HD COFDM Wireless Video Transmitter Description:

NLOS COFDM wireless video link transmitter (DS-HSA510) is a new design ultra-low latency COFDM digital wireless video transmitter. It is esigned with 3 video ports, H-D-M-I, SDI, and CVBS on the transmitter, which is perfect for analogue or digital cameras.

With 4th generation COFDM, narrow-band, and H.264 encoder technology as its code, DS-HSA510 sends high definition images ideal for establishing rugged wireless video links in different environments, like mobile and urban environments. The compact design and low consumption make this HD transmitter enable true long range HD video transmission.

COFDM series long-distance high-definition image transmission radio is very suitable for reconnaissance, public security/firefighting/traffic/emergency rescue, customs border defense/maritime surveillance inspection, real-time broadcast/on-site monitoring, power line inspection/pipeline inspection, plant protection and other drones and unmanned aerial vehicles. Human-machine, industrial and commercial drones, and high-end consumer drones are suitable for high-quality real-time mobile video transmission in various complex environments such as cities, sea areas, and oceans.

Features:

1. Compact design, low consumption and ultra low latency. (Standard 300ms, can be customized 100ms end to end latency).
2. Supporting 3 video input formats (interfaces): H-D-M-I+SDI+CVBS/BNC
3. COFDM modulation for stable audio video transmission
4. Strong safety with AES user-defined passwords
5. Supporting NLOS (non line of sight) and fast moving environments but stable signals transmission
6. Easy operation by digital panel configuration, and LCD display
7. Military & industrial grade

COFDM Transmitter Advantages:

1. LOS & NLOS (non line of sight) operation in fixed or high speed mobile deployment
2. Strong anti-interference
3. Strong anti-muitipath fading

After the rescue team arrives at the rescue site, in view of the complex and harsh environment of the disaster area, they can quickly carry individual portable nodes and emergency deployment and control nodes with their own lithium battery power supply deep into the disaster area, without being restricted by power supply, according to the site environment and networking Flexible and flexible deployment is needed to ensure that the emergency wireless broadband private network is built as soon as possible to effectively solve the communication difficulties caused by damage to power and base station facilities and the inconvenience of other communication systems, and to help open up the "last step" of wireless broadband access. kilometer".

Front-line rescue team members in the disaster area will transmit the high-definition video information collected on-site to the on-site rescue command vehicle as much as possible within the golden rescue time through ground multi-hop relays or airborne drone nodes to facilitate off-site command. The personnel intuitively grasp the actual situation in the disaster area, formulate reasonable plans, and scientifically analyze the rescue. At the same time, using the air superiority of drones equipped with mobile nodes can also realize large-scale real-time detection and monitoring of disaster sites, disaster data transmission and harmful gas detection.

Utilize the MESH wireless multi-hop broadband network built on site to integrate and interoperate with various heterogeneous cluster private networks to further expand network coverage and meet voice communications between underground and above ground at disaster sites, depth inside buildings and external sites, and shielding and obstruction. , which facilitates on-site commanders to issue rescue orders in a timely manner and efficient cooperation among rescue team members. At the same time, the system can be interconnected with rescue vehicle-mounted satellite equipment to achieve real-time interaction of front and rear information and unified command and dispatch. In addition, the real-time combat positions of all rescue vehicles and external rescuers can be located through GPS and displayed in real time on the MESH wireless self-organizing network terminal software.

Specification:

Optional COFDM Wireless Video Audio Receiver:

1). Rack mounted Wireless Receiver:

2). Portable Receiver with monitor: