Accsoon CineView Nano Wireless Video Transmitter - ACC-WIT04-M

FEATURES

• Portable Wireless Video Transmitter
• Ultra-Compact, Pocket-Sized Design
• Market Proved Stability
• Latency Less Than 0.06s
• 1 Transmitter for 4 Devices
• Long-Distance Transmission of 500ft/150m
• Removable Phone Clamp
• Versatile Mounting Options
• Easy to Use with Phone
• No Fan Design
• Powered by NP-F Battery or USB-C
• Wireless Remote Monitoring App Accsoon SEE
• Automatic Channel
• FHD Video and High-Quality Audio Transmission
• Built-in Antenna
• Firmware Update with Ease

Accsoon CineView Nano is a smaller, lighter version of the CineView wireless system. The CineView Nano accepts up to a full HD 1080p60 HDMI signal via a HDMI port, and it wirelessly transmits the signal to up to four separate iOS/Android mobile devices at the same time. The signal is sent over 5GHz up to a 500ft line of sight with a low latency of approximately 60ms.

Ultra-Compact, Pocket-Sized Design
About 76mm x 113mm in size, CineView Nano weighs only 72.3g and is less than half the weight of the CineView HE/SE transmitter. It also has an aluminium housing for durability. Two integrated antennas are built in to maintain the small size. 
Ultra-Compact, Pocket-Sized Design

HDMI Monitoring Made Easier
CineView Nano features one HDMI-in port and uses a 5G WiFi signal to send video wirelessly to up to 4 tablets or phones with both Android and iOS systems.
HDMI Monitoring Made Easier

Low Latency, Long Range
With an average latency of around 60ms, Nano has a nearly undetectable lag that transmits to a maximum distance of 500ft.

Mounting & Powering
CineView Nano offers a 1/4″-20 mounting point on the bottom and can easily be mounted on your camera. It also features a well-designed phone holder to secure your phone while monitoring.

On Your Gimbal Too
Alternatively, the phone clamp can be detached and replaced with a gimbal attachment plate compatible with DJI RS2/RS3 gimbals. This conveniently situates the CineView Nano underneath the camera mounting plate for optimal balance and ease of access.