Clear All
Filter

NearStream ST40 Camera Desk Mount with Dual Telescopic Arms

0 out of 5

NearStream ST40 Camera Desk Mount with Dual Telescopic Arms

R998,84 inc Vat
Add to cart

NearStream V02AF FHD 2MP AI Noise-Canceling Webcam

0 out of 5

NearStream V02AF FHD 2MP AI Noise-Canceling Webcam

R736,32 inc Vat
Add to cart

NearStream V08AF 4K 8MP AI Noise-Canceling Webcam

0 out of 5

NearStream V08AF 4K 8MP AI Noise-Canceling Webcam

R1029,87 inc Vat
Add to cart

NearStream VK40 Professional Photography Lighting Kit with Green Backdrop

0 out of 5

NearStream VK40 Professional Photography Lighting Kit with Green Backdrop

R3086,55 inc Vat
Add to cart

NearStream VM33 2K Innovative AI Noise-Canceling Wireless Streaming Camera

0 out of 5

NearStream VM33 2K Innovative AI Noise-Canceling Wireless Streaming Camera

R6222,06 inc Vat
Add to cart

NearStream VM46 4K Innovative AI-Powered Wireless Streaming Camera

0 out of 5

NearStream VM46 4K Innovative AI-Powered Wireless Streaming Camera

R10916,43 inc Vat
Add to cart

NEC Installation Material Kit

0 out of 5

The NEC Installation Material Kit provides essential components for secure and compliant cabling setups. This kit includes high-quality connectors, mounting brackets, and protective sleeves designed for NEC network infrastructure. It ensures reliable physical connections and simplifies the deployment process for technicians. All materials meet industry standards for durability and performance in South African environments.

R4282,03 inc Vat
Add to cart

NEC iPasolink Blanking Plate for 11GHz Dual Polarised Leax Dishes.

0 out of 5

The NEC iPasolink Blanking Plate is a protective cover designed for 11GHz dual polarised Leax dishes. This component seals unused ports on the antenna system to prevent moisture ingress and maintain signal integrity. It ensures the structural stability of the dish assembly when specific ports are not in active use. The plate is engineered to match the dimensions of the NEC iPasolink series, providing a secure fit that withstands outdoor environmental conditions.

R1270,06 inc Vat
Add to cart

NEC iPasolink Blanking Plate for 18GHz Dual Polarised Leax Dishes.

0 out of 5

The NEC iPasolink Blanking Plate is a protective cover designed for 18GHz dual polarised Leax dishes. This plate seals the dish aperture when not in use, preventing dust, moisture, and debris from entering the feed horn. It ensures the integrity of the antenna system during storage or transport. The unit is compatible with standard NEC iPasolink 18GHz dish assemblies.

R1270,06 inc Vat
Add to cart

NEC iPasolink Blanking Plate for 23GHz Dual Polarised Leax Dishes.

0 out of 5

The NEC iPasolink Blanking Plate for 23GHz Dual Polarised Leax Dishes is a passive component designed to seal unused ports on microwave radio equipment. This plate ensures the integrity of the antenna system by preventing moisture ingress and protecting internal components from environmental damage. It is specifically engineered to fit NEC iPasolink series dishes operating at 23GHz with dual polarisation capabilities. Installation requires no power and maintains the structural alignment of the dish assembly

R1270,06 inc Vat
Add to cart

NEC iPasolink Blanking Plate for 7- & 8GHz Dual Polarised Leax Dishes.

0 out of 5

The NEC iPasolink Blanking Plate is a protective cover designed for 7GHz and 8GHz dual polarised Leax dishes. This component seals unused ports on the antenna system to prevent moisture ingress and maintain signal integrity. It ensures the structural stability of the dish assembly when specific frequency bands are not in active use. The plate fits standard iPasolink mounting configurations for reliable outdoor performance.

R1270,06 inc Vat
Add to cart

NEC iPasolink Dish Antenna - Dual Polarised. For 11GHz in 2+0 Configuration.

0 out of 5

The NEC iPasolink Dish Antenna is designed for 11GHz microwave links in a 2+0 configuration. This dual-polarised antenna provides precise signal transmission and reception for point-to-point wireless networks. It features a high-gain parabolic design to ensure reliable connectivity over long distances while maintaining signal integrity in various weather conditions.

Read more