The Dyaptive DMTS family

of wireless network test systems

The Dyaptive DMTS™ products provide advance load generation for 3G and 4G networks – giving customers an unmatched ability to test equipment and services under realistic traffic loads in their labs.  With the DMTS it is now possible to test the performance and capacity of CDMA (EvDO), UMTS (HSDPA, HSUPA), and LTE networks -- where coverage and capacity are load dependent -- in the lab. Testing under load with the DMTS systems ensures optimal wireless network performance, ultimately resulting in the best possible end-user experience.

DMTS products offer

  • Advanced load generation
  • Testing scheduling and automation
  • Real-time test monitoring and management
  • “Mobile perspective” logging and performance analysis

DMTS systems help bring new products and services to market faster, with better quality and at a reduced cost. 

Features

Ease of Use

Arrow

Powerful user interface to create test cases to expand and deepen test coverage

Test Automation

Arrow

Automate and simplify test environment, reducing operational cost and test time, and increasing product quality

Advanced load characteristics

Arrow

Generate real-world, end-to-end load to realistically stress network components and measure end user Quality of Service

In-depth performance analysis

Arrow

Identify load-related problems with detailed logs, statistics and analysis tools

Multi-use test systems Arrow Broad usage for functional testing, regression testing, systems testing, interoperability testing, and manufacturing testing

 Whether for advanced testing capabilities throughout all stages of the product’s life cycle or for the introduction of a new data service, the tools provided by Dyaptive are highly versatile for equipment vendors and network operators.  

DMTS 8000

The Dyaptive

DMTS

8000
Network Tester

For CDMA2000 Networks

  • Generate real-world load profiles of mixed voice and data traffic in high-mobility environments
  • Test base stations and other network equipment to full capacity
  • Locate and diagnose load-related problems with detailed logs, statistics and performance analysis tool
  • Configure up to 2000 software-defined test terminals (STT) and up to 16 sectors, each sector with up to 11 carriers
DMTS 8000

The Dyaptive

DMTS

3200
Portable Network Tester

For CDMA2000 Networks

  • Portable solution for wireless network load simulation
  • Powerful testing and analysis features
  • Suitable for smaller scale lab service trial roll-outs
  • Configure 50 or 100 software-defined test terminals (STT) and 1 or 2 sectors, each sector with up to 11 carriers
DMTS 8000

The Dyaptive

DMTS

9000
Network Tester

For UMTS Networks

  • Generate real-world load profiles of mixed voice and data traffic in UMTS environments
  • Design, schedule and automate tests on a fully loaded network
  • Roll out UTRAN products quicker
  • Configure up to 2000 software-defined test terminals (STT) and up to 48 sectors, each sector with up to 3 carriers
DMTS 8000

The Dyaptive

DMTS

8200
Network Tester

For EV-DO Networks

  • Test and measure performance before rolling out new services on high speed 1xEV-DO digital wireless networks 
  • Load base station with a reproducible mix of various data traffic patterns
  • Quantify and predict the impact that different types and classes of data services may have on existing services, and determine QoS and end-user experience
  • Configure up to 2000 software-defined test terminals (STT) and up to 48 sectors, each sector with up to 11 carriers
DMTS 9200

The Dyaptive

DMTS

9200
Network Tester

For LTE Networks

  • Test and measure preformace before rolling out new services on advanced 4G LTE digital wireless networks
  • Functionally test lower stack layers, isolationg performance issues before stack development is completed
  • Test handover to UMTS
  • Load eNodeB with a reproducible mix of various data traffic patterns using a mix of data rates up to 100Mbps
  • Quantify and predict the impact that different types of classes of data services may have on existing services and determine QoS and end-user experience
  • Measure the impact of MIMO