Exemplum: ATGR_ ATGR320000,6000,0,aes:0,cvbs:0 Bene |
| Attende | 1. Query imperium 2. Aes parametri indicat encryption current status: 0 disable;1 da " 3. CVBS modulus current AV output vexillum indicat: 0 pal;1 ntsc |
Ut Bit error Rate Imperii
| forma | ATGB_ |
| Parameter | No |
| usus | percontando frenum erroris rate et insignem vim antennae dualis in fine recipiendi |
| Redi Precium | Exemplum: ATGB_ ATGB ad 1:0.00% ber2:0.00% RSSI1 :54 RSSI2:53 Lock1:1 Lock2:1 Bene |
| dicta | 1. Query imperium 2. Ber1 et ber2 respectively indicant frenum error rate cuiusque antennae, vndique a 0.0% ut 100.0% 3. RSSI1 et RSSI2, respective ad vim signi cuiusque antennae indicant, vndique a 0 ut 100 4. Lock1 and Lock2 respectively indicate the signal densis status of each antenna (1 Repraesentat signum cincinno) |
Set Imperii Password
| forma | ATSP $(password), $(password)_ Exemplum: ATSP123456, 123456_ |
| Parameter | AES key password: 6-digit password (ASCII) AES key password: 6-digit password (ASCII) (iterare confirmationis) |
| usus | Ponere solebat clavis transceiver AES (transfusor tribuentis accipientisque) |
| Redi Precium | Exemplum: ATSP123456_ ATSP123456 OK |
| Attende | 1. Cum password est 0, AES encryption est off. 2. Pone imperium et salvum facere cum posse eam. |
Set Data serie Imperii
| forma | ATST $(baud rate), $( pari)_ Exemplum: ATST115200,0_ |
| Parameter | 1. Baud rate baud rate: 1200、2400、4800、9600、19200、38400、57600、115200 2. Reprehendo Code: 0: Nullus; 1: Odd; 2: Etiam |
| usus | Solebant pone baud rate et pari frenum Vide portum pro notitia transmissionis pellucidae |
| Redi Precium | Exemplum: ATST115200,0_ ATST115200,0 OK |
| dicta | Set imperium |
Data serie ut Imperii
| forma | Negotiationis safety_ |
| Parameter | No |
| usus | Ad investigandum est baud rate et vide codicem |
| Redi Precium | Exemplum: Negotiationis safety_ ATGT115200,0 OK |
| dicta | Query imperium |
Set IP Address Imperii
| forma | ATSIP $(ip), $(ip)_ Exemplum: ATSIP192.168.1.215,192.168.1.215_ |
| Morbi laoreet | Locus IP oratio Locus IP oratio (repetere ad confirmandas) |
| usus | IP oratio ad accipientis usus |
| Redi Precium | Exemplum: ATSIP_192.168.1 .215,192.168.1.215_ ATSIP192.168.1.215 OK |
| dicta | 1. Post occasum IP, finis receptionis debet esse restarted effectus. 2. Pone imperium et salvum facere cum posse eam. |
IP Address Get Imperii
| forma | ATGIP_ Exemplum: ATGIP_ |
| Parameter | No |
| usus | ad query hodiernam IP oratio de fine sumptionis |
| Redi valorem | Exemplum: ATGIP_ ATGIP192.168.0.215 OK |
| Attende | query imperium |
OSD Deaurabis Protocol
| forma | ATOSD $(idx *), $(X), $(y*), $(str*)_ Exemplum:ATOSD0,40,20, altitudo: 100m_ |
| Parameter | 1. IDX index: 0~7 (sustinet OSD deaurabis for 8 areis) 2. X-coordinare: 0~1919 3. Y coordinare: 0~1079 4. str*: linea proponendum ad coordinatas correspondentes (per spatium symbolum ad ostentationem purgare) |
| usus | in video screen.OSD informationes |
| Redi valorem | No |
| dicta | 1. Usor dat speciem coordinatarum x et y ostentationis OSD secundum maximum 1920 .×1080 pixels, et ratio coordinatas secundum condicionem actualem ostentationis corriget. 2. Item Item _’ character non potest contineri in sp parametri |
Pone lucrum Adjust
| forma | ATSAD $(freq*),$(adjust) _ Exemplum:ATSAD700000,2.5_ |
| Parameter | wireless media working frequency： Freq(Eliz) 200000~270000(200MHz~2.7GHz, step: 1Eliz) Adjust valorem(dB): ATSD cmd subtrahet hoc valore ut in wireless lucro |
| Officium | Specificare et accommodare valorem pro wireless lucro occasu utendo ab ATSD cmd |
| feedback | Exemplum: ATSAD700000,2.5_ freq:700000,adjust:2.50 Bene |
| Comments | Profecta imperium adhuc valet, cum finis potentiae vel repositione. |
Lucrum Adjust
| forma | ATGAD[$(freq*)]_ Exemplum:ATGAD700000_ |
| Parameter | wireless media working frequency： Freq(Eliz) 200000~270000(200MHz~2.7GHz, step: 1Eliz) Cum nullus parametri praebet, ea enumerare omnes freq qui accomodati valorem. |
| Officium | Inquisitionis valorem accommodare pro wireless lucro occasum utendi ATSD cmd |
| feedback | Exemplum: ATGAD700000_ freq*:700000,adjust:2.50 OK ATGAD_ freq:700000 750000 Bene |
| Comments | Inquisitionis mandatum. |
Serial Port Utility software download
http://www.alithon.com/downloads
FAQ
1. How can I return to the No Password setting with 000000 indications after the change?
Reset the password to 000000 (one must not be missing) through the Parameter Configuration Panel Board.
or set it through quod ATSP_command
2. I see that Gain is the output power of the transmitter. Please tell me the range of settings of this parameter. All setting level (quaestum) good for linear output operation? Or do you suggest some limited range for better linear operation?
The Gain of the COFDM configuration is the internal Gain, not the actual output power of the transmitter. The internal gain range is 0~89.75dB and the linear output:
1. At around 300~500MHz, the Gain is set to 89.75, and the actual output power of the transmitter module is about -5dBm.
2. At around 1000~1500MHz, the Gain is set to 89.75, and the actual output power of the transmitter module is about -6dBm to -10dBm.
3. I tried to set – B bandwidth (kHz) and E bit rate (Mbps). When I set E, the new value does not apply. Sic. the E setting is only for monitoring of available bitrate? if I wish to change the E (Bitrate) I have to change only B (Sed in est)? Am I right?
It is not recommended to modify the video bit rate ‘E’ directly, because if the output video bit rate is greater than the wireless air interface rate, the system will not work normally.
Per defaltam, the internal video bit rate ‘E’ will be set to 0 for automatic. Customers only need to modify ‘B’ to modify the wireless parameters, and the video bit rate will automatically adapt.
You can also adjust the wireless air interface rate by modifying GI and CR.
For more details on the Encoder Modulator Decoder Demodulator Module, please send an inquiry to us.
COFDM Modulator Demodulator Module Encoder Decoder HDMI CVBS AV Input AES 256 FHD RF stream
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COFDM Modulator Demodulator Module Encoder Decoder HDMI CVBS AV Input AES 256 FHD RF stream
Tabula contentorum
Alterum latus visum
COFDM Encoder moduli, CVBS / HDMI input, IP output
Pro Plura de COFDM tabula encoder, placet hic visita
COFDM Encoder moduli Commodum:
- Ultra-low latency H.265/H.264 audio et video descriptam maximum subsidium 1080P@60 real-time video ceperunt et descripserunt.
- HDMI vel AV audio et video input, post modum translitterandi, ad portum Aer output vel output ad wireless moduli, video modum translitterandi frenum rate potest dynamically felis
- Support audio input et output audio decoding
- Duo videos support (HDMI + AV) simul initus modum translitterandi (bene, per default HDMI vel AV modum translitterandi est, elige unum ex duobus initus transnationale). )
- Web UI uel Vide portum UART AT mandatum de configuratione procuratio
COFDM transfusor moduli
COFDM modulator-demodulator datasheet download
COFDM demodulator Vcan1776RX-H264 datasheet
Ultima versio TX tabula RX
Corpus: V6.5.6p
RX: 4.1.2p
FAQs
- Quaestio I: Num placet mihi pars huius componentis numerum, conamur ut loci et vide. Et respondendum est, 1: Inductionem nominavit LOH32PN2R2NNC.
- Reprehendo Points suadeant: Si potestas copia current tabulae bene est sed nulla RF output, maybe infra component TC1-1-13MX+ est fere laedi.
- Ad vitandum damnum huic fabrica per translationem (in fabrica ipsa relative altum est), rubra gluten munimentum hoc artificio cum conscendisse iussimus.
- Ingenium etiam suggerit te videre si dilabi vel solutum vel in contactu pauperum.
- Aliquam repone FPC funem connectens duas tabulas
- We can provide spare parts if you're sure which one.
3. Quaeritur, Si camera nostra qualis est satis ad utrumque 4 et MHz 8 Sed in MHz. In hoc casu, Ut in elit eligere 4 aut MHz 8 MHz?
Et respondendum est,: Nostra una via COFDM portarentur uti 4Mz wireless Sed per defaltam, correspondentes video frenum rate of 3.12Mbps, quod satis est pro 1080p; Sed wireless 8MHz mutatis iisdem conditionibus, video frenum rate duplicat 6.24Mbps. Omnes clientes possunt eligere inter wireless Sed 4MHz et 8MHz, etiam 6MHz considerari potest.
4. Quaeritur: Quod melius est, hoc tx+rx positum est ex sententia sentiendi accipienda?
Et respondendum est,: Nam wireless nexus, Simpliciter considerari potest quod sensus sensus superior erit in inferioribus bands. Ex prospectu recipiendi sensus, 4MHz>6MHz>8MHz
cave
Please infra link
COFDM Nullam Repeater moduli pro fuco UAV video transmissorium ac receptorem Vcan1870
Uno alveo sumptionem sensus:
-97+/-1DBM apud QPSK 8MHz,
-98+/-1DBM apud QPSK 6MHZ,
Sensus augetur 3dbm accipiendo cum duali antennae
Accipiens default firmware subsidia RTSP ludio ludius, quidam clients potius UDP ludio ludius, quod etiam offerre possumus, then RTSP player doesn't support. RTSP et UDP non solum eligere unum ex duobus firmware.
Please download with the below link.
Splayer_v4.2_2020.6.6
https://drive.google.com/file/d/1ihzUhfnx2Wo3zLO8UAs1aUQeLswonJD-/view?usp=sharing
Splayer_v4.3_2022.10.22
https://drive.google.com/file/d/1PQc-LZ55qGnjeMsjkHYSloHfY3NEUsGH/view?usp=drive_link
cave, Placere reprehendo sub pictura.
Et respondit fectum <= 128GB in FAT32 forma tantum. Praecipuum est quod primaria partitione debet esse in forma fat32.
Quomodo HDMI vel CVBS mutandum video input per UART AT mandatum?
Quomodo upgrade COFDM video receptoris
Quomodo upgrade COFDM fucum video encoder modulatorem tabulae
SDI+AHD+CVBS Video Encoder et H264 decoder
Aliqui clientes etiam opus SDI AHD CVBS video encoder modulatorem transmitter video decoder demodulator receptaculum HDMI output. Etiam aliud exemplar habemus Vcan1776-SDI+AHD+CVBS has functiones sustinens.
Quod video decoder tabulam sustinet H264 et super-low latency .?
Laevum caeruleum tabula decoder sustinet H264 et decoctum, sed humilem latentiam decoctionem non sustinet.. (Samsun Chipset)
Ad latus dextrum tabella decoctionis sustinet H264, sed humilem latency decoding sustinet. (Hisilicon)
| video input | HDMI+CVBS, SDI+AHD+CVBS |
|---|
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Recensiones
Nulla sed recensiones.