Industrial Ethernet Switches

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Smart City Solutions

Smart City has a growing demand to improve security and sustainability of urban spaces while reducing costs and resource consumption.  Civic resources are under pressure and crime is harder than ever to police authorities.

The task to collect and integrate vast amount of raw data and make analytics for actions is a posing challenge as well as opportunities to IT system integrators.nder pressure and crime is harder than ever to police authorities.

The biggest breakthrough point of developing smart city technology is the networking application–Internet of Things (IoT). The ultimate aim of IoT is to create more comfortable and convenient living for human beings by using advanced technologies.

Master in IIOT World

With over 20 years of industrial IoT market experience, WoMaster Group is deemed as one of the leading IoT providers in Industrial world. The company is joint ventured by global listed Industrial companies including QNAP Group for AIoT solutions, HMS Industrial Networks Group for Industrial Automation and AnyBus technology, and HolyStone Group for Industrial Electronics Components and Touch IC, for a clear vision to provide professional and innovative solutions and services for the booming IIOT market.

Based on the core belief that the real success derived only from long term trust, WoMaster is devoted to design and manufacture high quality industrial products for critical applications such as railway, power and utility, intelligent transportation and smart city surveillance. From networking devices to all-in-one communication station, WoMaster adds value by the hardened design, public and private cloud platform, high levels of cyber security protection, and customer oriented solutions.

Smart City Solutions 

Smart city surveillance/IoT solution requires to be installed in outdoor environment, such as street light, traffic light, or wall/roof in the field.

In Surveillance, the system needs to connect and power PoE cameras, with fiber or LTE as uplink path.

The audio interface is needed for microphone and speaker to integrate with field site people, collect local voice and also broadcast the alarm warning.

Various sensors also need to be supported for environment measuring, such as PM2.5, humidity, temperature, wind, speed etc.

A panic button is required for any emergency events, and sending an alarm to inform the administrator.

Different power sources must be supported such as street light, solar panel and batteries.

The integration and installation is a hug task, therefore an easy and safe batch configuration is a must. Management and cyber security level are as critical as the application.

Public cloud must be supported such as Amazon AWS and Microsoft Azure. Most public projects are more interested in proprietary IoT platform which ThingsMaster addresses the need with security and availability.


Smart City Box

A fully integrated embedded communication solution for Smart Cities:

4 high power PoE with management to connect to cameras

Giga WAN port for network, USB for configuration and SD slot for storage

Fiber uplink with ERPS Ring support to provide network resilience

LTE and WiFi support as hot spot

local RS232 interface and LoRa support for IoT devices

Audio interface fr connecting Speaker and Microphone

Making smart city box portable.

Optional Basic Solar Kit

54V Battery charge control board for solar power input

Typical 48V/2.5AH battery for power shortage

Management interface for battery status

Freedom to deploy remotely and securely


IIOT Hardware

Industrial Computers

WoMaster Website
Ethernet/PoE switches, media converters
Industrial power supplies

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Through its patented Kinetic Mesh technology, Rajant brings to life an extremely agile and adaptable wireless broadband solution that thrives in today’s diverse, ubiquitously mobile environments: the Living Network.

How It Works

Using a combination of BreadCrumb® wireless network nodes and InstaMesh® routing technology, Rajant Kinetic Mesh networks employ any-node to any-node capabilities to continuously and instantaneously route data via the best available traffic path and frequency—for any number of nodes, all with extremely low overhead.

Rajant BreadCrumbs can communicate with any Wi-Fi or Ethernet-connected device to deliver low-latency, high-throughput data, voice and video applications across the meshed, self-healing network.

kinetic-mesh-breadcrumbs-diagram

What’s Enabled

Kinetic Mesh networks work autonomously to provide optimal connectivity across an organization’s dynamic environment of fixed and mobile assets, delivering robust applications in real-time.

  • Total Mobility: Every node in a Kinetic Mesh network can act independently and with full routing capabilities, making it a true peer-to-peer network that is completely mobile-enabled.
  • Proven Resiliency: With no single point of failure and self-healing capabilities, Kinetic Mesh networks guarantee uptime of your mission-critical applications.
  • Maximum Bandwidth Utilization: Kinetic Mesh networks make use of all installed radios to dynamically route wireless and wired connections over the best available links.
  • Rapid Scalability: While traditional mesh networks degrade as nodes are added, Kinetic Mesh networks grow stronger with each additional node. Nodes also self-configure for easy spin-out.
  • Extreme Ruggedness and Security: Born from military and mining applications, Kinetic Mesh networks are proven to withstand the harshest conditions and support AES-CCMP and TKIP encryption with configurable per-hop, per-packet authentication.

This combination of technical functionality infuses Kinetic Mesh with the adaptability, flexibility, intelligence, and mobility to help organizations across industries improve operational effectiveness, enhance quality of service, drive productivity, and generate increased ROI.

 

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InstaMesh is able to dynamically optimize performance as network characteristics change, whether nodes are added or subtracted, frequencies are opened or blocked, or the assets it connects are moved over large areas. When a user changes, moves, or disables a device in the network, that change only needs to be managed locally, not propagated throughout the network.

As a completely distributed protocol, InstaMesh responds rapidly to network topology changes to ensure robust fault tolerance, high throughput and low latency.

Enables the Kinetic Mesh Network’s Full Mobility

Unlike traditional meshing technologies, which rely on a single stationery controller node to manage decisions across the network, every node in a Kinetic Mesh network can act independently and with full routing capabilities. The InstaMesh protocol seamlessly networks fixed, wireless, and mobile nodes together and will dynamically redirect traffic between the next best available points if any one peer is compromised or obstructed.

This self-healing capability not only provides for no single point of failure, but enables network nodes to seamlessly switch between available radio frequencies based on best-path analysis at the node level.

Makes Routing Decisions on a Packet by Packet Basis

InstaMesh always prefers the fastest path to any destination, based on the state of the network at the time at which each packet needs to be transmitted. Each node learns and constantly reevaluates the best link to use for each destination in real time by analyzing every packet flowing through it.

This approach allows the Kinetic Mesh network to make extremely fast decisions and react immediately to changing network conditions, without consuming excessive bandwidth for overhead messages.

Provides Proprietary Advantage but is Standards Aligned

While InstaMesh leverages a proprietary algorithm, it is fully compatible with 802.11 standards. The protocol routes packages over Layer 2. If your voice, video, and data communications can be sent over Ethernet, it can be sent over the Kinetic Mesh network.

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