#1.2 m dish
حول #1.2 m dish
A 1.2 m dish antenna is designed for Wireless Internet Service Providers (WISPs) that need exceptional range, high link budgets, and dependable performance for demanding wireless applications. Its large reflector provides very high antenna gain and a highly focused beam, helping concentrate RF energy to support stable, long-distance connections and high-capacity links.
The increased gain and narrow beamwidth make a 1.2 m dish particularly well suited for ultra-long-distance backhaul, relay links, and network infrastructure deployments where maximizing signal strength and maintaining consistent performance are priorities. It is often used to connect distant network sites, overcome challenging link conditions, and support reliable high-throughput communications.
For WISPs building critical network infrastructure, a 1.2 m dish offers the reach, performance, and reliability needed for long-range wireless connectivity, making it a preferred choice for demanding point-to-point and backhaul deployments.
المنتجات الموسومة بـ #1.2 m dish
12M-DISH-RPSMA-2PK
1.2m Dish RP-SMA 2-pack
هوائيان بقطر 1.2 متر (4 أقدام) بتردد 5 و 6 جيجاهرتز، عبوة ثنائية مصممة لتوفير تكلفة الشحن والاتصال المباشر بأجهزة راديو Ubiquiti و Cambium و Mimosa دون فقدان في التحويل، لمدى يصل إلى 20-40 كيلومترًا. السعر يشمل الهوائيين.
PTP
backhaul
antenna
12M-DISH-HP
1.2m Dish High Performance
يُعد طبق 1.2 متر عالي الأداء هوائيًا عالي الأداء (HP) واسع النطاق (4.9-7.125 جيجاهرتز) للوصلات اللاسلكية متعددة الجيجابت 20-40 كم.
PTP
backhaul
antenna
12M-DISH-MIMOSA-B6X-2PK
1.2m Dish Mimosa B6x Twist-on 2-pack
صُممت هذه الهوائيات لتوفير تكاليف الشحن، وللاتصال مباشرةً بأجهزة راديو Mimosa B6x/B5x/C6x/C5x دون فقدان الإشارة، وذلك لوصلات تصل إلى 20-40 كم. يشمل السعر كلا الهوائيين.
PTP
backhaul
antenna
#1.2 m dish
3 products
نظرة عامة
A 1.2 m dish antenna is a very high-gain directional antenna commonly used by WISPs for ultra-long-distance backhaul, high-capacity point-to-point links, and mission-critical wireless deployments that require maximum performance and link reliability.