LEETOP ALP-ALP-606 Embedded Artificial Intelligence Computer

Ulwazi lweMveliso

I-Leetop_ALP_606 yikhompyutha yobukrelekrele efakwe ngaphakathi ebonelela ngamandla ekhompyuter aphezulu kwizixhobo ezahlukeneyo zetheminali. Ibonisa uyilo olukhawulezayo lokupholisa, ukuhlangabezana nemigangatho yoshishino yokumelana nokothuka kunye ne-anti-static. Ngonxibelelwano olutyebileyo kunye nokusebenza kweendleko eziphezulu, iLeetop_ALP_606 yimveliso eguquguqukayo kwaye inamandla.

Iinkcukacha

• Iprosesa: Jetson Orin Nano 4GB / Jetson Orin Nano 8GB / Jetson Orin NX 8GB / Jetson Orin NX 16GB
• Ukusebenza kwe-AI: 20 TOPS / 40 TOPS / 70 TOPS / 100 TOPS
• GPU: Nvidia Ampere uyilo lweGPU eneTensor Cores
• ICPU: Iyahluka ngokuxhomekeke kwiprosesa
• Inkumbulo: Iyahluka ngokuxhomekeke kwiprosesa
• Ugcino: Ixhasa i-NVMe yangaphandle
• Amandla: Iyahluka ngokuxhomekeke kwiprosesa
• PCIe: Iyahluka ngokuxhomekeke kwiprosesa
• Ikhamera ye-CSI: Ukuya kuthi ga kwiikhamera ezi-4 (ezisi-8 ngokusebenzisa amajelo abonakalayo), i-MIPI CSI-2 D-PHY 2.1
• Ikhowudi Yevidiyo: Iyahluka ngokuxhomekeke kwiprosesa
• Ikhowudi yeVidiyo: Iyahluka ngokuxhomekeke kwiprosesa
• Bonisa: Iyahluka ngokuxhomekeke kwiprosesa
• Uthungelwano: 10/100/1000 BASE-T Ethernet
• Oomatshini: 69.6mm x 45mm, 260-pin SODIMM isinxibelelanisi

Imiyalelo yokusetyenziswa kwemveliso

Ukusebenzisa i-Leetop_ALP_606, landela la manyathelo:

1. Qinisekisa ukuba iLeetop_ALP_606 iqhagamshelwe ngokufanelekileyo kumthombo wamandla usebenzisa iadaptha yombane enikiweyo kunye nentambo yombane.
2. Ukuba kuyafuneka, qhagamshela izixhobo zangaphandle ezifana neekhamera kunxibelelwano olukhoyo olusekwe kwiinkcukacha zeprosesa yakho.
3. Kwimisebenzi yekhompyuter ye-AI, qiniseka ukuba usebenzisa i-GPU efanelekileyo kunye ne-CPU amandla eprosesa yakho ethile.
4. Xa usebenzisa i-Leetop_ALP_606 yokhowudo lwevidiyo okanye i-decoding, bhekisa kwiinkcukacha zeprosesa yakho ukumisela izisombululo ezixhaswayo kunye neefomati.
5. Ukuba ufuna ukubonisa imveliso, qhagamshela isixhobo sokubonisa esihambelanayo kumazibuko akhethiweyo ngokusekelwe kwiinkcukacha zomqhubekekisi wakho.
6. Qinisekisa ukuba iLeetop_ALP_606 iqhagamshelwe kuthungelwano kusetyenziswa i-Ethernet port ebonelelweyo yokusebenza komsebenzi wothungelwano.
7. Phatha i-Leetop_ALP_606 ngenkathalo, ucingela imilinganiselo yomatshini kunye nezihlanganisi.

Ukuba unayo nayiphi na imibuzo okanye ufuna inkxaso yobugcisa, ungaqhagamshelana nenkonzo yabathengi bakaLeetop ngokuthumela i-imeyile kuyo inkonzo@leetop.top.

Qaphela
Nceda ufunde incwadi ngononophelo phambi kokufakela, ukusebenzisa, okanye ukuthutha isixhobo seLeetop. Qinisekisa ukuba uluhlu lwamandla oluchanekileyo luyasetyenziswa phambi kokunika amandla isixhobo. Kuphephe iplagi eshushu. Ukucima amandla ngokufanelekileyo, nceda uvale inkqubo ye-Ubuntu kuqala, kwaye emva koko ucime amandla. Ngenxa yobuninzi benkqubo ye-Ubuntu, kwikhithi yonjiniyela weNvidia, ukuba amandla acinyiwe xa ukuqaliswa kungagqitywanga, kuya kuba ne-0.03% ye-probability ye-abnormality, eya kubangela ukuba isixhobo singaphumeleli ukuqala. Ngenxa yokusetyenziswa kwenkqubo ye-Ubuntu, ingxaki efanayo ikhona nakwisixhobo seLeetop. Musa ukusebenzisa iintambo okanye izihlanganisi ngaphandle kokuchazwa kule ncwadana. Musa ukusebenzisa isixhobo seLeetop kufutshane nomhlaba owomeleleyo wemagnethi. Gcina idatha yakho phambi kokuba uthutho okanye isixhobo seLeetop singasebenzi. Cebisa ukuthutha isixhobo seLeetop kwipakethe yayo yokuqala. Lumkisa! Le yimveliso yodidi A, kwindawo yokuhlala le mveliso inokubangela uphazamiseko lukanomathotholo. Kule meko, umsebenzisi unokufuneka athathe amanyathelo anokwenzeka ngokuchasene nokuphazamiseka.

Inkonzo kunye neNkxaso

Uxhaso lobuchwepheshe
ULeetop uyavuya ukukunceda ngayo nayiphi na imibuzo onokuba nayo malunga nemveliso yethu, okanye malunga nokusetyenziswa kobuchwepheshe kwisicelo sakho. Eyona ndlela ikhawulezayo kukusithumelela i-imeyile: service@leetop.top
Iziqinisekiso
Ixesha lewaranti: Unyaka omnye ukususela kumhla wokuhanjiswa.
Umxholo wewaranti: I-Leetop iqinisekisa ukuba imveliso eyenziwe sithi mayingabinaziphene kwizinto eziphathekayo kunye nokusebenza ngexesha lewaranti. Nceda uqhagamshelane nenkonzo@leetop.top ukuze ufumane ugunyaziso lwezinto zokubuyisela (RMA) ngaphambi kokubuyisela naziphi na izinto zokulungisa okanye ukutshintshiselana. Imveliso kufuneka ibuyiselwe kwipakethe yayo yokuqala ukukhusela umonakalo ngexesha lokuthunyelwa. Phambi kokubuyisela nayiphi na imveliso ukulungiswa, kuyacetyiswa ukuba ugcino data yakho kwaye ucime nayiphi na idatha eyimfihlo okanye yobuqu.

Uluhlu lokupakisha

• Leetop_ALP_606 x 1
• Izixhobo ezingekho mgangathweni
• Iadaptha yamandla x 1
• Intambo yamandla x 1

UXWEBHU TSHINTSHA IMBALI

Uxwebhu	Inguqulelo	umhla
Leetop_ALP_606	V1.0.1	20230425

Ingcaciso yeMveliso

Ngokufutshane
I-Leetop_ALP_606 yikhompyutha yobukrelekrele efakwe ngaphakathi enokubonelela ukuya kuthi ga kwi-20/40 |70/100 TOPS amandla ecomputing yezixhobo ezininzi zetheminali. I-Leetop_ALP_606 ibonelela ngoyilo lokupholisa olusebenzayo olukhawulezayo, olunokuhlangabezana nemigangatho yoshishino efana nokuxhathisa ukothuka kunye ne-anti-static. Kwangaxeshanye, iLeetop_ALP_606 inonxibelelwano olutyebileyo kunye nokusebenza kweendleko eziphezulu.

Iinkcukacha

Iprosesa

Iprosesa	Jetson Orin Nano 4GB	Jetson Orin Nano 8GB
AI Ukusebenza	20 TOPS	40 TOPS
GPU	I-NVIDIA ye-512-core AmpUyilo lweGPU olune-16 Tensor Cores	I-NVIDIA ye-1024-core Ampere uyilo GPU nge 32 iTensor Cores
ICPU	I-6-core Arm® Cortex®-A78AE v8.2 64-bit CPU 1.5MB L2 + 4MB L3	I-6-core Arm® Cortex®-A78AE v8.2 64-bit CPU 1.5MB L2 + 4MB L3
Inkumbulo	4GB 64-bit LPDDR5 34 GB/s	8GB 128-bit LPDDR5 68 GB/s
Ugcino	(Ixhasa i-NVMe yangaphandle)	(Ixhasa i-NVMe yangaphandle)
Amandla	5W - 10W	7W - 15W
PCIe	1 x4 + 3 x1 (PCIe Gen3, Root Port, & Endpoint)	1 x4 + 3 x1 (PCIe Gen3, Root Port, & Endpoint)
Ikhamera yeCSI	Ukuya kuthi ga kwiikhamera ezi-4 (ezisi-8 ngokusebenzisa amajelo abonakalayo***) 8 imizila MIPI CSI-2 I-D-PHY 2.1 (ukuya kuthi ga kwi-20Gbps)	Ukuya kuthi ga kwiikhamera ezi-4 (ezisi-8 ngokusebenzisa amajelo abonakalayo***) 8 imizila MIPI CSI-2 I-D-PHY 2.1 (ukuya kuthi ga kwi-20Gbps)
Ikhowudi yevidiyo	I-1080p30 ixhaswa yi-1-2 ye-CPU cores	I-1080p30 ixhaswa yi-1-2 ye-CPU cores
Ikhowudi yeVidiyo	1x 4K60 (H.265) 2x 4K30 (H.265) 5x 1080p60 (H.265) 11x 1080p30 (H.265)	1x 4K60 (H.265) 2x 4K30 (H.265) 5x 1080p60 (H.265) 11x 1080p30 (H.265)
Bonisa	1x 4K30 multi-mode DP 1.2 (+MST)/eDP 1.4/HDMI 1.4**	1x 4K30 multi-mode DP 1.2 (+MST)/eDP 1.4/HDMI 1.4**
Uthungelwano	10/100/1000 BASE-T Ethernet	10/100/1000 BASE-T Ethernet
Oomatshini	69.6mm x 45mm 260-pin SO- DIMM isinxibelelanisi	69.6mm x 45mm260-pin SO-DIMM isinxibelelanisi

Iprosesa	Jetson Orin NX 8GB	Jetson Orin NX 16GB
AI Ukusebenza	70 TOPS	100 TOPS
GPU	I-NVIDIA ye-1024-core AmpIGPU enama-32 eTensor Cores	I-NVIDIA ye-1024-core Ampere GPU ene32 Tensor Cores
ICPU	I-6-core NVIDIA Arm® Cortex A78AE v8.2 64-bit CPU 1.5MB L2 + 4MB L3	8-core NVIDIA Arm® Cortex A78AE v8.2 64-bit CPU2MB L2 + 4MB L3
Inkumbulo	8 GB 128-bit LPDDR5 102.4 GB/s	16 GB 128-bit LPDDR5102.4 GB/s
Ugcino	(Ixhasa i-NVMe yangaphandle)	(Ixhasa i-NVMe yangaphandle)
Amandla	10W - 20W	10W - 25W
PCIe	1 x4 + 3 x1 (PCIe Gen4, Root Port & Endpoint)	1 x4 + 3 x1 (PCIe Gen4, Root Port & Endpoint)
Ikhamera yeCSI	Ukuya kuthi ga kwiikhamera ezi-4 (ezisi-8 ngokusebenzisa amajelo abonakalayo***) 8 imizila MIPI CSI-2 I-D-PHY 2.1 (ukuya kuthi ga kwi-20Gbps)	Ukuya kuthi ga kwiikhamera ezi-4(8 ngokusebenzisa amajelo abonakalayo***) Iindlela ezi-8 MIPI CSI-2D-PHY 2.1 (ukuya kuthi ga kwi-20Gbps)
Ikhowudi yevidiyo	1x4K60 | 3x4K30 | 6x1080p60 | 12x1080p30(H.265) 1x4K60 | 2x4K30 | 5x1080p30 | 11x1080p30(H.264)	1x 4K60 | 3x 4K30 | 6x 1080p60 | 12x 1080p30 (H.265) 1x 4K60 | 2x 4K30 | 5x 1080p60 | 11x 1080p30 (H.264)
Ikhowudi yeVidiyo	1x8K30 |2X4K60 | 4X4K30| 9x1080p60 | 18x1080p30(H.265) 1x4K60|2x4K30| 5x1080P60 | 11X1080P30(H.264)	1x 8K30 | 2x 4K60 | 4x 4K30 | 9x 1080p60| 18x 1080p30 (H.265) 1x 4K60 | 2x 4K30 | 5x 1080p60 | 11x 1080p30 (H.264)
Bonisa	1x 8K60 multi-mode DP 1.4a (+MST)/eDP1.4a/HDMI 2.1	1x 8K60 multi-mode DP 1.4a (+MST)/eDP1.4a/HDMI 2.1
Uthungelwano	10/100/1000 BASE-T Ethernet	10/100/1000 BASE-T Ethernet
Oomatshini	69.6mm x 45mm 260-pin SO-DIMM isinxibelelanisi	69.6mm x 45mm260-pin SO-DIMM isinxibelelanisi

I/O

Ujongano	Inkcazo
Ubungakanani bePCB / ubungakanani bubonke	100mm x 78mm
Bonisa	1x HDMI
I-Ethernet	1x Gigabit Ethernet (10/100/1000)
i-USB	4x USB 3.0 Uhlobo A (I-USB edibeneyo 2.0) 1x USB 2.0 +3.0Uhlobo C
M.2 ISIQINISEKISO E	1x M.2 ISIQINISEKISO E Isinxibelelanisi
M.2 ISIQINISEKISO M	1x M.2 ISIQINISEKISO M ujongano
Ikhamera	CSI 2 umgca
FAN	1 x FAN (5V PWM)
INGENZA	1x KANZA
Iimfuno zamandla	+9—+20V DC Ngegalelo @ 7A

Ukunikezwa Amandla

Ukunikezwa Amandla	Inkcazo
Uhlobo Longeniso	DC
Igalelo Voltage	+9—+20V DC Ngegalelo @ 7A

Okusingqongileyo

Okusingqongileyo	Inkcazo
Ubushushu bokusebenza	-25 C ukuya +75C
Ukufuma kokuGcina	10% -90% Indawo engqongileyo engaxinanisi

Faka iDimension

Leetop_ALP_606 Imilinganiselo njengoko ingezantsi:

INkcazelo yeNdibaniselwano

Ujongano lwangaphambili

Leetop_ALP_606_Umzobo weSchematic wojongano lwangaphambili

Ujongano	Igama lojongano	Inkcazo yojongano
Uhlobo-C	Uhlobo lwe-C interface	Indlela e-1 yojongano lwe-Type-C
HDMI	HDMI	Ijelo eli-1 le-HDMI ujongano
I-USB 3.0	Ujongano lwe-USB 3.0	4-indlela USB3.0 Uhlobo-A ujongano (iyahambelana ne-USB2.0) 1-indlela USB 2.0+3.0Uhlobo A
RJ45	Izibuko le-Ethernet Gigabit	I-1 ezimeleyo ye-Gigabit Ethernet port
AMANDLA	Ujongano lwamandla eDC	+9—+20V DC @ 7A ujongano lwamandla

Phawula: Le mveliso iqala ngokuzenzekelayo xa iplagwe

Ujongano lwecala elingasemva

Leetop_ALP_606_Interface idayagram ngasemva

Ujongano	Igama lojongano	Inkcazo yojongano
12Iinkcukacha	12pin imisebenzi emininzi	Debug serial port

I-PIN	Igama loMqondiso	I-PIN	Igama loMqondiso
1	I-PC_LED-	2	VDD_5V
3	UART2_RXD_LS	4	UART2_TXD_LS
5	BMCU_ACOK	6	AUTO_ON_DIS
7	GND	8	SYS_RST
9	GND	10	FORCE_REREVER
11	GND	12	PWR_BTN

Phawula:

• PWR_BTN--i-system boot positive;
• Isekethe emfutshane phakathi kwe-5PIN kunye ne-6PIN inokucima umbane wokuzivula;
• Isiphaluka esifutshane phakathi kwe-SYS_RST_IN kunye ne-GND—-ukusetha kwakhona inkqubo; isiphaluka esifutshane phakathi
• FORCE_RECOVERY kunye ne-GND ukufaka imo edanyazayo;

Inkcazo yojongano lwebhodi yomthwali

Inkcazo yepleyiti yomphathi

Ujongano	Inkcazo
Ubungakanani bePCB / ubungakanani bubonke	100mm x 78mm
Bonisa	1x HDMI
I-Ethernet	1x Gigabit Ethernet (10/100/1000)
i-USB	4x USB 3.0 Uhlobo A (I-USB edibeneyo 2.0) 1x USB 2.0 +3.0Uhlobo C
M.2 ISIQINISEKISO E	1x M.2 ISIQINISEKISO E Isinxibelelanisi
M.2 ISIQINISEKISO M	1x M.2 ISIQINISEKISO M ujongano
Ikhamera	CSI 2 umgca
FAN	1 x FAN (5V PWM)
INGENZA	1x KANZA
Iimfuno zamandla	+9—+20V DC Ngegalelo @ 7A

Iimbonakalo

Ukuseta inkqubo yokusebenza

Ukulungiselela i-Hardware

• Ubuntu 18.04 PC x1
• Uhlobo c intambo yedatha x1

Iimfuno zokusingqongileyo

• Khuphela iphakheji yemifanekiso yenkqubo kwi-PC host ye-Ubuntu18.04 inkqubo:

Amanyathelo okutshisa

• Sebenzisa intambo ye-USB ukuqhagamshela i-USB Type-A yePC ye-Ubuntu18.04 inkqubo kwi
• Uhlobo c lweNkqubo yoPhuhliso ye-Leetop_ALP_606;
• Amandla kwi-Leetop_ALP_606 Inkqubo yoPhuhliso kwaye ungenise imo yoBuyiselo;
• Vula i-Nvidia-SDK-Manejala kwi-PC yakho, njengoko kuboniswe ngezantsi, kwaye ukhethe i-Jetson Orin NX/ Orin Nano ukukhuphela i-Jetpack5xxx iphakheji yemifanekiso yenkqubo kunye nezixhobo zophuhliso.
• Ukusuka https://developer.nvidia.com/embedded/downloads okanye ukhuphele ezamva nje
• Iphakheji yokuhanjiswa kweJetson Linux kunye nekhithi yophuhliso yeJetson sample file inkqubo. (Iphakheji yomqhubi weJetson Linux (L4T))
• Khuphela umqhubi ohambelanayo: orin nx link: https://pan.baidu.com/s/1RSDUkcKd9AFhKLG8CazZxA
• Ikhowudi yokutsalwa: 521m orin nano: ikhonkco: https://pan.baidu.com/s/1y-MjwAuz8jGhzVglU6seaQ
• Ikhowudi yokutsalwa: kl36
• Nceda uqhagamshelane nathi ngeenkcukacha eziseleyo apha inkonzo@leetop.top
• Unzip iphakheji yomfanekiso okhutshelweyo kwaye ungenise iLinux yeTegra(L4T) ulawulo
• Ngenisa i-Linux_for_tegra ulawulo kwaye usebenzise i-flash command (iflash ukuya kwiNVMe))
• Ngenisa i-Linux_for_tegra ulawulo kwaye usebenzise i-flash command (iflash ukuya kwi-USB))
• Ngenisa i-Linux_for_tegra directory kwaye usebenzise isibane somyalelo kwi-SD

Indlela yokubuyisela

I-Leetop_ALP_606 inokusebenzisa i-USB ukuhlaziya inkqubo. Kufuneka ufake imowudi yoBuyiselo lwe-USB ukuhlaziya inkqubo. Kwimowudi yoBuyiselo lwe-USB, unokuhlaziya i file inkqubo, ikernel, isilayishi sokuqala, kunye neBCT. Amanyathelo okungena kwindlela yokubuyisela:

1. Cima amandla enkqubo, qiniseka ukuba umbane ucinyiwe endaweni yokuba ukwimowudi yokulinda.
2. Sebenzisa i-USB Type C ukuya kwi-USB Type A intambo yekhonkco ukudibanisa umthwali kunye nomamkeli
3. Faka amandla kwisixhobo kwaye ufake imo yoBuyiselo. Le mveliso iqala kumbane kwaye ingena kwimowudi ye-rec. Ukuba kukho inkqubo, ungasebenzisa le miyalelo ilandelayo ukufaka imo ye-rec.

Phawula:

Nceda ulandele amanyathelo encwadana yohlaziyo yohlaziyo lwesixokelelwano. xa ungenisa imowudi yokubuyisela i-USB, inkqubo ayisayi kuqalisa, kwaye izibuko lothotho aliyi kuba neziphumo zolwazi lokulungisa`.

Faka umfanekiso wenkqubo

• a) Qhagamshela uhlobo lwe-USB ye-Ubuntu 18.04 Umamkeli ku-Type-c ye-Leetop_ALP_606;
• b) Vuselela uLeetop_ALP_606 kwaye ungenise imo yoBuyiselo (RCM);
• c) Umamkeli we-PC ungena kuluhlu lwe-L4T kwaye enze umyalelo odanyazayo
• d) Emva kokudanyaza, vula amandla kwiLeetop_ALP_606 kwakhona kwaye ungene kwinkqubo.

Ukutshintsha iindlela zokusebenza

• Emva kokungena kwinkqubo, unokucofa kulungiso lomsebenzi kwikona ephezulu ngasekunene yojongano lwenkqubo, njengoko kubonisiwe kumfanekiso:
• Okanye, ngenisa umyalelo kwi-terminal ukuze utshintshe:

Ukusetyenziswa kweqokobhe

• I-Xshell sisixhobo esinamandla sokulinganisa isoftware yokhuseleko, ixhasa iSSH1, SSH2, kunye neTELNET protocol yeqonga likaMicrosoft Windows. Uqhagamshelo olukhuselekileyo lwe-Xshell kwiinginginya ezikude nge-Intanethi kunye noyilo lwayo oluyilayo kunye neempawu zinceda abasebenzisi ukuba bawonwabele umsebenzi wabo kwiimeko zenethiwekhi ezinzima. I-Xshell ingasetyenziselwa ukufikelela kwiiseva phantsi kweendlela ezahlukeneyo ezikude phantsi kojongano lweWindows, ukuze kuphunyezwe ngcono injongo yolawulo olukude lwe-terminal. xshell ayiyomfuneko, kodwa ingasinceda ngcono ekusebenziseni izixhobo. Inokuqhagamshela inkqubo yakho yeWindows kunye nenkqubo yakho ye-Ubuntu, ikuvumela ukuba usebenzise inkqubo yakho yeLinux phantsi kwenkqubo yeWindows. Ukufakela i-xshell, unokukhuphela kwaye uyifake ngokukhangela i-Baidu kwi-Intanethi. (Xa imveliso ingenako ukungena kwisixokelelwano sedesktop, ungasebenzisa kwakhona i-xshell ukwenza ulawulo olukude kunye nokuguqula iimpazamo zoqwalaselo).
• I-bulit entsha
• Gcwalisa igama kunye nenginginya ip (ngokwesiqhelo ungaqhagamshela nge ip womnatha, ukuba awuyazi ip, ungadibanisa ikhompyutha kunye nezibuko OTG isixhobo ngokusebenzisa intambo yedatha ye-usb, gcwalisa i ip fixed ukudibanisa )
• Ngenisa umsebenzisi kunye negama lokugqitha
• Cofa uQhagamshela ukufaka ujongano lomgca womyalelo
• Sebenzisa izixhobo zejetson ukude nge-xshell

Ubumbeko lwenkqubo

Igama lomsebenzisi elihlala likhona: Igama lokugqithisa leNvidia: Nvidia

I-NVIDIA Linux yeTegra (L4T)

• Ibhodi yomthwalo ixhasa iNVIDIA Linux yemveli yeTegra (L4T) Yakha. I-HDMI, i-Gigabit Ethernet, i-USB3.0, i-USB OTG, i-serial port, i-GPIO, ikhadi le-SD, kunye ne-I2C ibhasi inokuxhaswa
• Imiyalelo eneenkcukacha kunye nezixhobo zokukhuphela amakhonkco: https://developer.nvidia.com/embedded/jets kwi-Linux-r3521 / https://developer.nvidia.com/embedded/jetson-linux-r3531
• Phawula: Inkqubo yemveli ayiluxhasi ulawulo lwabalandeli bePWM. Ukuba isixokelelwano sasekhaya sisetyenzisiwe, i-IPCall-BSP kufuneka imiselwe

I-NVIDIA Jetpack ye-L4T

• IJetpack yiphakheji yesoftware ekhutshwe yi-NVIDIA equlethe zonke izixhobo zesoftware ezifunekayo kuphuhliso lwe-Orin NX/Orin Nano usebenzisa iLeetop_ALP_606. Ibandakanya zombini izixhobo zokusingatha kunye nethagethi, kuquka imifanekiso ye-OS, i-middleware, sample izicelo, uxwebhu, kunye nokunye. IJetPack esanda kukhutshwa isebenza ku-Ubuntu 18.04 Linux 64-bit host hosts.
• Inokukhutshelwa kwikhonkco elilandelayo: https://developer.nvidia.com/embedded/jetpack
• Inkqubo yoqwalaselo oluhlala lukhona
• I-Leetop_ALP_606 isebenzisa inkqubo ye-Ubuntu 20.04, igama lomsebenzisi elingagqibekanga: igama eliyimfihlo le-nvidia: i-nvidia Development MATERIALS kunye neeforamu
• Idatha yophuhliso lwe-L4T: https://developer.nvidia.com/embedded/linux-tegra
• Iforamu yabaphuhlisi: https://forums.developer.nvidia.com/

View Uguqulelo lweNkqubo

View uguqulelo lwempahla yesixokelelwano efakiweyo

Yenza umfanekiso ogciniweyo

Ukwenza i-backup image kufuneka yenziwe kwindawo yokudanyaza komgca womyalelo, inkqubo kuphela. img file iyaxhaswa

1. Sebenzisa intambo ye-USB ukudibanisa i-USB Type-A ye-Ubuntu18.04 PC ukuya ku-C ye-Leetop_ALP_606.
2. Amandla kwiLeetop_ALP_606 kwaye ngenisa imo yoBuyiselo;
3. Ngenisa i-Linux_for_tegra directory, kwaye ubhekisele kwi README_backup_restore.txt kwi-backup_restore ukwenzela ugcino. Imiyalelo yokuxhasa inkqubo yeJetson Orin Nano/Orin NX:
4. Sebenzisa umfanekiso ogciniweyo ukudanyaza:

Ukuba umfanekiso ogciniweyo unokusetyenziswa ngokuqhelekileyo, oko kubonisa ukuba umfanekiso ogciniweyo uyafumaneka.

Ukufakwa kwezixhobo ze-Jtop

I-Jtop sisixhobo sokuhlola inkqubo ye Jetson enokuqhutywa kwi-terminal ukuya view kwaye ulawule ubume be-NVIDIA Jetson ngexesha lokwenyani.
Amanyathelo ofakelo

1. Ukufakela isixhobo sepip3
2. Ukufakela iipakethe eziphezulu ngepip3
3. Qala kwakhona ukubaleka phezulu

Emva kokubaleka, njengoko kubonisiwe kulo mfanekiso ungezantsi:

Izixhobo zoMphuhlisi

JetPack
I-NVIDIA JetPack SDK sesona sisombululo sibanzi sokwakha usetyenziso lwe-AI. Idibanisa i-software ye-platform ye-Jetson kuquka i-TensorRT, i-cuDNN, i-CUDA Toolkit, i-VisionWorks, i-GStreamer, kunye ne-OpenCV, yonke eyakhelwe phezulu kwe-L4T kunye ne-LTS Linux kernel.
I-JetPack ibandakanya ixesha lokuqhutywa kwesikhongozeli se-NVIDIA, ivumela itekhnoloji yendalo yamafu kunye nokuhamba komsebenzi emphethweni.
JetPack SDK Cloud-Native kwi Jetson L4T

• I-NVIDIA L4T ibonelela nge-Linux kernel, i-bootloader, abaqhubi be-NVIDIA, izixhobo ezidanyazayo, s.ample fileinkqubo, kunye nokunye kweqonga leJetson.
• Unokwenza isoftware ye-L4T ilungele iimfuno zeprojekthi yakho. Ngokulandela uhlengahlengiso lweqonga kunye nesikhokelo sokuzisa, unokwandisa ukusetyenziswa kwakho kweseti yemveliso yeJetson epheleleyo. Landela amakhonkco angezantsi ngeenkcukacha malunga neelayibrari zesoftware yamva nje, izikhokelo, kunye nepakethe yemithombo.
• DeepStream SDK kwi Jetson
• I-SDK ye-NVIDIA ye-DeepStream ihambisa i-toolkit yokuhlalutya yokusasaza epheleleyo ye-AI esekwe kwi-multi-sensor processing, ividiyo kunye nokuqonda umfanekiso. I-DeepStream yinxalenye ebalulekileyo ye-NVIDIA Metropolis, iqonga lokwakha iinkonzo zokugqibela kunye nezisombululo eziguqula i-pixel kunye nedatha yenzwa kwimibono esebenzayo. Funda malunga nomphuhlisi we-5.1 wamva njeview iimpawu kwinqaku lethu leendaba zomphuhlisi.

UIsake SDK

• I-NVIDIA Isaac SDK yenza kube lula kubaphuhlisi ukuba benze kwaye basebenzise iirobhothi ze-AI. I-SDK iquka i-Isaac Engine (isakhelo sesicelo), i-Isaac GEMs (iiphakheji ezine-algorithms ye-robotic ephezulu yokusebenza), i-Isaac Apps (izicelo zokubhekisela) kunye no-Isaac Sim wokuNavigation (iqonga elinamandla lokulinganisa). Ezi zixhobo kunye nee-API zikhawuleza ukuphuhliswa kwerobhothi ngokwenza kube lula ukongeza i-intelligence yokufakelwa (AI) yokuqonda kunye nokuhamba kwiirobhothi.

Iimpawu eziphambili zeJetpack

OS	Nvidia Jetson Linux 35.3.1 ibonelela ngeLinux Kernel 5.10, UEFI esekwe kwi-bootloader, Ubuntu 20.04 esekwe ingcambu. file inkqubo, abaqhubi be-NVIDIA, ii-firmwares eziyimfuneko, i-toolchain kunye nokunye.I-JetPack 5.1.1 iquka i-Jetson Linux 35.3.1 eyongeza amagqabantshintshi alandelayo: (Nceda ubhekisele ku khulula amanqaku ngeenkcukacha ezongezelelweyo)Yongeza inkxaso yeJetson AGX Orin 64GB, Jetson Orin NX 8GB, Jetson Orin Nano 8GB kunye neJetson Orin Nano 4GB iimodyuli zokuvelisa Ukhuseleko: Uhlaziyo Lomoya: Izixhobo ezisekelwe kumfanekiso we-OTA ezixhaswayo ukuphucula i-Xavier okanye i-Orin esekelwe kwiimodyuli eziqhuba i-JetPack 5 entsimini1 Ikhamera: Inkxaso yoLungiso lweLens yeeNdawo ezininzi (LSC) kwi-Orin. Ukomelela okongeziweyo kwe-Argus SyncStereo app ukugcina ungqamaniso phakathi kweekhamera zestereo. Multimedia: Inkxaso yesantya sesakhelo esiguqukayo kwi-AV1 encoding I-argus_camera_sw_encode entshaample yokubonisa ukufakwa kweekhowudi kwisoftware kwi-CPU cores Uhlaziyo lwe-nvgstcapture-1.0 kunye nokhetho lwe-software encoding kwii-CPU cores 1Ukukhutshwa kwangaphambili kuxhaswe ukuphuculwa kweemodyuli ezisekelwe kwi-Xavier kwintsimi eqhuba i-JetPack 4.
I-TensorRT	I-TensorRT yintsebenzo enzulu ye-inference yexesha lokusebenza kuhlelo lomfanekiso, ulwahlulo, kunye ne-neural networks yokuchongwa. I-TensorRT yakhelwe kwi-CUDA, imodeli yenkqubo enxuseneyo ye-NVIDIA, kwaye ikwenza ukwazi ukwandisa ukuthelekelela kuzo zonke izikhokelo zokufunda ezinzulu. Ibandakanya i-inference inference optimizer kunye nexesha lokuqhuba elibonelela nge-latency ephantsi kunye nokuphumelela okuphezulu kwizicelo ezinzulu zokufunda.JetPack 5.1.1 ibandakanya I-TensorRT 8.5.2
cuDNN	I-CUDA Deep Neural Network Ithala leencwadi libonelela ngemigangatho yokusebenza ephezulu kwisikhokelo sokufunda nzulu. Ibonelela ngophumezo olulungelelanisiweyo oluphezulu lweendlela eziqhelekileyo ezinje nge-convolution eya phambili nasemva, ukudibanisa, ukuqhelanisa, kunye neeleya zokuvula.JetPack 5.1.1 ibandakanya cuDNN 8.6.0
CUDA	I-CUDA Toolkit inikeza indawo ebanzi yophuhliso lwe-C kunye ne-C ++ abaphuhlisi abakha i-GPU-izicelo ezikhawulezayo. I-toolkit ibandakanya umqokeleli we-NVIDIA GPUs, iilayibrari zezibalo, kunye nezixhobo zokulungisa iimpazamo kunye nokuphucula ukusebenza kwezicelo zakho.JetPack 5.1.1 ibandakanya I-CUDA 11.4.19 Ukuqala nge-JetPack 5.0.2, phucula ukukhutshwa kweCUDA yamva nje kunye neyona nto ibalaseleyo kwiCUDA 11.8 ukuya phambili ngaphandle kwesidingo sokuhlaziya iJetson Linux ezinye iinxalenye zeJetPack. Jonga kwimiyalelo kwi CUDA uxwebhu indlela yokufumana iCUDA yamva nje kwiJetPack.

Multimedia API	Inkqubo kaJnjalon Multimedia API iphakheji inikeza i-APIs yezinga eliphantsi lophuhliso lwesicelo esiguquguqukayo.Isicelo sekhamera ye-API: i-libargus inikezela nge-API ephantsi yesakhelo-synchronous yezicelo zekhamera, kunye nekhamera yekhamera yokulawula ipharamitha, ezininzi (kubandakanywa nokuvumelanisa) inkxaso yekhamera, kunye ne-EGL stream iziphumo. Imveliso ye-RAW yeekhamera ze-CSI ezifuna i-ISP zinokusetyenziswa nokuba yi-libargus okanye iplagi ye-GStreamer. Kuyo nayiphi na imeko, i-API ye-V4L2 ye-media- controller sensor driver isetyenziswa.I-API yomqhubi we-Sensor: I-V4L2 API yenza i-decode yevidiyo, i-encode, ukuguqulwa kwefomathi kunye nokusebenza kokulinganisa. I-V4L2 ye-encode ivula izinto ezininzi ezifana nolawulo lwesantya esincinci, ukusetha kwangaphambili kwekhwalithi, ikhowudi ye-latency ephantsi, i-tradeoff yesikhashana, iimephu ze-vector eshukumayo, kunye nokunye.JetPack 5.1.1 Amagqabantshintshi ekhamera abandakanya: Inkxaso yoLungiso lweLens yeeNdawo ezininzi (LSC) kwi-Orin. Ukomelela okongeziweyo kwe-Argus SyncStereo app ukugcina ungqamaniso phakathi kweekhamera zestereo.I-JetPack 5.1.1 Iimpawu zeMultimedia ziquka:Inkxaso yesantya sesakhelo esiguqukayo kwi-AV1 encoding I-argus_camera_sw_encode entshaample yokubonisa ukufakwa kweekhowudi kwisoftware kwi-CPU cores Uhlaziyo lwe-nvgstcapture-1.0 kunye nokhetho lokufakwa kweekhowudi kwisoftware kwi-CPU cores
Umbono weKhompyutha	VPI (Umbono weProUjongano lwegraming) yilayibrari yesoftware ebonelela ngeComputer Vision / Image Processing algorithms ephunyezwe kwii-accelerator zehardware ezininzi ezifumaneka kwiJetson njengePVA (Programmable Vision Accelerator), GPU, NVDEC(NVIDIA Decoder), NVENC (NVIDIA Encoder), VIC (Video Compositor). njalo njalo.I-OpenCV yilayibrari evulelekileyo yombono wekhompyutha, ukusetyenzwa kwemifanekiso kunye nokufunda koomatshini.JetPack 5.1.1 ibandakanya uhlaziyo olungephi ukuya VPI 2.2 ngolungiso lwebug JetPack 5.1.1 ibandakanya OpenCV 4.5.4
Imizobo	I-JetPack 5.1.1 ibandakanya iilayibrari zemizobo zilandelayo: iVulkan® 1.3 (kubandakanywa ne-Roadmap 2022 Profile).Vulkan 1.3 Isibhengezo Vulkan® SC 1.0 I-Vulkan SC iphantsi, i-deterministic, i-API eqinile esekelwe kwi-Vulkan 1.2. Le API yenza i-GPU-i-art-art-accelerated graphics kunye ne-computing enokuthi ifakwe kwiinkqubo ezibaluleke kakhulu zokhuseleko kwaye eziqinisekisiweyo ukuhlangabezana nemigangatho yokhuseleko olusebenzayo kwishishini. Ibhekisele ku https://www.khronos.org/vulka nsc/ ngolwazi oluthe kratya. I-Vulkan SC inokuba luncedo ngexesha lokwenyani lwezicelo ezizinzisiweyo ezingakhuselekanga ezibalulekileyo. I-Vulkan SC yonyusa i-determinism kwaye inciphisa ubungakanani besicelo ngokutshintsha ukulungiswa kwendawo yesicelo sexesha lokuqhuba nokuba ingaxhunyiwe kwi-intanethi, okanye kulungiselelo lwesicelo, kangangoko kunokwenzeka. Oku kuquka ukudityaniswa ngaphandle kweintanethi kwemibhobho yemizobo echaza indlela i-GPU eqhuba ngayo idatha, kunye nolwabiwo lwememori emileyo, ethi kunye ivumela ulawulo lwe-GPU oluneenkcukacha olunokuthi luchazwe ngokungqongqo kwaye luvavanywe. I-Vulkan SC 1.0 iguqulelwe kwi-Vulkan 1.2 kwaye iquka: ukususwa kokusebenza kwexesha lokugijima okungafunekiyo kwiimarike ezikhuselekileyo zokhuseleko, uyilo oluhlaziyiweyo lokubonelela ngamaxesha okwenziwa okuqikelelwayo kunye neziphumo, kunye nokucaciswa kokususa ukungaqondakali okunokwenzeka ekusebenzeni kwayo. Ukuze ufumane iinkcukacha ezithe vetshe jonga https://www.khronos.org/blog/vulkan-sc-overview Phawula: Jetson inkxaso Vulkan SC yi hayi ukhuseleko luqinisekisiwe. I-OpenWF™ Display 1.0 I-OpenWF Display yi-Khronos API yokunxibelelana okuphezulu okuphantsi kunye nomqhubi wedispleyi womthonyama kwiJetson kwaye ivumela unxibelelwano neVulkan SC ukubonisa imifanekiso. Phawula: Inkxaso yeJetson ye-OpenWF Display yi hayi ukhuseleko luqinisekisiwe.

Izixhobo zoMphuhlisi	I-CUDA Toolkit inikeza indawo ebanzi yophuhliso lweC kunye nabaphuhlisi be-C ++ abakha i-GPU ephezulu yokusebenza ngokukhawuleza kwezicelo kunye neelayibrari zeCUDA. Izixhobo zokusebenza zibandakanya Nsight Isitudiyo esibonakalayo UHlelo lweKhowudi, Nsight Eclipse Plusgins, ukulungisa iimpazamo kunye nezixhobo zeprofayili kuquka Nsight Qhudelana, kunye nekhonkco lezixhobo zokudibanisa izicelo Nvidia Nsurhatya Siinkqubo sisixhobo sokwenza iprofayile yenkqubo ephantsi, ebonelela ngabaphuhlisi bokuqonda ekufuneka bahlalutye kwaye banyusele ukusebenza kwesoftware.I-NVIDIA Nsulungile Graphics sisicelo esizimeleyo solungiso lweempazamo kunye neprofayili yezicelo zemizobo. I-NVIDIA Nskuhle Deep Ukufunda Designer yindawo edityanisiweyo yophuhliso enceda abaphuhlisi bayile ngokufanelekileyo kwaye baphuhlise uthungelwano olunzulu lwe-neural lwentelekelelo ye-app. I-Nsight System, i-Nsight Graphics, kunye ne-Nsight Compute zonke zixhaswa kwiimodyuli ze-Jetson Orin ukuncedisa ukuphuhliswa koomatshini abazimeleyo. I-JetPack 5.1.1 ibandakanya i-NVIDIA Nsight Systems v2022.5 JetPack 5.1.1 ibandakanya i-NVIDIA Nsight Graphics 2022.6 JetPack 5.1.1 iquka i-NVIDIA Nsight Deep Learning Designer 2022.2 Ibhekisele ku khulula amanqaku iinkcukacha ezithe vetshe.
Ii-SDK ezixhaswayo kunye neZixhobo	NVIDIA DeepStream SDK sisixhobo esipheleleyo sohlalutyo lwe-AI esekwe kwi-multi-sensor processing kunye nevidiyo kunye nokuqonda okuvakalayo.Ukukhutshwa kwe-DeepStream 6.2 kuxhasa i-JetPack 5.1.1 Iseva yeNvidia Triton™ yeInference yenza lula ukuhanjiswa kweemodeli ze-AI kwinqanaba. I-Triton Inference Server ngumthombo ovulekileyo kwaye ixhasa ukuthunyelwa kweemodeli ze-AI eziqeqeshiweyo ukusuka kwi-NVIDIA TensorRT, TensorFlow kunye ne-ONNX Runtime kwi-Jetson. Kwi-Jetson, i-Triton Inference Server inikezelwa njengethala leencwadi ekwabelwana ngalo ukuze kudityaniswe ngokuthe ngqo ne-C API. PowerEstimator yi webapp eyenza lula ukuyilwa kwemowudi yamandla esikofiles kunye noqikelelo lokusetyenziswa kwamandla kwimodyuli yeJetson. I-etPack 5.1.1 ixhasa iPowerEstimator yeJetson AGX Orin kunye neJetson Xavier NX iimodyuli NVIDIA Isaac™ ROS yingqokelela yeepakethe ezikhawulezileyo ze-hardware ezenza kube lula kubaphuhlisi be-ROS ukwakha izisombululo eziphezulu zokusebenza kwi-NVIDIA hardware kuquka i-NVIDIA Jetson. Ukukhululwa kuka-Isaac ROS DP3 kuxhasa i-JetPack 5.1.1
Cloud Native	Jetson uzisa Cloud-Native emphethweni kwaye yenza iteknoloji efana nezikhongozeli kunye ne-orchestration yesikhongozeli. I-NVIDIA JetPack ibandakanya i-NVIDIA Container Runtime kunye nokudityaniswa kwe-Docker, eyenza ukuba i-GPU ikhawulezise izicelo ezifakwe kwisikhongozeli kwiqonga leJetson. I-NVIDIA ibamba imifanekiso emininzi yesikhongozeli seJetson NVIDIA NGC. Ezinye zifanelekile kuphuhliso lwesoftware nge sampi-les kunye namaxwebhu kunye nezinye zilungele ukusasazwa kwesoftware yemveliso, equlathe kuphela amacandelo exesha lokuqhuba. Fumana ulwazi oluninzi kunye noluhlu lwayo yonke imifanekiso yesikhongozeli kwi Cloud-Native kwi Jetson iphepha.
Ukhuseleko	Iimodyuli ze-NVIDIA Jetson ziquka iinkalo ezahlukeneyo zokhuseleko ezibandakanya i-Hardware Root of Trust, i-Boot ekhuselekileyo, i-Hardware Cryptographic Acceleration, i-Environment Execution Environment, iDiski kunye ne-Memory Encryption, ukuKhuselwa koMzimba wokuhlaselwa kunye nokunye. Funda malunga neempawu zokhuseleko ngokutsibela kwicandelo lokhuseleko leJetson Linux Developer guide.

Sample Izicelo
JetPack ibandakanya eziliqela samples ezibonisa ukusetyenziswa kwezixhobo zeJetPack. Ezi zigcinwe kwireferensi fileinkqubo kwaye ingaqulunqwa kwikhithi yomphuhlisi.

icandelo leJetPack	Sample iindawo kwireferensi fileinkqubo
I-TensorRT	/usr/src/tensor/sampkancinci/
cuDNN	/usr/src/cudnn_sampngaphantsi_/
CUDA	/usr/local/cuda-/sampkancinci/
Multimedia API	/usr/src/tegra_multimedia_api/
Imisebenzi yemibono	/usr/share/Visionworks/sources/sampkancinci/ /usr/share/vision work-tracking/sources/sampkancinci/ /usr/share/vision works-sfm/sources/sampkancinci/
Vula iCV	/usr/share/OpenCV/sampkancinci/
VPI	/opt/Nvidia/vpi/vpi-/sampLes

Izixhobo zoMphuhlisi

I-JetPack ibandakanya ezi zixhobo zilandelayo zomphuhlisi. Ezinye zisetyenziswa ngokuthe ngqo kwinkqubo yeJetson, kwaye ezinye zisebenza kwikhompyuter yeLinux eqhagamshelwe kwinkqubo yeJetson.

• Izixhobo zophuhliso lwesicelo kunye nokulungiswa kweempazamo:
• Ushicilelo lwe-NSight Eclipse lophuhliso lwe-GPU ekhawulezileyo yosetyenziso: Isebenza kwikhompyuter yeLinux ebambayo. Ixhasa zonke iimveliso zeJetson.
• CUDA-GDB yolungiso lweempazamo kwisicelo: Isebenza kwindlela ye Jetson okanye i Linux host computer. Ixhasa zonke iimveliso zeJetson.
• I-CUDA-MEMCHECK yokulungisa iimpazamo kwimemori yesicelo: Isebenza kwindlela yeJetson. Ixhasa zonke iimveliso zeJetson.

Izixhobo zeprofayili yesicelo kunye nokwandisa:

• IiNkqubo ze-NSight zesicelo se-CPU eninzi engundoqo: Isebenza kwi-Linux host computer. Ikunceda uphucule ukusebenza kwesicelo ngokuchonga iindawo ezicothayo zekhowudi. Ixhasa zonke iimveliso zeJetson.
• I-NVIDIA® Nsight™ Khupha i-kernel profiler: Isixhobo seprofayile esisebenzisanayo kwizicelo zeCUDA. Ibonelela ngeemetrics zentsebenzo eneenkcukacha kunye ne-API debugging ngokusebenzisa ujongano lomsebenzisi kunye nesixhobo somgca womyalelo.
• Imizobo ye-NSight yolungiso lweempazamo kwisicelo segrafiki kunye neprofayili: Isixhobo senqanaba lekhonsoli sokulungisa iimpazamo kunye nokuphucula iinkqubo ze-OpenGL kunye ne-OpenGL ES. Isebenza kwi Linux host computer. Ixhasa zonke iimveliso zeJetson.

Isilumkiso seFCC

Esi sixhobo sivavanyiwe saza safunyanwa ukuba sithobela imida yesixhobo sedijithali soDidi B, ngokungqinelana nenxalenye ye-15 yeMithetho yeFCC. Le mida yenzelwe ukubonelela ngokhuseleko olufanelekileyo ekuphazamisekeni okuyingozi kwindawo yokuhlala. Esi sixhobo sivelisa, sisebenzise kwaye sinokusasaza amandla amaza erediyo kwaye, ukuba asifakanga kwaye sisetyenziswa ngokuhambelana nemiyalelo, sinokubangela uphazamiseko oluyingozi kunxibelelwano lwerediyo. Nangona kunjalo, akukho siqinisekiso sokuba ukuphazamiseka akuyi kwenzeka kufakelo oluthile. Ukuba esi sixhobo sibangela uphazamiseko oluyingozi kunomathotholo okanye ulwamkelo lukamabonakude, olunokumiselwa ngokucinywa kwesixhobo kunye nokulayita, umsebenzisi uyakhuthazwa ukuba azame ukulungisa uphazamiseko ngenyathelo elinye okanye ngaphezulu kwezi zilandelayo:

• Jongisa kwakhona okanye uhambise i-eriyali efumanayo.
• Ukwandisa ukwahlukana phakathi kwesixhobo kunye nomamkeli.
• Qhagamshela izixhobo kwindawo yokuphuma kwisekethe eyahlukileyo kuleyo apho umamkeli aqhagamshelwe khona.
• Dibana nomthengisi okanye igcisa likanomathotholo/kumabonakude ukuze ufumane uncedo.

Isilumkiso: Naluphi na utshintsho okanye uhlengahlengiso kwesi sixhobo esingavunywanga ngokuthe ngqo ngumvelisi lunokutshitshisa igunya lakho lokusebenzisa esi sixhobo.

Esi sixhobo sithobela inxalenye ye-15 yeMithetho yeFCC. Umsebenzi uxhomekeke kwezi meko zimbini zilandelayo:

1. Esi sixhobo sisenokungabangeli uphazamiseko oluyingozi
2. Esi sixhobo kufuneka samkele naluphi na uphazamiseko olufunyenweyo, kuquka uphazamiseko olunokubangela usetyenziso olungafunekiyo.

Esi sixhobo sithobela imida yokuvezwa kwemitha yeFCC emiselwe indawo engalawulwayo. Esi sixhobo kufuneka sifakwe kwaye sisebenze kunye nomgama omncinci oyi-20cm phakathi kweradiyetha kunye nomzimba wakho.

I-Leetop Technology (Shenzhen) Co., Ltd. http://www.leetop.top

Amaxwebhu / Izibonelelo

LEETOP ALP-ALP-606 Embedded Artificial Intelligence Computer [pdf] Isikhokelo somsebenzisi ALP-606, ALP-ALP-606 Embedded Artificial Intelligence Computer, Embedded Artificial Intelligence Computer, Artificial Intelligence Computer, Intelligence Computer, Computer

Iimbekiselo

• Incwadi yokusebenzisa