AVGear's Next Pro AV Auction Opens in February 2026! Click Here to Learn More!

Call Us Today: (877) 284-3271 Contact Us

Miranda

Miranda EM0793-01 NVISION NV8500 Output Rear - 18 Coax

$0.00

The Miranda EM0793-01 is an output rear backplane module for the NVISION NV8500 series routing switcher. It provides 18 coaxial output connections for HD or SD video signals, enabling efficient signal distribution from the router chassis via its backplane. Built for modular integration, it easily slots into the rear panel and ensures reliable coax connectivity for video infrastructures that demand high-density coax outputs.

View Product Features

Delivers 18 coaxial (BNC) outputs from the NV8500 router backplane
Supports high-definition (HD) and standard-definition (SD) video formats
Installs as a plug-in backplane module on the NV8500 system's rear panel
Designed for modular, scalable routing system setups
Ideal for broadcasting and video production environments requiring compact, high-density output routing

Out of Stock

0 in stock

Once stock replenishes, inventory will display below.

In-Stock Inventory

No products currently in stock

Already own this item and want to sell it?

Click here to sell your item

About the Miranda EM0793-01 NVISION NV8500 Output Rear - 18 Coax

Key Features

Delivers 18 coaxial (BNC) outputs from the NV8500 router backplane
Supports high-definition (HD) and standard-definition (SD) video formats
Installs as a plug-in backplane module on the NV8500 system's rear panel
Designed for modular, scalable routing system setups
Ideal for broadcasting and video production environments requiring compact, high-density output routing

Miranda EM0793-01 NVISION NV8500 Output Rear - 18 Coax Specs

Key Features

Delivers 18 coaxial (BNC) outputs from the NV8500 router backplane
Supports high-definition (HD) and standard-definition (SD) video formats
Installs as a plug-in backplane module on the NV8500 system's rear panel
Designed for modular, scalable routing system setups
Ideal for broadcasting and video production environments requiring compact, high-density output routing