Abubuwan da ke ciki boye
1 MICROCHIP H.264 4K I-Frame Encoder IP Cores
2 Gabatarwa
3 Siffofin
4 Aiwatar Hardware
5 Testbench
6 Lasisi
7 Umarnin Shigarwa
8 Tarihin Bita
9 Bayanin Microchip
10 Tallafin Abokin Ciniki
11 Kasuwanci da Sabis na Duniya
12 Takardu / Albarkatu
12.1 Magana
13 Labarai masu alaka

MICROCHIP-LOGO

MICROCHIP H.264 4K I-Frame Encoder IP Cores

MICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-PRODUCT

Gabatarwa

H.264 sanannen ma'aunin matsi na bidiyo ne don damfara bidiyo na dijital. An kuma san shi da MPEG-4 Part10 ko Advanced Video coding (MPEG-4 AVC). H.264 yana amfani da tsarin toshe-hikima don matsawa bidiyo inda aka bayyana girman toshe a matsayin 16 x 16 kuma ana kiran wannan toshe macro block. Matsayin matsawa yana goyan bayan nau'ikan profiles wanda ke ayyana ma'aunin matsawa da rikitarwar aiwatarwa. Firam ɗin bidiyo da za a matsa ana ɗaukar su azaman I-Frame, P-Frame, da B-Frame. I-Frame shine firam mai lamba inda ake yin matsawa ta amfani da bayanan da ke cikin firam ɗin. Babu wasu firam ɗin da ake buƙata don yanke lambar I-Frame. Ana matsa P-Frame ta amfani da canje-canje dangane da firam na farko wanda zai iya zama I-Frame ko P-Frame. Ana yin matsi na B-Frame ta amfani da canje-canjen motsi dangane da firam ɗin farko da firam mai zuwa. Tsarin matsi na I-Frame yana da s guda huɗutages — Hasashen Intra, Canjin lamba, Ƙididdigar ƙididdigewa, da shigar da entropy. H.264 yana goyan bayan nau'ikan rufaffiyar nau'ikan biyu-Ma'anar Adafta Canjin Tsawon Tsawon Tsawon Layi (CAVLC) da Ma'anar Adafta Binary Arithmetic Codeing (CABAC). Sigar IP na yanzu yana aiwatar da Baseline profile kuma yana amfani da CAVLC don shigar da entropy. Hakanan, IP ɗin yana goyan bayan shigar da I-Frames kawai har zuwa ƙudurin 4K.

Siffofin

H.264 I-Frame Encoder yana goyan bayan fasalin maɓalli mai zuwa:

  • Yana Aiwatar da Matsi akan Tsarin Bidiyo na YCbCr 420
  • Ana tsammanin shigarwar a cikin YCbCr 422 Tsarin Bidiyo
  • Yana goyan bayan rago 8 don kowane bangare (Y, Cb, da Cr)
  • Yana goyan bayan ITU-T H.264 Annex B Madaidaicin Fitowar Rafi ta NAL
  • Aiki na tsaye, CPU, ko Taimakon Mai sarrafawa Ba a buƙata
  • Factor mai Siffar Ingantaccen Mai amfani QP Yayin Lokacin Gudu
  • Ƙididdigar Ƙididdigar Ƙididdigar 1 pixel kowace agogo
  • Yana goyan bayan matsawa har zuwa ƙuduri na 4K (3840 × 2160) 60fps
  • Ƙananan Latency (252 μs don cikakken HD ko layin kwance 17)
  • Yana goyan bayan yanka 2 da 4

Iyalai masu tallafi
H.264 4K I-Frame Encoder yana tallafawa iyalai masu zuwa:

  • PolarFire® SoC FPGA
  • PolarFire FPGA

Aiwatar Hardware

Hoton da ke gaba yana nuna hoton toshewar IP na H.264 4K I-Frame Encoder.
Hoto na 1-1. H.264 4K I-Frame Encoder IP Block zaneMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (1)

Abubuwan shigarwa da fitarwa
Tebur mai zuwa yana lissafin shigarwar shigarwa da tashoshin fitarwa na H.264 4K I-Frame Encoder IP.
Tebur 1-1. Shigarwa da Fitar da Mashigai na H.264 4K I-Frame Encoder IP

Sunan siginar Hanyar Nisa Bayani
SAKETA_N Shigarwa 1 Siginar sake saitin asynchronous mai ƙarancin aiki zuwa ƙira.
PIX_CLK_I Shigarwa 1 Agogon shigarwa wanda pixels masu shigowa suke sampjagoranci.
DDR_CLK_I Shigarwa 1 Agogo daga DDR ƙwaƙwalwar ajiya.
HRES_I Shigarwa 16 Matsakaicin ƙudurin shigarwar hoto. Dole ne ya zama mai yawa na 16.
VRES_I Shigarwa 16 Matsakaicin ƙudurin shigar da hoton. Dole ne ya zama mai yawa na 16.
QP_I Shigarwa 6 Matsayi mai inganci don ƙididdigar H.264. Ƙimar tana fitowa daga 0 zuwa 51 inda 0 ke wakiltar mafi girman inganci da mafi ƙarancin matsawa kuma 51 yana wakiltar mafi girman matsawa.
DATA0_O Fitowa 16 H.264 Slice0 shigar bayanan fitarwa wanda ya ƙunshi rukunin NAL, babban yanki, SPS, PPS, da bayanan ɓoye na macro blocks.
DATA_VALID0_O Fitowa 1 Siginar da ke nuna bayanan Slice0 yana aiki.
DATA1_O Fitowa 16 H.264 Slice1 rufaffiyar bayanan fitar da bayanai wanda ke ƙunshe da taken Yanki, da bayanan ɓoye na macro blocks.
DATA_VALID1_O Fitowa 1 Siginar da ke nuna bayanan Slice1 yana aiki.
DATA2_O Fitowa 16 H.264 Slice2 rufaffiyar bayanan fitar da bayanai wanda ke ƙunshe da taken Yanki, da bayanan ɓoye na macro blocks.
DATA_VALID2_O Fitowa 1 Siginar da ke nuna bayanan Slice2 yana aiki.
………… ci gaba
Sunan siginar Hanyar Nisa Bayani
DATA3_O Fitowa 16 H.264 Slice3 rufaffiyar bayanan fitar da bayanai wanda ke ƙunshe da taken Yanki, da bayanan ɓoye na macro blocks.
DATA_VALID3_O Fitowa 1 Siginar da ke nuna bayanan Slice3 yana aiki.
DDR_LINE_GAP_I Shigarwa 16 Tazarar layi tsakanin shigar da hoton a kwance layuka a cikin ƙwaƙwalwar DDR.
FRAME_START_ADDR_I Shigarwa 7/8 DDR frame buffer address. 7 ragowa lokacin da aka saita tazarar firam don 32 MB. 8 ragowa lokacin da aka saita tazarar firam don 16 MB.
FRAME_END_O Fitowa 1 Ƙarshen H.264 bit rafi don firam.
Karanta Tashoshi 0 Tashar Tashar Tashar Tashar Tashar Tashar Al'adu
RDATA0_I Shigarwa Faɗin bayanan shigarwa Karanta bayanai daga mai yanke hukunci
RVALID0_I Shigarwa 1 Karanta bayanai ingantacce daga mai yanke hukunci
ARREADY0_I Shigarwa 1 Amincewa da hukunci
BUSER0_I Shigarwa 1 Karanta kammalawa
ARADDR0_O Fitowa 32 DDR adireshin daga inda dole ne a fara karantawa
ARVALID0_O Fitowa 1 Karanta roƙo ga mai yanke hukunci
ARSIZE0_O Fitowa 8 Karanta girman fashe
Karanta Tashoshi 1 Tashar Tashar Tashar Tashar Tashar Tashar Al'adu
RDATA1_I Shigarwa Faɗin bayanan shigarwa Karanta bayanai daga mai yanke hukunci
RVALID1_I Shigarwa 1 Karanta bayanai ingantacce daga mai yanke hukunci
ARREADY1_I Shigarwa 1 Amincewa da hukunci
BUSER1_I Shigarwa 1 Karanta kammalawa
ARADDR1_O Fitowa 32 DDR adireshin daga inda dole ne a fara karantawa
ARVALID1_O Fitowa 1 Karanta roƙo ga mai yanke hukunci
ARSIZE1_O Fitowa 8 Karanta girman fashe
Karanta Tashoshi 2 Tashar Tashar Tashar Tashar Tashar Tashar Al'adu
RDATA2_I Shigarwa Faɗin bayanan shigarwa Karanta bayanai daga mai yanke hukunci
RVALID2_I Shigarwa 1 Karanta bayanai ingantacce daga mai yanke hukunci
ARREADY2_I Shigarwa 1 Amincewa da hukunci
BUSER2_I Shigarwa 1 Karanta kammalawa
ARADDR2_O Fitowa 32 DDR adireshin daga inda dole ne a fara karantawa
ARVALID2_O Fitowa 1 Karanta roƙo ga mai yanke hukunci
ARSIZE2_O Fitowa 8 Karanta girman fashe
Karanta Tashoshi 3 Tashar Tashar Tashar Tashar Tashar Tashar Al'adu
RDATA3_I Shigarwa Faɗin bayanan shigarwa Karanta bayanai daga mai yanke hukunci
RVALID3_I Shigarwa 1 Karanta bayanai ingantacce daga mai yanke hukunci
………… ci gaba
Sunan siginar Hanyar Nisa Bayani
ARREADY3_I Shigarwa 1 Amincewa da hukunci
BUSER3_I Shigarwa 1 Karanta kammalawa
ARADDR3_O Fitowa 32 DDR adireshin daga inda dole ne a fara karantawa
ARVALID3_O Fitowa 1 Karanta roƙo ga mai yanke hukunci
ARSIZE3_O Fitowa 8 Karanta girman fashe

Ma'aunin Kanfigareshan
Tebur mai zuwa yana lissafin bayanin sigogin daidaitawa na gama gari da aka yi amfani da su a cikin aiwatar da kayan aikin H.264 4K I-Frame Encoder, wanda zai iya bambanta dangane da buƙatun aikace-aikacen.
Tebur 1-2. H.264 4K I-Frame Encoder Kanfigareshan Siga

Suna Bayani
16x16_DC_INTRA_PREDICTION Zaɓin don Kunna hasashen intra dc 16 x 16 tare da tsinkayar intra dc 4 x 4.
NUM_SLICES Zaɓi yanka 2 don tallafawa 4K a 30fps. Zaɓi yanka 4 don tallafawa 4K a 60fps.
DDR_AXI_DATA_WIDTH Zaɓi nisa DATA na tashar karantawa, wanda dole ne a haɗa shi da IP mai yanke hukunci na bidiyo.
FRAME_GAP Zaɓi girman buffer firam. Don 4K zaɓi 32 MB.

IP Configurator
Hoto mai zuwa yana nuna mai daidaitawa na H.264 4K I-Frame Encoder IP.

Hoto na 1-2. Kanfigareshan IPMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (2)

Ayyukan Hardware na H.264 4K I-Frame Encoder IP
H.264 4K I-Frame Encoder IP yana raba kowane firam zuwa yanka 2/4 kuma yana ɓoye ta amfani da madaidaicin yanki. Maganar karanta DDR tana tsammanin bayanan firam a cikin ƙwaƙwalwar DDR azaman tsarin YCbCr 422. Dole ne a fayyace tazarar layi tsakanin kowane layi na kwance na firam a ƙwaƙwalwar DDR ta hanyar shigar da DDR_LINE_GAP_I. IP ɗin yana amfani da tsarin 422 azaman shigarwa kuma yana aiwatar da matsawa a cikin nau'ikan 420. Fitowar Slice0 kuma ta ƙunshi taken SPS da PPS. An bayar da duk rafi bit yanka dabam dabam. Duk rafi rafin yanka da aka haɗa tare ya zama rafi na H.264 na ƙarshe. Hoton da ke gaba yana nuna hoton toshewar IP na H.264 4K I-Frame.
Hoto na 1-3. H.264 4K I-Frame Encoder IP Block zaneMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (3)

Hoto mai zuwa yana nuna zane mai shingen yanki.

Hoto na 1-4. Yanki Encoder Block zaneMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (4)

Bayanin Zane Mai Rubutun Yanki
Wannan sashe yana bayyana nau'ikan nau'ikan ciki daban-daban na yanki mai ɓoye.
16 x 16 Matrix Framer
Wannan tsarin yana tsara macro tubalan 16 x 16 don bangaren Y kamar yadda H.264 ke da ƙayyadaddun bayanai. Ana amfani da buffers na layi don adana layukan kwance 16 na hoton shigarwa, kuma an tsara matrix 16 x 16 ta amfani da rijistar motsi.
8 x 8 Matrix Framer
Wannan tsarin yana tsara tubalan macro 8 x 8 don ɓangaren C kamar yadda H.264 keɓancewa don tsari 420. Ana amfani da buffers na layi don adana layuka 8 a kwance na hoton shigarwa, kuma an tsara matrix 8 x 16 ta amfani da rijistar motsi. Daga matrix 8 x 16, an raba abubuwan Cb da Cr don tsara kowane matrix 8 x 8.
4 x 4 Matrix Framer
Canjin lamba, ƙididdigewa, da rikodin CAVLC suna aiki akan ƙaramin shinge na 4 x 4 a cikin macroblock. 4 x 4 matrix framer yana haifar da 4 x 4 sub-block daga 16 x 16 ko 8 x 8 macroblock. Wannan janareta na matrix yana zagaya cikin duk ƙananan tubalan na macroblock kafin zuwa macroblock na gaba.
Intra Hasashen
H.264 yana amfani da hanyoyi daban-daban na intra- tsinkaya don rage bayanin a cikin toshe 4 x 4. Toshe intra- tsinkaya a cikin IP yana amfani da tsinkayar 4 x 4 ko 16 x 16 DC kawai. Ana amfani da 16 x 16 don ƙimar QP fiye da 35 idan an kunna tsinkayar intra-DC 16 x 16 a cikin mai daidaitawar IP. Ana lissafta bangaren DC daga saman kusa da hagu 4 x 4 ko 16 x 16 tubalan.
Canjin lamba
H.264 yana amfani da juzu'in juzu'i mai ma'ana inda aka rarraba ma'auni a cikin matrix canza matrix da matrix mai ƙididdigewa ta yadda babu ninka ko rarrabuwa a cikin canjin lamba. Canjin lamba stage aiwatar da canji ta amfani da motsi da ƙara ayyuka.
Ƙididdigewa
Ƙididdigar ƙididdigewa tana ninka kowane fitarwa na canjin lamba tare da ƙayyadaddun ƙimar ƙididdigewa wanda ƙimar shigarwar mai amfani ta QP ta ayyana. Matsakaicin ƙimar QP daga 0 zuwa 51. Duk wani darajar fiye da 51 shine clamped zuwa 51. Ƙananan ƙimar QP yana nuna ƙananan matsawa da inganci mafi girma kuma akasin haka.
CAVLC
H.264 yana amfani da nau'ikan ɓoyayyen ɓoyayyen ɓoyayyen abu biyu-Ma'anar Adafta Canjin Tsawon Tsawon Tsawon Layi (CAVLC) da Ma'anar Adafta Binary Arithmetic Codeing (CABAC). IP ɗin yana amfani da CAVLC don ɓoye abubuwan da aka ƙididdige su.
Babban Generator
Toshe janareta na kan kai yana haifar da toshe kanun labarai, masu kan yanki, Sequence Parameter Set (SPS), Saitin Parameter Set (PPS), da naúrar Abstraction Layer (NAL) dangane da misalin firam ɗin bidiyo.
H.264 Rarraba Generator
H.264 rafi janareta block hadawa CAVLC fitarwa tare da headers don ƙirƙirar encoded fitarwa kamar yadda H.264 misali format.

 

Testbench

An ba da Testbench don duba ayyukan H.264 4K I-Frame Encoder IP.
kwaikwayo
Simulation yana amfani da hoton 432 x 240 a tsarin YCbCr422 wanda biyu ke wakilta. files, kowane don Y da C azaman shigarwa kuma yana haifar da H.264 tare da yanka 4 file tsari wanda ya ƙunshi firam biyu.
Matakan da ke gaba suna bayyana yadda ake simintin core ta amfani da testbench:

  1. Jeka Libro® SoC Catalog> View > Windows > Catalog, sannan fadada Magani-Video. Danna H264_4K_Iframe_Encoder sau biyu, sannan danna Ok. H264_4K_Iframe-Encoder IP yana bayyana akan zanen SmartDesign.
    Hoto na 2-1. H.264 4K I-Frame Encoder IP Core in Libero® SoC CatalogMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (5)
  2. Je zuwa Files shafin kuma zaɓi kwaikwayo > Shigo Files.
    Hoto na 2-2. Shigo da FilesMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (6)
  3. Shigo da H264_sim_data_in_y.txt, H264_sim_data_in_c.txt, da H264_refOut.txt files daga hanya mai zuwa: .. \bangaren\MicrosemiSolutionCoreH264_4K_Iframe_Encoder\ \ Abin kara kuzari.
  4. Don shigo da wani daban file, bincika babban fayil ɗin da ya ƙunshi abin da ake buƙata file, kuma danna Buɗe. The shigo da file An jera a ƙarƙashin simulation, duba adadi mai zuwa.
    Hoto na 2-3. Shigo da shi FilesMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (7)
  5. Jeka shafin Tsara Tsara kuma danna dama akan H264_4K_Iframe_Enc_C0 kuma zaɓi Saita azaman Tushen. Hoto na 2-4. Saita azaman TushenMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (8)
  6. Jeka shafin Stimulus Hierarchy kuma zaɓi H264_4K_Iframe_Encoder_tb (H264_4K_Iframe_Encoder_tb. v)> Yi Simulate Pre-Synth Design> Buɗe Interactively. An ƙirƙira IP ɗin don firam biyu. Hoto na 2-5. Simulating Pre-Synthesis DesignMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (9)
  7. ModelSim yana buɗewa tare da bench file kamar yadda aka nuna a adadi mai zuwa.

Hoto na 2-6. Model Simulation WindowMICROCHIP-H-264-4K-I-Frame-Encoder-IP-Cores-FIG-1 (10)

Muhimmi: Idan an katse simulation saboda iyakar lokacin aiki da aka ƙayyade a cikin .do file, yi amfani da run-duk umarnin don kammala simulation.

Lasisi

  • H.264 4K I-Frame Encoder IP ana bayar da shi kawai a cikin rufaffen tsari ƙarƙashin lasisi.
  • Rufaffen lambar tushen RTL tana kulle lasisi, dole ne a siya daban. Kuna iya yin simulation, haɗawa, shimfidawa, da tsara silikon Field Programmable Gate Array (FPGA) ta amfani da ɗakin ƙirar Libero.
  • An bayar da lasisin kimantawa kyauta don duba fasalulluka na Encoder H.264. Lasisin kimantawa zai ƙare bayan amfani da sa'a guda akan kayan aikin.

Umarnin Shigarwa

  • Dole ne a shigar da ainihin cikin software na Libero SoC. Ana yin ta ta atomatik ta aikin sabunta Catalog a ciki
  • Software na Libero SoC, ko CPZ file ana iya ƙarawa da hannu ta amfani da fasalin katalogin Ƙara Core. Lokacin da CPZ file An shigar da shi a cikin Libero, ana iya daidaita ainihin, ƙirƙira, da kuma ɗauka a cikin SmartDesign don haɗawa a cikin aikin Libero.
  • Don ƙarin umarni akan ainihin shigarwa, lasisi, da amfani gabaɗaya, duba Taimakon Kan Layi na Libero SoC.

Teburin da ke gaba ya lissafa amfanin albarkatun kamarample H.264 4K I-Frame Encoder IP da aka yi don PolarFire FPGA (kunshin MPF300TS-1FCG1152I) kuma yana haifar da matsa lamba ta amfani da 4: 2: 2 sampling na shigar data.
Tebur 5-1. Amfani da albarkatu na H.264 4K I-Frame Encoder IP

Abun ciki 4 Yanki 2 Yanki
4 LUT 73588 37017
DFFs 67543 33839
Farashin LSRAM 592 296
µSRAM 84 42
Kulle Math 89 45
Interface 4-shigarwar LUTs 25524 12780
Interface DFFs 25524 12780

Tarihin Bita

Teburin tarihin bita ya bayyana canje-canjen da aka aiwatar a cikin takaddar. Canje-canjen an jera su ta bita, farawa da mafi kyawun ɗaba'ar.
Tebur 6-1. Tarihin Bita

Bita Kwanan wata Bayani
A 01/2023 Sakin Farko.

Tallafin FPGA Microchip

Ƙungiyar samfuran Microchip FPGA tana goyan bayan samfuran ta tare da sabis na tallafi daban-daban, gami da Sabis na Abokin Ciniki, Cibiyar Tallafin Fasaha ta Abokin Ciniki, a website, da ofisoshin tallace-tallace na duniya. Ana ba abokan ciniki shawarar ziyartar albarkatun kan layi na Microchip kafin tuntuɓar tallafi saboda da yuwuwar an riga an amsa tambayoyinsu. Tuntuɓi Cibiyar Tallafawa Fasaha ta hanyar websaiti a www.microchip.com/support. Ambaci lambar Sashe na Na'urar FPGA, zaɓi nau'in shari'ar da ta dace, da loda ƙira  files yayin ƙirƙirar shari'ar tallafin fasaha. Tuntuɓi Sabis na Abokin Ciniki don tallafin samfur mara fasaha, kamar farashin samfur, haɓaka samfur, sabunta bayanai, matsayin tsari, da izini.

  • Daga Arewacin Amirka, kira 800.262.1060
  • Daga sauran duniya, kira 650.318.4460
  • Fax, daga ko'ina cikin duniya, 650.318.8044

Bayanin Microchip

Microchip Website
Microchip yana ba da tallafin kan layi ta hanyar mu webYanar Gizo a www.microchip.com/. Wannan webana amfani da site don yin files da bayanai cikin sauƙin samuwa ga abokan ciniki. Wasu daga cikin abubuwan da ake samu sun haɗa da:

  • Tallafin samfur - Bayanan bayanai da errata, bayanin kula da aikace-aikace da sampshirye-shirye, albarkatun ƙira, jagororin mai amfani da takaddun tallafi na hardware, sabbin fitattun software da software da aka adana
  • Babban Taimakon Fasaha - Tambayoyin da ake Yi akai-akai (FAQs), buƙatun tallafin fasaha, ƙungiyoyin tattaunawa kan layi, jerin membobin shirin abokan hulɗa na Microchip
  • Kasuwancin Microchip - Mai zaɓin samfur da jagororin yin oda, sabuwar sanarwar manema labarai ta Microchip, jerin tarukan karawa juna sani da abubuwan da suka faru, jerin ofisoshin tallace-tallace na Microchip, masu rarrabawa, da wakilan masana'anta

Sabis ɗin Sanarwa Canjin samfur
Sabis ɗin sanarwar canjin samfur na Microchip yana taimakawa abokan ciniki su kasance a halin yanzu akan samfuran Microchip. Masu biyan kuɗi za su karɓi sanarwar imel a duk lokacin da aka sami canje-canje, sabuntawa, bita, ko ɓarna masu alaƙa da ƙayyadadden dangin samfur ko kayan aikin haɓaka sha'awa.
Don yin rajista, je zuwa www.microchip.com/pcn. kuma bi umarnin rajista.

Tallafin Abokin Ciniki

Masu amfani da samfuran Microchip na iya samun taimako ta hanyoyi da yawa:

  • Mai Rarraba ko Wakili
  • Ofishin Talla na Gida
  • Injiniyan Magance Ciki (ESE)
  • Goyon bayan sana'a

Abokan ciniki yakamata su tuntuɓi mai rarraba su, wakilin ko ESE don tallafi. Hakanan akwai ofisoshin tallace-tallace na gida don taimakawa abokan ciniki. An haɗa lissafin ofisoshin tallace-tallace da wurare a cikin wannan takarda.
Ana samun tallafin fasaha ta hanyar websaiti a: www.microchip.com/support.

Siffar Kariyar Lambar Na'urorin Microchip
Kula da cikakkun bayanai masu zuwa na fasalin kariyar lambar akan samfuran Microchip:

  • Samfuran Microchip sun haɗu da ƙayyadaddun bayanai da ke ƙunshe a cikin takamaiman takaddar bayanan Microchip ɗin su.
  • Microchip ya yi imanin cewa dangin samfuran sa suna da tsaro lokacin da aka yi amfani da su ta hanyar da aka yi niyya, cikin ƙayyadaddun aiki, da kuma ƙarƙashin yanayi na yau da kullun.
  • Ƙimar Microchip kuma tana kare haƙƙin mallaka na fasaha da ƙarfi. Ƙoƙarin keta fasalulluka na kariyar lambar samfurin Microchip an haramta shi sosai kuma yana iya keta dokar haƙƙin mallaka na Millennium Digital.
  • Babu Microchip ko kowane masana'anta na semiconductor ba zai iya tabbatar da amincin lambar sa ba. Kariyar lambar ba ta nufin cewa muna ba da garantin samfurin "ba zai karye ba".
  • Kariyar lambar tana ci gaba da haɓakawa. Microchip ya himmatu don ci gaba da haɓaka fasalin kariyar lambar samfuranmu.

Sanarwa na Shari'a
Ana iya amfani da wannan ɗaba'ar da bayanin nan tare da samfuran Microchip kawai, gami da ƙira, gwadawa, da haɗa samfuran Microchip tare da aikace-aikacenku. Amfani da wannan bayanin ta kowace hanya ya saba wa waɗannan sharuɗɗan. Bayani game da aikace-aikacen na'ura an bayar da shi ne kawai don jin daɗin ku kuma ana iya maye gurbinsu da sabuntawa. Alhakin ku ne don tabbatar da cewa aikace-aikacenku ya dace da ƙayyadaddun bayananku. Tuntuɓi ofishin tallace-tallace na Microchip na gida don ƙarin tallafi ko, sami ƙarin tallafi a www.microchip.com/en-us/support/design-help/client-support-services. WANNAN BAYANI AN BAYAR DA MICROCHIP "KAMAR YADDA". MICROCHIP BA YA YI WAKILI KO GARANTIN KOWANE IRIN BAYANI KO BAYANI, RUBUTU KO BAKI, SHARI'A KO SAURAN BA, GAME DA BAYANIN HAR DA BAYANI AMMA BAI IYA IYAKA GA WANI GARGADI BA. DON MUSAMMAN MANUFA, KO GARANTI GAME DA SHAFINSA, KYAUTA, KO AIKINSA. BABU ABUBUWAN DA MICROCHIP ZA SU IYA DOKA GA DUK WATA BAYANI NA MUSAMMAN, HUKUNCI, GASKIYA, MAI FASAHA, KO SABODA HAKA Asara, Lalacewa, KASHI, KO KUDI KOWANE IRIN ABIN DA YAKE DANGANTA GA BAYANIN KO HANYAR AMFANINSA, ED NA THE YIWU KO LALACEWAR ANA GABA. ZUWA CIKAKKIYAR DOKA, JAMA'AR DOKAR MICROCHIP A KAN DUK DA'AWA A KOWANE HANYA DAKE DANGANTA BAYANI KO AMFANINSA BA ZAI WUCE YAWAN KUDADE BA, IDAN WATA, CEWA KA BIYA GASKIYA GA GADON. Amfani da na'urorin Microchip a cikin tallafin rayuwa da/ko aikace-aikacen aminci gabaɗaya yana cikin haɗarin mai siye, kuma mai siye ya yarda ya kare, ramuwa da riƙe Microchip mara lahani daga kowane lalacewa, da'awar, dacewa, ko kashe kuɗi sakamakon irin wannan amfani. Ba a isar da lasisi, a fakaice ko akasin haka, ƙarƙashin kowane haƙƙin mallaka na Microchip sai dai in an faɗi haka.

Alamomin kasuwanci
Sunan Microchip da tambari, tambarin Microchip, Adaptec, AVR, tambarin AVR, AVR Freaks, BestTime, BitCloud, CryptoMemory, CryptoRF, dsPIC, flexPWR, HELDO, IGLOO, JukeBlox, KeeLoq, Kleer, LANCheck, LinkMD, maXStylus MediaLB, megaAVR, Microsemi, tambarin Microsemi, MAFI YAWAN tambari, MPLAB, OptoLyzer, PIC, picoPower, PICSTART, tambarin PIC32, PolarFire, Prochip Designer, QTouch, SAM-BA, Sengenuity, SpyNIC, SST, SST Logo, SuperFlash, Symmetric , SyncServer, Tachyon, TimeSource, tinyAVR, UNI/O, Vectron, da XMEGA alamun kasuwanci ne masu rijista na Microchip Technology Incorporated a cikin Amurka da sauran ƙasashe. AgileSwitch, APT, ClockWorks, Kamfanin Haɓaka Sarrafa Sarrafa, EtherSynch, Flashtec, Sarrafa Sauri, HyperLight Load, Libero, motorBench, mTouch, Powermite 3, Daidaitaccen Edge, ProASIC, ProASIC Plus, Tambarin ProASIC Plus, Shuru- Waya, SmartFusion, SyncWorld, Temux, TimeCesium, TimeHub, TimePictra, TimeProvider, TrueTime, da ZL alamun kasuwanci ne masu rijista na Fasahar Microchip Haɗe a cikin Maɓallin Maɓallin Maɓalli na Amurka Maƙwabta, AKS, Analog-for-da-Digital Age, Duk wani Capacitor, AnyIn, AnyOut, Canjin Ƙarfafawa , BlueSky, BodyCom, Clockstudio, CodeGuard, CryptoAuthentication, CryptoAutomotive, CryptoCompanion, CryptoController, dsPICDEM, dsPICDEM.net, Matsakaicin Matsakaicin Matsala, DAM, ECAN, Espresso T1S, EtherGREEN, GridTime, IdealBridge, Serial, IN-CircuitIC, IN-CircuitIC Daidaitawar hankali, IntelliMOS, Haɗin Inter-Chip, JitterBlocker, Knob-on-Nuni, KoD, maxCrypto, maxView, membrane, Mindi, MiWi, MPASM, MPF, MPLAB Tambarin Certified, MPLIB, MPLINK, MultiTRAK, NetDetach, Ƙwararren Code Generation, PICDEM, PICDEM.net, PICkit, PICtail, PowerSmart, PureSilicon, QMatrix, REAL ICE, Ripple Blocker, RTAX , RTG4, SAM ICE, Serial Quad I/O, taswira mai sauƙi, SimpliPHY, SmartBuffer, SmartHLS, SMART-IS, storClad, SQI, SuperSwitcher, SuperSwitcher II, Switchtec, SynchroPHY, Jimlar Jimiri, Amintaccen Lokaci, TSHARC, USBCheck, VariSense, VectorBlox, VeriPHY, ViewSpan, WiperLock, XpressConnect, da ZENA alamun kasuwanci ne na Microchip Technology Incorporated a cikin Amurka da sauran ƙasashe. SQTP alamar sabis ce ta Microchip Technology Incorporated a cikin Amurka Tambarin Adaptec, Mitar Buƙata, Fasahar Adana Silicon, da Symmcom alamun kasuwanci ne masu rijista na Microchip Technology Inc. a wasu ƙasashe. GestIC alamar kasuwanci ce mai rijista ta Microchip Technology Germany II GmbH & Co. KG, reshen Microchip Technology Inc., a wasu ƙasashe. Duk sauran alamun kasuwanci da aka ambata a nan mallakin kamfanoninsu ne. © 2023, Microchip Technology Incorporated da rassanta. Duka Hakkoki. ISBN: 978-1-6683-1888-1

Tsarin Gudanar da inganci
Don bayani game da Tsarin Gudanar da Ingancin Microchip, da fatan za a ziyarci www.microchip.com/quality.

Kasuwanci da Sabis na Duniya

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ASIA/PACIFIC

  • Ostiraliya - Sydney
    • Tel: 61-2-9868-6733
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© 2023 Microchip Technology Inc. da rassansa DS50003486A-

Takardu / Albarkatu

MICROCHIP H.264 4K I-Frame Encoder IP Cores [pdf] Jagorar mai amfani
H.264 4K I-Frame Encoder IP Cores, H.264 4K, I-Frame Encoder IP Cores, Encoder IP Cores, IP Cores

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