Rapid Deployment Communication Package RDCP 3 скачать в хорошем качестве

Rapid Deployment Communication Package RDCP 3

Rapid Deployable Communications Package Product Overview: The Rapid Deployable Communications Package (RDCP) developed by JPS Interoperability Solutions, Inc. is a tactical, transportable kit capable of providing local interoperability as well as wide-area interoperability over either cellular, terrestrial, satellite, or BGAN ethernet service. System Components: The primary components of the RDCP are: • ACU-M interoperability gateway • Pepwave Max BR1 cellular router • Portable radio chargers • Radio interface cables General Description: As mentioned above, the primary purpose of the RDCP is to provide local or wide-area interoperability in a small tactical kit. The ACU-M is capable of providing local interoperability by connecting the provided interface cables to donor radios and bridging across talkgroups. In order to provide wide-area interoperability, the ACU-M is connected to the LAN side of the Pepwave router. The router is provided with network access either through ethernet connection to the WAN port on the top of the unit or by docking a cellular SIM. If a SIM with a public, static IP address is used, the RDCP can function as part of a JPS WAIS solution. Laptop users can connect to the router through either Wi-Fi or by plugging directly into the LAN port on the top of the unit. Two portable radio chargers are included with the kit to provide power to portable radios being utilized as donor resources. These chargers are powered by a DC terminal block and can vary depending on preferred radio model. The slot in the back of the unit can hold up to two smartphones. These phones can be provided by JPS upon request and can communicate using various means without the requirement of a SIM. By connecting to the Pepwave over Wi-Fi, the smartphone can use the JPS VIA push-to-talk over cellular or a Wi-Fi calling application to place and receive calls over the IP network. The charger for each phone can also be stored in any of the pouches. Inside the lid of the Pelican case, there are four separate pouches. The largest contains the ACU radio interface cables for connection of donor radios to the ACU-M. The pouch directly next to the cable pouch contains a universal laptop travel charger that can plug in to the socket on the switch panel and has multiple adapters for various laptop models contained within the small case. The lower left pouch contains the ACU handset and associated cord, while the lower right pouch contains the power cord for connection of the kit to a wall outlet. When the unit is stowed, one can disconnect the antennas from the Pepwave router and place them into any of the aforementioned pouches. Power System For the unit to select between wall power and battery backup, micro UPSs were utilized. Each primary power feed for the micro UPS is split out from the wall power and converted into 15V DC power. This converted DC power is also distributed to the DC-DC converters that charge each battery. The battery 12V DC output is used as the secondary power feed for each micro UPS. With this power system, the RDCP can run on either wall power or battery power. When the system is plugged in, all devices will run directly from the wall power and the batteries will charge. If the system were to lose power or be unplugged, it transfers to battery backup with no downtime. To obtain the longest run time for each battery and maintain critical operations for as long as possible, the battery outputs were split as shown above. A switch was included to allow the batteries to charge more quickly than if an active current draw were occurring.