Kasuwanci sun dogara da igiyoyin Eptic Victic na Extic na Fiber don isasshen bayanai. A, kuma ana kiranta a
Maɓalli
- Multimode fiber is better for short distances, usually under 2 kilometers. Yana da rahusa kuma mai kyau ga hanyoyin sadarwar gida.
- Core diamita: 8 zuwa 10.5 microns
- Tsallake diamita
- Bandth
| Gwadawa | Daraja |
|---|---|
| Core diamita | 8 zuwa 10.5 μm |
| Tsallake diamita | |
| Bandth | |
| Atenten |
Zare na zaren multimodean inganta don watsa bayanan bayanan nesa. Mafi girma m diamita, yawanci 50 zuwa 62.5 microns, yana ba da damar hanyoyin yaduwar haske. Wannan ƙirar tana haɓaka haɓakawa na zamani, wanda ke iyakance kewayonsa amma yana sa shi ingantaccen bayani ga hanyoyin sadarwar gida.
- Core diamita
- : Leds ko vcsels (850 nm da 1300 nm)
- Aikace-aikace: Isar da bayanan nesa-gajere (a ƙarƙashin 2 Km)
| Na hali | Single fiber (SMF) | |
|---|---|---|
| Core diamita | ||
| Laser Daidaita (1310nm ko 1550nm) | ||
| Atenten | Saukad da |
Girma mai kyau da kuma watsawa
| Zaren zare | ||
|---|---|---|
| Zare na zaren multimode | 50 zuwa 62.5 |
Single-model file a cikin sadarwa mai nisa. Zai iya watsa bayanai har zuwa kilomita 100 ba tare da amplification ba, yana dacewa da cibiyoyin sadarwa da yawa da sadarwa. Multimode fiber, on the other hand, is optimized for shorter distances, typically up to 500 meters. This limitation arises from modal dispersion, which affects signal quality over extended lengths.
| Zaren zare | ||
|---|---|---|
| Yanayin guda ɗaya | Har zuwa 100 km | |
| N / a |
Bandwidth da aiki
Single-mode fiber offers virtually unlimited bandwidth due to its ability to transmit light in a single mode. It supports data rates exceeding 100 Gbps over long distances. Fiber multimode, yayin da ke da ikon mahimman bayanai (10-40 Gbps), yana fuskantar rashin shinge saboda watsawa na zamani. This makes it more suitable for short-range, high-speed applications like data centers and LANs.
Cikakken la'akari
| Factor | Zare na zaren multimode | |
|---|---|---|
| Tushen hadewar | ||
| Tasiri |
Aikace-aikace na yau da kullun
Ana amfani da fiber ɗin yanayi guda ɗaya cikin sadarwa, sabis na Intanet, da manyan cibiyoyin bayanai. It supports long-distance communication with minimal signal loss. Multimode fiber is commonly deployed in LANs, data centers, and campus networks, where short-distance, high-speed connectivity is required.
| Zaren zare | Bayanin aikace-aikacen |
|---|---|
| Yanayin guda ɗaya | |
| Yanayin guda ɗaya | Aiki ta hanyar masu ba da sabis na Intanet don sabis na Intanet mai sauri akan manyan wurare tare da ƙarancin sigina. |
Fa'idodi da rashin amfani da sifa-model da Urbertimode
Fiber mai ban-da-saiti guda ɗaya yana ba da fa'idodi da yawa, musamman ma aikace-aikacen nesa da aikace-aikacen bandwidth. Its small core diameter minimizes modal dispersion, enabling efficient data transmission over extended distances. This makes it ideal for telecommunications, large-scale data centers, and corporate networks. Bugu da ƙari, fiber na yanayin aiki yana tallafawa farashin bayanai mafi girma, tabbatar da scalability don buƙatuwar cibiyar sadarwar.
Koyaya, fiber na yanayin guda ma gabatar da kalubale. The cables themselves are, amma kayan aiki, kamar lauya da masu canzawa, na iya haɓaka farashi. Shigarwa yana buƙatar daidaitawa da ƙwararrun aiki, wanda ya kara kara kudi. Wadannan dalilan suna yin zaren zaren guda ɗaya da ya dace da ayyukan masu tsada.
| Yan fa'idohu | Rashin daidaito |
|---|---|
| Bangaren bandwidth iyawa | Na bukatar kafuwa daidai da sarrafawa |
| Yana goyan bayan farashin bayanai |
don aikace-aikacen nesa-gajere. Mafi girman m diamita yana sauƙaƙa shigarwa da rage farashin aiki. This makes it a popular choice for local area networks (LANs), data centers, and campus networks. With advancements like OM5 fiber, multimode fiber now supports 100Gb/s transmission using multiple wavelengths, enhancing its bandwidth capabilities.
- Yan fa'idohu:
- :
| Zaren zare | Yanayin aikace-aikace | |
|---|---|---|
| Inter-Ginin hanyoyin yanar gizo | ||
Bukatun bandwidth sun dogara da ƙara da saurin watsa bayanai. Single-mode fiber supports high data rates, often exceeding tens of gigabits per second, making it essential for high-capacity networks like telecommunications and internet services. Fiber multimode aka inganta don babban bandwidth a kan gajerun nisa, wanda ya dace da cibiyoyin bayanai da hanyoyin sadarwa na gida. Koyaya, modal watsawa yana iyakance ingancinsa na tsawon lokaci.
Budget constraints often influence the choice between single-mode and multimode fiber. Single-mode fiber systems involve higher costs due to advanced technology and precision installation requirements. Koyaya, suna bayar da sikelin da darajar dogon lokaci don kamfanoni na ci gaba nan gaba. Multimode fiber systems are more cost-effective, with simpler technology and lower installation expenses.
The choice of fiber type should align with specific business applications. Single-mode fiber is ideal for long-distance telecommunications, high-speed internet services, and large-scale data centers. Fiber multimode ya fi dacewa da aikace-aikacen nesa, kamar cibiyoyin sadarwar yanki da masu haɗin haɗi a cikin cibiyoyin bayanai.
| Awo | Single fiber (SMF) | |
|---|---|---|
| Bandth | ||
| Tasiri har zuwa 550 mita a ƙananan ƙimar bayanai | ||
| Roƙo | Mafi kyawun sadarwa na dogon-nesa da hanyoyin sadarwa mai ƙarfi | Mafi kyau ga babban-foda, aikace-aikace na gajeru |
Zabi na USB na Extic Hopic Dodic da mahimmancin inganta sadarwa ta kasuwanci. Single mode fiber optic cable provides unmatched performance for long-distance, high-bandwidth applications, making it ideal for telecommunications and large-scale networks. Multimode fiber, on the other hand, offers a cost-effective solution for short-distance, high-speed data transfer, especially in data centers and local networks.
Faq
Yana watsa haske a cikin hanyar guda, yana buɗe hanyar sadarwa mai nisa. Multimode fiber allows multiple light paths, making it suitable for short-distance applications.
Za a iya tallafawa multimode Fir Schistimode na da sauri-sauri?
Lokacin Post: Mar-26-2025