I-SILICON LABS Z-Wave Hardware Selector
Imininingwane
- Ubuchwepheshe be-Z-Wave
- Amabhendi efrikhwensi e-sub-GHz
- Ukuxhumana okubili okuvikelekile nokuthembekile
- Ikhono lenethiwekhi ye-Mesh
- Isekela i-topology yenethiwekhi yenkanyezi
- Ukufakwa nokukhishwa kwamadivayisi
- Ukugcizelelwa ukusebenzisana
Imiyalo yokusetshenziswa komkhiqizo
Isetha Inethiwekhi ye-Z-Wave
Ukuze uqale, qiniseka ukuthi unehabhu ehambisana ne-Z-Wave noma isango lokulawula inethiwekhi. Landela imiyalelo yehabhu yokusetha kokuqala.
Ukwengeza Amadivayisi Kunethiwekhi
Faka idivayisi yakho ye-Z-Wave kumodi yokufaka ngokuya ngemanuwali yayo. Bese, qala inqubo yokufaka kuhabhu. Amadivayisi kufanele amataniswe ngokuzenzakalela.
Ikhipha Amadivayisi Kunethiwekhi
Ukuze ususe idivayisi, landela inqubo yokukhipha kukho kokubili idivayisi nehabhu. Lokhu kuzonqamula idivayisi kunethiwekhi.
Ukudala Okuzenzakalelayo
Sebenzisa isixhumi esibonakalayo sehabhu yakho ukuze udale izinqubo zokuzenzakalela ngokusekelwe kokuncamelayo. Okwesiboneloample, setha izibani ukuze zikhanyise lapho inzwa yokunyakaza ithola ukunyakaza.
Ukuxazulula inkinga
Uma uhlangabezana nezinkinga ngoxhumo, zama ukuqalisa kabusha ihabhu futhi uqinisekise ukuthi amadivayisi angaphakathi kwebanga elinye nelinye. Hlola noma yimiphi imithombo yokuphazamiseka engaphazamisa isignali.
Yini i-Z-Wave?
I-Z-Wave iyindinganiso yokuxhumana engenantambo evelele eyenzelwe ngqo izinhlelo zokusebenza zasekhaya ezihlakaniphile. Inika amandla amadivayisi ahlukene asekhaya ahlakaniphile, njengezibani, izingidi zeminyango, amasistimu okuvikela, izilawuli zesimo sezulu, namawindi okuvala amehlo ukuze axhumane futhi asebenze ndawonye ngaphandle komthungo. Lokhu kusebenzisana kusiza ukudalwa kwe-ecosystem yasekhaya ehlangene futhi enembile. Ubuchwepheshe be-Z-Wave busebenzisa amabhendi efrikhwensi e-Sub-GHz, aminyana kancane uma kuqhathaniswa namabhendi angu-2.4 GHz kanye no-5 GHz avame ukusetshenziswa amanye amazinga wokuzenzakalela ekhaya. Lokhu kunciphisa kakhulu amathuba okuphazamiseka, kuthuthukisa ukwethembeka nokuqina kwamanethiwekhi e-Z-Wave. Ihlanganisa ukuxhumana okuphephile nokuthembekile kwezindlela ezimbili ngokuvuma umlayezo kanye nenethiwekhi ye-mesh, iqinisekisa ukuthi imiyalo yenziwa njengoba kuhlosiwe.
Isebenza kanjani i-Z-Wave?
I-Z-Wave, kuze kube manje, iyiphrothokholi engenantambo esetshenziswa kabanzi yokuzenzakalela kwasekhaya. Isebenzisa amaza omsakazo alula, athembekile, anamandla amancane ahamba kalula ezindongeni, phansi nasemakhabetheni, ngaphandle kokuphazamiseka kwezinye izinto ezingenantambo ongase ube nazo ekhaya lakho. I-Z-Wave ingangezwa cishe kunoma iyiphi i-electronic, ngisho namadivayisi obungeke ucabange ngawo “njengahlakaniphile,” njengezinto zikagesi, izithunzi zamawindi, ama-thermostat, nezibani. I-Z-Wave inikela ngabadidiyeli nabaklami bezinhlelo umhlaba wamathuba ebhizinisi, kanye nemikhiqizo nokuqeqeshwa ukuze lezo mathuba akhokhe izabelo kubo bobabili ababungazi namakhasimende.
Manje, abahlanganisi bangaletha kalula zonke izinhlelo zokusebenza ezishisayo ezicelwa amakhasimende, okuhlanganisa nokuphathwa kwekhaya elikude nebhizinisi, ukongiwa kwamandla, izixazululo ezixhunyiwe zokuguga okuzimele, ukulawulwa kwezindlu nezakhiwo, nokuningi. Konke lokhu ngaphandle kwezintambo ezintsha ezidingekayo kanye nokuzethemba okuza nezinga elisebenzisanayo elisebenza ngaphandle komthungo phakathi kwemikhiqizo. I-Z-Wave Long Range iwubuchwepheshe obungenawaya obuziphendukelayo obuletha inkathi entsha yokuxhumana, enweba ukufinyelela kobukhosi be-Z-Wave ngokusebenzisa ukuguquguquka okukhona okunganikeza ububanzi obukhulu (nge-DSSS OQPSK) ngenkathi ihlangabezana nezidingo zokulawula.
I-Z-Wave LR inikeza i-advan ebalulekiletage, njengoba yakhelwe ukunikeza ukumbozwa okungenantambo okunwetshiwe, ukukala okukhuphukile, impilo yebhethri eyenziwe kahle, kanye nokuphepha okuqinile kwamanethiwekhi e-IoT. Iklanyelwe ukunweba ububanzi bamanethiwekhi e-Z-Wave kuyilapho kugcinwa ukusebenza kahle kwamandla, isidingo esibalulekile samadivayisi ahlakaniphile asekhaya avame ukuthembela emandleni ebhethri. Ngaphezu kwalokho, uchungechunge lwe-Z-Wave 800, olusekela i-Z-Wave LR, seluthuthukisiwe futhi ukuze lusetshenziswe amandla aphansi, luvumela amadivayisi ukuthi asebenze iminyaka efika kweyi-10 ngebhethri leselula.
Izici Eziyinhloko
I-Sub-GHz Frequency: I-Z-Wave isebenzisa ibhendi yefrikhwensi engaphansi kwe-GHz, igwema amabhendi aminyene kakhulu angu-2.4 GHz kanye nangu-5 GHz. Lokhu kukhetha kunciphisa ukuphazamiseka okusuka kwamanye amadivaysi angenawaya ekhaya naseduze, kuhlinzeke ngeshaneli yokuxhumana ethembeke kakhudlwana yamadivayisi azenzakalelayo asekhaya.
Ukuxhumana Okuvikelekile Nokuthembekile: I-Z-Wave iqinisekisa ukuxhumana okuphephile nokuthembekile kwezindlela ezimbili ngokuvuma umlayezo kanye nenethiwekhi ye-mesh. Umlayezo ngamunye othunyelwe ngenethiwekhi ye-Z-Wave uyamukelwa, okuqinisekisa ukuthi umthumeli uyazi ukuthi umlayezo utholiwe. Uma umlayezo ungamukelwa, inethiwekhi ingazama futhi ukuthumela umyalezo, ithuthukise ukwethembeka.
I-Mesh Networking: Kunethiwekhi ye-Z-Wave mesh, amadivaysi (ama-node) angaxhumana ngokuqondile noma adlulisele imilayezo ngamanye amadivaysi ukuze afinyelele ama-node angaphandle kwebanga eliqondile. Lokhu kwandisa ububanzi benethiwekhi nokuthembeka, njengoba imilayezo ingathola izindlela eziningi eziya lapho iya khona.
I-Z-Wave (LR): Isekela i-topology yenethiwekhi yenkanyezi. Kunethiwekhi yenkanyezi, wonke ama-node (amadivayisi) axhuma ngqo kuhabhu emaphakathi noma esangweni. Lokhu kwehluka kunethiwekhi yemeshi, lapho amanodi angaxhuma kwamanye amanodi amaningi, hhayi nje ihabhu elimaphakathi. Kodwa-ke, ngenkathi amadivayisi angawodwana e-Z-Wave LR esebenza kunethiwekhi yenkanyezi, asengaba yingxenye yenethiwekhi enkulu ye-Z-Wave mesh.
Ukufakwa Nokukhishwa: Iphrothokholi ye-Z-Wave isekela ukungezwa (ukufakwa) nokususwa (ukukhishwa) kwamadivayisi kunethiwekhi. Lokhu kuvumela ukucushwa okuguquguqukayo kanye nokuhlelwa kabusha kokusetha kwekhaya elihlakaniphile njengoba amadivayisi engezwa, anyakaziswa, noma asuswa.
Ukusebenzisana: Isici esibalulekile se-Z-Wave ukugcizelela kwayo ukusebenzisana. Amadivayisi e-Z-Wave adingeka ukuthi adlule kunqubo yokuqinisekisa ukuze aqinisekise ukuthi angasebenza ngaphandle komthungo namanye amadivaysi e-Z-Wave, ngisho nalawo avela kubakhiqizi abahlukene. Lokhu kufinyelelwa ngokusebenzisana kwesendlalelo sohlelo lokusebenza, okusho ukuthi zonke izisetshenziswa zikhuluma “ulimi” olufanayo noma zisebenzisa imiyalo efanayo nezinqubomgomo.
Isixazululo se-Silicon Labs Z-Wave
Isixazululo se-Silicon Labs Z-Wave siyisixazululo sokuphela-siya-ekupheleni esine-software kanye namabhulokhi wokwakha wehadiwe kuzo zombili izilawuli kanye namadivayisi wokugcina ukuze wakhe uhlelo oluphelele lwe-IoT lwasekhaya oluhlakaniphile. Isofthiwe ye-Z-Wave ikunikeza izici eziyisisekelo ezidingekayo Ekucacisweni kwe-Z-Wave futhi ikuvumela ukuthi ugxile kuhlelo lwakho lokusebenza ngaphandle kwesidingo sokuba uchwepheshe wephrothokholi. I-Z-Wave iklanyelwe ukuhlangabezana nezidingo zekhaya elihlakaniphile lesikhathi esizayo, ukungenisa izihambi, nama-MDU, lapho izidingo ezikhulayo zezinzwa ezengeziwe kanye namadivayisi asebenza ngebhethri adinga kokubili ibanga elide namandla aphansi. Izixazululo zethu ze-Z-Wave ezingaphansi kwe-GHz zinikeza ukuvikeleka okuseqophelweni eliphezulu, ukunikezwa kwe-Smart Start, impilo yebhethri efinyelela eminyakeni eyi-10, ukumbozwa okugcwele kwekhaya negceke, ukusebenzisana kwezinga lomkhiqizo wekhasimende, kanye nokubuyela emuva.
I-Ecosystem ebanzi
Amakhulu amalungu e-Z-Wave Alliance
I-sub GHz
Ingena ezindongeni, ibanga elide, ukuphazamiseka okuncane
Konke Kusebenzisana
Izinkulungwane zemikhiqizo eqinisekisiwe & 100% yokusebenzisana
Imeshi & Inkanyezi
Ukufakwa kwenethiwekhi enkulu I-Robust
Kulula ukufaka
Ukufakwa kwamahhala kwe-SmartStart
Kuvikelekile
Uhlaka lwezokuphepha lwe-S2 Secure Vault™
Amandla Aphansi
Kuze kube yiminyaka eyi-10 ku-Coin cell
I-Z-Wave End Device Software
Isofthiwe ye-Z-Wave End Device esuka ku-Silicon Labs inika amandla amadivayisi okuphela njengezinzwa zokuphepha, izingidi zeminyango, ama-switch switch/ama-bulb, nokunye okuningi ukuze azuze ezinhlelweni eziqinisekiswe ngaphambilini ze-Z-Wave, zonke zigunyazwe ngaphansi kohlelo lwakamuva lokuqinisekisa olusuka ku-Z-Wave Alliance. Ukuze uthole ezinye izinhlelo zokusebenza zedivayisi yangokwezifiso ungasebenzisa i-Z-Wave Application Framework. Uhlu oluphelele lwezingxenyekazi zekhompuyutha eziqinisekisiwe ze-Z-Wave namabhulokhi wokwakha wesofthiwe lunika amandla izixazululo zesistimu kubenzi bemishini yokugcina kanye nezinkampani zesilawuli/zesango ukuthi zakhe imikhiqizo yasekhaya ehlakaniphile enikwe amandla i-Z-Wave futhi bajabulele izinzuzo zokuba nengxenye ku-Z-Wave Ecosystem.
I-Z-Wave Controller Software
Isofthiwe ye-Z-Wave Controller evela ku-Silicon Labs inika amandla isikhathi esisheshayo sokumaketha, njengoba iphatha yonke imininingwane yokuxhumana nephrothokholi, ikuvumela ukuthi ugxile kuhlelo lwakho lokusebenza noxhumo lwamafu. Isixazululo se-Z-Wave Controller esine-Unify SDK sihlinzeka ngezici ezifana nokusebenza okulula nokuvikelekile, ukunakekelwa kwenethiwekhi, ibhokisi leposi lamadivayisi ebhethri, nokunye, ukuqinisekisa ukuthi umkhiqizo wakho wesilawuli uhambisana nokusebenza okudingekile kusukela Ekucacisweni kwe-Z-Wave Alliance. Isixazululo sesilawuli siqinisekiswe ngaphambilini ngaphansi kohlelo lwakamuva lwesitifiketi se-Z-Wave olusuka ku-Z-Wave Alliance futhi lusatshalaliswa njengekhodi yomthombo nge-GitHub. Inketho ye-Z/IP Gateway eqinisekisiwe ngaphambili nayo isatholakala futhi isatshalaliswa njengekhodi yomthombo, kodwa ikwimodi yokulungisa.
Kungani Khetha I-Silicon Labs ye-Z-Wave Yakho
Izixazululo ezingenantambo ze-Silicon Labs Z-Wave ziyizixazululo zokuphela-to-ekupheleni ezine-software ne-hardware yokwakha yazo zombili izilawuli namadivayisi wokugcina wokuphepha kwasekhaya namadivayisi ahlakaniphile asekhaya, okuhlanganisa izingidi zeminyango, ama-thermostat, izithunzi, amaswishi, nezinzwa. Isofthiwe ye-Z-Wave inikeza izici eziyisisekelo ezidingekayo ekucacisweni kwe-Z-Wave futhi ikuvumela ukuthi ugxile kuhlelo lwakho lokusebenza ngaphandle kokudinga ukuba uchwepheshe wephrothokholi.
Idatha ye-EFR32ZG28
I-ZG28 iyibhendi ekabili ekahle engaphansi kwe-GHz + 2.4 GHz SoC. I-SoC enamandla aphansi, esebenza kakhulu ifaka u-1024 kB weFlash, 256 kB, kanye nokufika ku-49 GPIO ukuze inike amandla izinhlelo zokusebenza ze-Z-Wave ezithuthukisiwe.
- Ilungele ikhaya elihlakaniphile, izihambi, i-MDU, amadolobha ahlakaniphile
- Inani eliphakeme kakhulu lama-IoT
- Vikela i-Vault™
- I-Dual band/Bluetooth Amandla Aphansi
- I-Z-Wave, i-Amazon Sidewalk, i-Wi-SUN ne-Proprietary
Izingxenye ze-ZGM230S
Ngokusekelwe ku-EFR32ZG23 SoC, i-ZGM230S iletha ukusebenza kwe-RF okuqinile, ibanga elide, izici zokuphepha ezihamba phambili embonini, kanye nokusetshenziswa okuphansi kwamanje kuphakheji engu-6.5 x 6.5 mm.
- Ilungele ikhaya elihlakaniphile, ukuphepha, ukukhanyisa, kanye ne-automation yokwakha
- Inani eliphakeme kakhulu lama-IoT
- Vikela i-Vault™ High
Idatha ye-EFR32ZG23
I-ZG23 inamandla aphansi athuthukisiwe, ukusebenza okuphezulu, i-sub-GHz SoC ehlinzeka ngokufika ku-512 kB weFlash kanye no-64 kB we-RAM we-Z-Wave Mesh kanye ne-Z-Wave Long Range (LR).
- Ilungele ikhaya elihlakaniphile, izihambi, i-MDU, namadolobha ahlakaniphile
- Inani eliphakeme kakhulu lama-IoT
- Vikela i-Vault™
- I-Z-Wave, i-Amazon Sidewalk, i-Wi-SUN ne-Proprietary
Ukuqhathanisa i-Z-Wave Mesh ne-Z- Wave LR (Inkanyezi)
I-Z-Wave Mesh ne-Star Network Topology
I-Mesh Network Topology
100 kbps
isilinganiso sedatha
+0/14 dBm TX amandla
Inethiwekhi Yenkanyezi
I-Topology
100 kbps
isilinganiso sedatha
Amandla afinyelela ku-+30 dBm TX
400 m
ububanzi (ama-hops ama-4)
Ukumbozwa kwekhaya elihlakaniphile kanye nokuphela kwegceke
⁓1.5 Amamayela
ububanzi
Ukumbozwa kwekhaya lonke, igceke nangale kwalokho ngaphandle kokuphinda
200+ izindawo
scalable
Isikhala sekheli esingu-8-bit
4000 nodes
scalable kakhulu
Isikhala sekheli esingu-12-bit
Indlela Iphothifoliyo Ye-Silicon Labs 'Ilungele ngayo Ukuthuthukiswa kwe-Z-Wave
Sihlinzeka ngabakhi bedivayisi ye-IoT yasekhaya ehlakaniphile ngohlu olugcwele lwezivumelwano ze-Z-Wave ezihlanganisa i-Z-Wave 500, i-Z-Wave 700, i-Z-Wave LR, ne-Z-Wave 800 yakamuva.
Izingxenyekazi zekhompuyutha
- Amamojula we-SoC kanye ne-SiP
- Isekela wonke amaza we-Z-Wave
- I-Mesh kanye ne-Long Range
- I-Z-Wave kanye nokwesekwa Kobunikazi
Isitaki
- Ngokusekelwe ekucacisweni okuvulekile
- Isixazululo esiphelele - PHY kuhlelo lokusebenza
- Idizayini yereferensi yesilawuli
- Vikela ukuhlanganiswa kwe-Vault™
Amathuluzi okuthuthukisa
- Iphakethe le-sniffer ne-analyzer
- I-Energy Profiler
- Isilawuli senethiwekhi
- Ithuluzi lokufaka nokulungisa
Isitifiketi
- Iqinisekisa ukusebenzisana nokuhambisana emuva
- Isitifiketi se-Z-Wave LR siyingxenye ye-Z-Wave Plus V2
- Ukuthola isitifiketi kuyisibopho kuyo yonke imikhiqizo
I-Silicon Labs Z-Wave Ukuqhathanisa
| Umkhiqizo | Ibanga | Idatha isilinganiso | Imvamisa Ibhendi | Inethiwekhi I-Topology |
| I-Z-Wave | 100 m | 100 kbps | 915/868 MHz | I-MESH |
| I-Z-Wave LR | >1000 m | 100 kbps | 912 MHz | INKANYEZI |
I-Z-Wave Portfolio Ukuqhathanisa
Izinsiza Zokuthuthukisa
Amakhithi namabhodi
ZGM230-DK2603A
Okuqukethwe Kwekhithi
- I-BRD2603A – ZGM230s +14 dBm Dev Kit Board
- I-ANT SS900 – 868-915 MHz Antenna
Izici zekhithi
- Izinzwa
- Inzwa yokushisa ne-Humidity
- Inzwa yokukhanya kwe-ambient
- I-LESENSE metal detector LC-sensor
- Inzwa yokucindezela
- Inzwa yomphumela wehholo
- Inzwa ye-inertial engu-9-eksisi
- Isixhumi esibonakalayo somsebenzisi
- 2x Izinkinobho (w/ EM2 wake-up)
- Ama-2x LEDs
- 1 x RGB LED
- I-Debugger engaphakathi
- I-J-Link Pro
- I-Packet Trace (PTI) phezu kwe-UART
- I-Virtual COM ene-HW Flow Control
- Izici Zokonga Amandla
- Isizinda samandla esilawulekayo nesihlukene sezinzwa
- Izihloko zokunweba ukuze uthole ukufinyelela okulula kwe-I/O
Amabhodi omsakazo
Okuqukethwe Kwekhithi
- BRD4206A EFR32ZG14 Z-Wave LR Ibhodi Lomsakazo
Izici zebhodi lomsakazo:
- I-EFR32 Wireless Gecko Wireless SoC ene-256 kB Flash, 32 kB RAM. (EFR32ZG14P231F256GM32)
- Isixhumi se-antenna ye-SMA (863-925 MHz)
- I-antenna ye-PCB ongayikhetha
Okuqukethwe Kwekhithi
- BRD4207A ZGM130S Z-Wave LR Radio Board
Izici zebhodi lomsakazo:
- I-ZGM130S Wireless Gecko SiP Module eno-512 kB Flash, 64 kB RAM. Inethiwekhi ehambisanayo ye-RF edidiyelwe, amakristalu, nama-capacitor axhumanisayo (ZGM130S037HGN2)
- Isixhumi se-antenna ye-SMA
(863-925 MHz) - I-antenna ye-PCB ongayikhetha
Okuqukethwe Kwekhithi
- 1 x BRD4204D EFR32xG23 868-915 MHz +14 dBm Ibhodi Lomsakazo
Izici zekhithi:
- I-EFR32ZG23 Wireless Gecko Wireless SoC ene-512 kB Flash, kanye ne-RAM engu-64 kB (EFR32ZG23B010F512IM48)
- I-transceiver yerediyo ehlanganisiwe yamabhendi amabili
- 14 dBm amandla okukhiphayo
- I-Inverted-F PCB antenna (2.4 GHz)
- Isixhumi se-antenna ye-SMA (868-915 MHz)
- 8 Mbit low-power serial flash ukuze kuthuthukiswe emoyeni
Okuqukethwe Kwekhithi
- 1 x BRD4210A EFR32XG23 868-915 MHz +20 dBm Ibhodi Lomsakazo
Izici zekhithi:
- I-EFR32ZG23 Wireless Gecko Wireless SoC ene-512 kB Flash, kanye ne-RAM engu-64 kB (EFR32ZG23B020F512IM48)
- I-transceiver yerediyo ehlanganisiwe yamabhendi amabili
- 20 dBm amandla okukhiphayo
- I-Inverted-F PCB antenna (2.4 GHz)
- Isixhumi se-antenna ye-SMA
(868-915 MHz) - 8 Mbit low-power serial flash ukuze kuthuthukiswe emoyeni.
Okuqukethwe Kwekhithi
- 1 x BRD4400C EFR32xG28 2.4 GHz BLE +14 dBm Ibhodi Lomsakazo
Izici zekhithi:
- Idinga amabhodi amakhulu e-WSTK
(kuthengiswa ngokwehlukana) - Ngokusekelwe ku-EFR32ZG28B312F1024IM68 2.4 GHz Wireless SoC
- +14 dBm, 1024 kB Flash, 256 kB RAM, QFN68
- I-SMA Antenna Isixhumi
(868-915 MHz) - I-Antenna ye-PCB eguquliwe, isixhumi se-UFL (2.4 GHz)
- 8 Mbit low-power serial flash ukuze kuthuthukiswe emoyeni
Okuqukethwe Kwekhithi
- 1 x BRD4401C EFR32xG28 2.4 GHz BLE +20 dBm Ibhodi Lomsakazo
Izici zekhithi:
- Idinga amabhodi amakhulu e-WSTK (athengiswa ngokwehlukana)
- Ngokusekelwe ku-EFR32ZG28B322F1024IM68 2.4 GHz Wireless SoC
- +20 dBm, 1024 kB Flash, 256 kB RAM, QFN68
- I-SMA Antenna Connector (868-915 MHz)
- I-Antenna ye-PCB eguquliwe, isixhumi se-UFL (2.4 GHz)
- 8 Mbit low-power serial flash ukuze kuthuthukiswe emoyeni
Okuqukethwe Kwekhithi
- BRD4205B ZGM230S Z-Wave Radio Board
Izici zebhodi lomsakazo:
- I-ZGM230S Z-Wave SiP Module eno-512 kB Flash, 64 kB RAM. Inethiwekhi ehambisana ne-RF ehlanganisiwe, amakristalu, nama-capacitor aqhafayo (ZGM230SB27HGN2)
- Isixhumi se-antenna ye-SMA
(863-925 MHz) - I-antenna ye-PCB ongayikhetha
Ikhithi Yokuqala
Okuqukethwe Kwekhithi
- 2x BRD4002A Wireless Pro Kit Mainboard
- 2x BRD4207A Z-Wave 700 – ZGM130S Long Range Radio Board
- 1x BRD2603A ZGM230 +14 dBm Dev Kit Board
- 2x BRD8029A Izinkinobho kanye Nebhodi Lokunweba le-LED
- 1x UZB-S (ACC-UZB3-S) UZB-S USB stick stick sniffer
- 3x 868-915 MHz izinti
Izici zekhithi:
- I-Z-Wave 700 SiP module Radio Boards ukuqala ukuthuthukiswa kwakho
- I-Z-Wave Application Framework kanye nekhodi yohlelo lokusebenza lwedivayisi yokugcina evamile eqinisekiswe ngaphambilini
- Isihloko sokunweba sivumela ukunwetshwa okulula nokuhlanganiswa okuqondile ne-Z-Wave Application Framework
- I-Z-Wave ZGM230-DK2603A ukuze uqalise ngokuthuthukiswa kwesango lakho
- Amabhinari e-Z/IP* ne-Z-Ware eyakhiwe ngaphambili avumela ukuthuthukiswa kwesango elilula ezingeni lakho le-API olithandayo.
- Isekela i-Z-Wave LR
Izici zeSitudiyo Esilula
- Ukutholwa okuzenzakalelayo kokuhlolwa kwelebhu, ukuthuthukiswa kwesoftware kanye nesample izicelo
- I-Z-Wave Application Framework
- Ikhodi Yesicelo Eqinisekisiwe
- I-Z-Wave Sniffer
- I-Z-Wave PC Controller
- I-Energy Profiler
Ama-Pro Kits
Okuqukethwe Kwekhithi
- 1x BRD4002A Wireless Starter Kit Mainboard
- 1x xG28-RB4400C +14 dBM 868/915 MHz ibhodi lomsakazo
- I-Sub-GHz Antenna
- 1x Ikhebula eliyisicaba
- 1x 2xAA Isiphathi Sebhethri
Ukusekelwa Kwephrothokholi
- I-Wi-SUN
- I-Amazon Sidewalk
- I-Z-Wave
- I-M-BUS engenantambo
- XHUMANA
- Ubunikazi
- I-Bluetooth Low Amandla
Izici ze-Kit Studio
- +14 dBm ibhodi lomsakazo elisekelwe ku-FG28 QFN68 wireless SoC
- Isixhumi se-SMA
- I-Advanced Energy Monitor
- I-Packet Trace Interface
- Imbobo ye-COM ebonakalayo
- SEGGER J-Link ebhodini lokulungisa iphutha
- Ukulungisa iphutha ledivayisi yangaphandle
- Ukuxhumeka kwe-Ethernet ne-USB
- Amandla aphansi 128 x 128 pixel Memory LCDTFT
- Ama-LED womsebenzisi / izinkinobho ezicindezelayo
- 20-pin 2.54 mm unhlokweni EXP
- Amaphedi okuphuma kweWireless SoC I/O
- I-CR2032 uhlamvu lwemali yebhethri yesekelo
Okuqukethwe Kwekhithi
- 1x BRD4002A Wireless Starter Kit Mainboard
- 1x xG28-RB440xB 915 MHz dBm ibhodi lomsakazo
- I-Sub-GHz Antenna
- 1x Ikhebula eliyisicaba
- 1x 2xAA Isiphathi Sebhethri
Ukusekelwa Kwephrothokholi
- I-Wi-SUN
- I-Amazon Sidewalk
- I-Z-Wave
- I-M-BUS engenantambo
- XHUMANA
- Ubunikazi
- I-Bluetooth Low Amandla
Izici ze-Kit Studio
- +20 dBm ibhodi lomsakazo elisekelwe ku-FG28 QFN68 wireless SoC
- Isixhumi se-SMA
- I-Advanced Energy Monitor
- I-Packet Trace Interface
- Imbobo ye-COM ebonakalayo
- SEGGER J-Link ebhodini lokulungisa iphutha
- Ukulungisa iphutha ledivayisi yangaphandle
- Ukuxhumeka kwe-Ethernet ne-USB
- Amandla aphansi 128 x 128 pixel Memory LCDTFT
- Ama-LED womsebenzisi / izinkinobho ezicindezelayo
- 20-pin 2.54 mm unhlokweni EXP
- Amaphedi okuphuma kweWireless SoC I/O
- I-CR2032 uhlamvu lwemali yebhethri yesekelo
Okuqukethwe Kwekhithi
- 2x BRD4002A Wireless Pro Kit Mainboard
- 1x BRD4204D EFR32ZG23 868-915 MHz 14 dBm Ibhodi Lomsakazo
- 1x BRD4205B ZGM230S Z-Wave SiP Ibhodi Lomsakazo Wemojuli
- 1x BRD2603A ZGM230 +14 dBm Dev Kit Board
- 2x BRD8029A Inkinobho kanye Nebhodi Lokunweba lama-LED
- 3x 868-915MHz Ama-Antenna
Izici ze-Kit Studio
- I-Advanced Energy Monitor
- I-Packet Trace Interface
- Imbobo ye-COM ebonakalayo
- SEGGER J-Link ebhodini lokulungisa iphutha
- Ukulungisa iphutha ledivayisi yangaphandle
- Ukuxhumeka kwe-Ethernet ne-USB
- I-Silicon Labs Si7021 Relative Humidity kanye Nenzwa Yezinga lokushisa
- Amandla aphansi 128 x 128 pixel Memory LCDTFT
- Ama-LED womsebenzisi / izinkinobho ezicindezelayo
- 20-pin 2.54 mm unhlokweni EXP
- Amaphedi okuphuma kweModule I/O
- I-CR2032 uhlamvu lwemali yebhethri yesekelo
Ukuphepha kwe-Z-Wave
I-S2 + Vault Vikela
- Uhlaka lwe-S2 luyingxenye yokuphepha kwephrothokholi ye-Z-Wave
- I-Secure Vault iwukwesaba okwengeziwe kwezokuphepha kwe-Silicon Labs
Ukusekela
- Ukufakwa ngaphandle kwebhendi
- Izinguquko eziyinhloko ze-Elliptic Curve Diffie-Hellman
- Ukubethela okuqinile kwe-AES 128
- Ukuthunyelwa okuhlukile/okungatholakali
- Amaleveli okulawula ukufinyelela ahlukanisiwe
- Vikela amaqembu okusakaza okuningi
Ukuvikelwa ngokumelene
- Ama-Hacks nokuhlasela kwe-man-in-the-middle-
- Ukufakwa kwama-node aqinile
- Ukucacisa okhiye
- Ukuhogela futhi udlale futhi futhi ulibazise ukuhlasela
Ukusebenzisana
- Amadivayisi aqinisekiswe i-Z-Wave Alliance asebenza ngaphandle komthungo ngamadivayisi avela kubathengisi abaningi
Iyahambisana Emuva
- Amadivayisi ochungechunge lwe-Z-Wave 800 abuyela emuva ahambisana ne-Z-Wave 700 kanye namadivayisi we-500 Series
Izicelo ze-Z-Wave
Mayelana ne-Silicon Labs
I-Silicon Labs ingumhlinzeki oholayo we-silicon, isofthiwe, nezixazululo zomhlaba ohlakaniphile, oxhumeke kakhulu. Izixazululo zethu ezingenazintambo ezihamba phambili embonini zifaka izinga eliphezulu lokuhlanganisa okusebenzayo. Imisebenzi eminingi eyinkimbinkimbi yamasignali ahlanganisiwe ihlanganiswe ku-IC eyodwa noma idivayisi ye-system-on-chip (SoC), konga indawo enenani, kuncishiswe zonke izidingo zokusetshenziswa kwamandla, nokuthuthukisa ukwethembeka kwemikhiqizo. Singozakwethu abathembekile kubathengi abahamba phambili emhlabeni kanye nemikhiqizo yezimboni. Amakhasimende ethu athuthukisa izixazululo zezinhlelo zokusebenza ezihlukene, kusukela kumishini yezokwelapha kuya ekukhanyeni okuhlakaniphile kuye ezishintshayo zokwakha, nokunye okuningi.
I-Silicon Labs (NASDAQ: SLAB) ingumholi kubuchwepheshe obungenawaya obuvikelekile, obuhlakaniphile bomhlaba oxhumeke kakhulu. Ingxenyekazi yethu yezingxenyekazi zekhompiyutha edidiyelwe kanye nenkundla yesofthiwe, amathuluzi okuthuthukisa ahlakaniphile, i-ecosystem ephumelelayo, nokusekelwa okuqinile kusenza sibe umlingani ofanelekayo wesikhathi eside ekwakheni izinhlelo zokusebenza ezithuthukisiwe zezimboni, ezohwebo, zasekhaya nempilo. Senza kube lula konjiniyela ukuxazulula izinselele ezingenantambo eziyinkimbinkimbi kuwo wonke umjikelezo wokuphila womkhiqizo futhi bafinyelele emakethe ngokushesha ngezisombululo ezintsha eziguqula izimboni, zikhulise umnotho, futhi zithuthukise izimpilo. silabs.com
FAQ
- Q: Ngingasebenzisa amadivaysi e-Z-Wave ngabakhiqizi abahlukene ndawonye?
A: Yebo, amadivayisi e-Z-Wave aklanyelwe ukusebenza ndawonye ngaphandle komthungo, noma ngabe avela kubakhiqizi abahlukene, ngenxa yokugcizelela ukusebenzisana. - Q: Izimpawu ze-Z-Wave zingafinyelela kude kangakanani?
A: Ibanga lamasignali e-Z-Wave lingahluka kuye ngamadivayisi athile nezici zemvelo, kodwa ngokuvamile angahamba ezindongeni naphansi ngaphakathi kwekhaya elijwayelekile. - Q: Ingabe ngidinga uxhumano lwe-inthanethi kumadivayisi we-Z-Wave ukuze umsebenzi?
A: Cha, amadivayisi e-Z-Wave axhumana ngqo namanye ngenethiwekhi edalwe ihabhu noma isango, ngakho awadingi uxhumano lwe-inthanethi ukuze asebenze.
Amadokhumenti / Izinsiza
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I-SILICON LABS Z-Wave Hardware Selector [pdf] Umhlahlandlela Womsebenzisi Isikhethi sezingxenyekazi ze-Z-Wave, i-Z-Wave, Isikhethi sezingxenyekazi zekhompuyutha, Isikhethi |
