RF Assurance Gallery

With Mobile Network Operators (MNOs) focused on future technology roll-outs in the form of 5G speeds and support of Mass IoT, often the use case and application development is overlooked. One of the greatest issue for MNOs to overcome is educating the developer community on how to use these new networks to minimize the amount of impact to their network capacity. Including moving off older networks (2G/3G) and only utilize the full capacity of 4G/5G networks when the use case dictates it.

Dynamic Spectrum Sharing within the 5G era

Providing an IoT incubator to modules could reduce concept to working prototype by over two months over current methods for effectively using wireless networks. Ask TTS-Wireless what we can do for your IoT needs. From remote control and module checkout, to protocols, to field mobility testing and data synchronization with analytics; we have your IoT development needs covered.

Enterprise solution to elevate your view. Analyze network parameters and audit configuration setting via dashboards, maps, and user configurable reports.

TTS-Wireless specializes in Planning, Design, Optimization of 5G Small cells through software, services and full turnkey engineering solutions. Our IMNOS platform provides a comprehensive tool to identify the high user density locations, congesting sites as well as the major KPI’s in a simple and intuitive geospatial interface making planning for small cells a methodical process. TechInsights provides process flow, tracking, reporting, and streamlined field to office delivery of the build out process providing consistency and transparency to the process.

For wireless operators, enterprise solutions present a challenge for end user adoption. Multiple tools mean multiple interfaces. To get past this challenge, companies need purchase all tools from the same vendor and risk pricing pressures by them or look towards consolidated visualization platforms.

IMNOS selected by Tier1 US Operator for nationwide utilization.  IMNOS meets the vision of the operator to unify datasets from various tools, databases, and platforms across the organization for improved efficiency.  IMNOS allows consistent engineering processes and delivery in addition to allowing complete visualization of key network data.

This is the second blog post by TTS Wireless in a series on 5G technology researched from 5G specifications from 3GPP organization.

IMNOS provides a great deal of features and capabilities in planning for 5G and mmWave network expansion.
TTS-Wireless is working with tier 1 operators for Planning and Design of mmWave networks.

IMNOS selected by Tier1 US Operator for nationwide utilization.  IMNOS meets the vision of the operator to unify datasets from various tools, databases, and platforms across the organization for improved efficiency.  IMNOS allows consistent engineering processes and delivery in addition to allowing complete visualization of key network data.

The visualization of social media data provides insights into a highly mobile segment of the population. Knowing where people typically post and that the typical geotagged posts with GPS are from mobile devices provides insight into where MNOs need to have the best network to serve them.

This is the first blog post by TTS Wireless in a series on 5G technology researched from 5G specifications from 3GPP organization.

TTS-Wireless announces the addition of two new Modules, pertinent to IoT wireless networks, in its proprietary network visualization platform, IMNOS. The new modules, NB-IoT and LTE-M, provide the user with the capacity to visualize, identify and monitor NB-IoT and LTE Cat-M1 cells configuration and performance.

The race for 5G network roll-outs is on with mobile network operators (MNOs) furiously expanding and upgrading their networks capabilities.  RF Site Design services are critical to the process for cost effective, efficient design strategy implementation.  These services may be addressed through staff expansion or turnkey milestone delivery.  Milestone design services offers a cost controlled, scalable model for MNOs to deliver network design, integration, and site acceptance.