Wireless Infrastructure Solutions

 

Dynamics Company is a Wireless Infrastructure solutions distributor based in the UAE covering the Middle East and North Africa with focus on the surveillance market.

Concept Design for a Safe City Below is a typical Safe City concept design with thousands of locations that need connecting to one control centre.

Concept Design for a Safe City Below is a typical Safe City concept design with thousands of locations that need connecting to one control cente

X32

•2 radios (5GHz) •1 integrated + 1 external antenna

•1x PoE in & 1x PoE out

•IP67 & 6 kV surge protection

•Programmable RF filter & built in heater •

X32e

•The same as x32 above, but with two external antennas instead

X33

•Same as x32, but with an additional third radio that can be used for Wi-Fi or last mile connection

 

The X30 is an industrial-grade 5GHz 2×2 MIMO wireless backhaul unit, designed for weatherproof deployments in critical locations. With an integrated high-gain 5GHz panel antenna (except X32e) specially optimized for weatherproof LOS and NLOS deployments, it is ideal for high throughput multi-hop long distance wireless backhaul connection. The X30 allows mobile operators and broadband service provider to deploy a complete, end-to-end wireless infrastructure that is reliable, yet without the complexity and high cost of traditional P2P transceiver.

Designed and tested for salt spray, vibration, extreme thermal conditions, shock and dust, the IP67-rated X30 is weather-tolerant and is able to deliver uncompromised performance despite extreme environments.

The X30 is designed for easy and convenient centralized management through the MeshProvision Server. Better still, the X30 can continue to operate perfectly even when the MeshProvision Server shuts down for the good or bad, it will not impose a single point of failure.

 

 

Unlicensed frequency band redundant Wireless Mesh

Infrastructure for Video Backhaul.

Microwave and Millimeter wave licensed band Fiber alternative

Solar & Grid power battery solution.

The design is based on the following:

1.Fiber alternative E-Band with a maximum capacity of 10Gbps.

2.Microwave redundant Meshes connecting the camera points and ooading the video to the E-Band.

3.Where there is no power, A solar panel with a high capacity Battery will be powering the locations.