Pescara harbor, an Italian port stretching along the Adriatic Coast in Pescara, is of significance for the trading and tourism around the region. The port covers a dock, a freight yard and a sea bridge, which is one of the biggest cyclo-pedestrian in Europe.
Pescara harbor, an Italian port stretching along the Adriatic Coast in Pescara, is of significance for the trading and tourism around the region. The port covers a dock, a freight yard and a sea bridge, which is one of the biggest cyclo-pedestrian in Europe. Taking the joint effort with Videotrend s.r.l — Dahua's distributor in Italy, Dahua Technology and its megapixel solution successfully secured the Pescara port.
The complexities once encountered in this case includes the unpleasant weather and high humidity of the region as it may cause the erosion of devices and thus shorten their lifespan; also, the high temperature and moisture may affect the smooth transmission of IP stream during deployment and installation. In order to solve the mentioned hassles despite that the climate is an unalterable factor, Dahua, Videotrend and the local system integrator attempted to approach it from a different perspective — the structure. The system adopts a ring networking structure with optical fiber adopted instead of a conventional star-topology one; and to further guarantee an adequate bandwidth at 108Mbps for the cycling lane, the radio transmission system was configured at an access point of dual band 2.4/5.8GHz.
At the product front, Dahua 3- and 2-megapixel IR cameras (IPC-HFW3300P / IPC-HFW3200CP) and 2Mp 20x speed domes (SD6982A / 6523H-HN) cruised into the final after a series of testing. Equipped with lens of 3.3~12mm and 8~16mm, box cameras manage to take a wide range scenario under surveillance. What's more, with the help of high efficient IR LEDs, cameras could also render a superb night vision effect; and as for the back-end devices, Dahua NVR, DH-SVR3016H, is applied as it can satisfy the storage of large volume footage as well as its RAID function can manage to enhance reliability and stability of the system.