Wireless video system FLOW500

FLOW500 wireless system
SWIT FLOW 500 – 150m radio link. Based on the latest KUWI SWIT wireless technology, 5.1-5.9GHz free bands, DFS compliant, supports 3G / HD-SDI and HDMI (Max 1080p60). The system is pure plug and play connection for montoring, steadicam, drones etc …
The SWIT FLOW radio link has reliable wireless transmission, with higher wall-cross performance thanks to RF optimization and the optimization of image quality. In this way, Swit has found a way to maintain a fantastic video transmission without data loss or crash compared to normal 5GHz wireless transmitters.
Works under 5.1-5.9GHz, with integrated wireless scanner. Detect the wireless conditions of all frequencies, automatically jump to the best wireless channel to maintain a reliable connection and transmission.
You can also manually switch wireless channels from 7 unrestricted channels.
Both Tx and Rx are equipped with OLED to display the signal format, the wireless channel number and the signal strength.
To ensure the quality of the black level, the signal noise and the color reproduction of the received wireless signal, the FLOW wireless receiving series supports signal re-clocking and accurate color reproduction.
Specifications
Weight ( (Transmitter – Receiver) 236 g / 245 g
Dimensions (Transmitter – Receiver) 6.6 x 10.6 x 2.47 cm / 10.6 x 6.6 x 2.4 cm
Input (Transmitter) 3G/ HD-SDI x 1
HDMI x 1
Output (Transmitter) 3G/HD-SDI loop x 1
Output (Receiver) 3G/HD-SDI loop x 1
Format (Transmitter – Receiver) 1080P (60 / 59.94 / 50)
1080i (60 / 59.94 / 50)
1080p (30 / 29.97 / 25 / 24 / 23.98)
720p (60 / 59.94 / 50)
Wireless frequency 5.17GHz-5.23GHz e 5.75GHz-5.83GHz
Radio modules OFDM 16QAM, 64QAM, QPSK, BPSK
Transmission distance 150 metri
Power consumption ≤8W
Radio power 125mW
Input voltage DC 7~34V

Richiedi informazioni o un preventivo:

* campo obbligatorio

Blackmagic MultiView 4 split

Blackmagic MultiView 4 is the multiview solution to simultaneously monitor 4 different SDI sources on a single screen!

Hollyland Mars 4K HDMI SDI

Hollyland Mars 4K HDMI SDI

Hollyland Mars 4K HDMI SDI wireless video transmitter and receiver supports 4K UHD video transmission at 30fps for discerning videographers who want high-resolution production capability.

HYPERDSTDAHM_Blackmagic_Design_HyperDeck-Studio-HD-Mini

Blackmagic Design HyperDeck Studio HD Mini

HyperDeck Studio HD Mini the most compact model of HyperDeck Studio is based on the Teranex Mini form factor.

Blackmagic Design HyperDeck Studio 4K Pro

Blackmagic Design HyperDeck Studio 4K Pro lets you record broadcast-quality video files directly onto SD cards and SSD media! The new redesigned HyperDeck Studios feature a modern design with more codecs and quieter cooling.

Wireless video system SWIT S-4904 SDI/HDMI 700m

S-4904 is the broadcast industry wireless system, includes an S-4904T transmitter and an S-4904R receiver, with WHDI (OFDM) technology, supports uncompressed 3G/HD/SD-SDI and HDMI wirelessly transmitted in 700 meters scale, and with less than 1ms latency.

Remote control AW-RP150 for PTZ Panasonic cameras

The AW-RP150 is the new remote controller that interacts with Panasonic’s full line of professional PTZ cameras.

Teranex-AV

Standards Converter Teranex AV

The Teranex standard converter is the ultimate solution for converting SD, HD and Ultra HD formats to excellent 10-bit quality.

Wireless video system SWIT S-4914 SDI/HDMI 700m

Radio link S-4914 SDI/HDMI Wireless 700m The radio link S-4914 is a professional wireless HD transmission system adopting the technology WHDI (MIMO / OFDM), supports uncompressed transmission 3G / HD / SD-SDI with a range of 700 meters, with less than 1 ms latency. It...

Wireless video transmitter Hollyland Mars X 1080p HDMI

The wireless video transmitter Hollyland Mars X 1080p HDMI allows you to transmit an HDMI signal to up to 3 iOS/Android mobile devices.

Blackmagic Videohub 40×40 12G

Blackmagic Videohub 40×40 12G is an advanced router with 12G-SDI technology that processes all SD, HD and Ultra HD SDI formats simultaneously.