JFW Industries, Inc. Full Fan-out Transceiver Test System 50PMA-072

Description
Our full fan-out transceiver test system is constructed as a fully meshed matrix. This construction is ideal for testing radio-to-radio communication for an environmental simulation or testing handset-to-handset communication over a wireless network. Block diagrams for each model are listed in the Documents column of our sortable table. Each path through the matrix has its own individually controlled programmable attenuator. The programmable attenuators allow the transmission from one port to be received at all other ports at different signal levels. This allows the simulation of a network where each device has a different distance (i.e. attenuation setting) from all other devices. The attenuators can be remotely controlled to simulate static or dynamic network environments. The major cost driver for this type of test system is the number of programmable attenuators (8 ports = 28 attenuators, 16 ports = 120 attenuators, 32 ports = 496 attenuators). We also havelimited fan-out transceiver test system models that use fewer programmable attenuators due to their star configuration
Datasheet
Description
Our full fan-out transceiver test system is constructed as a fully meshed matrix. This construction is ideal for testing radio-to-radio communication for an environmental simulation or testing handset-to-handset communication over a wireless network. Block diagrams for each model are listed in the Documents column of our sortable table. Each path through the matrix has its own individually controlled programmable attenuator. The programmable attenuators allow the transmission from one port to be received at all other ports at different signal levels. This allows the simulation of a network where each device has a different distance (i.e. attenuation setting) from all other devices. The attenuators can be remotely controlled to simulate static or dynamic network environments. The major cost driver for this type of test system is the number of programmable attenuators (8 ports = 28 attenuators, 16 ports = 120 attenuators, 32 ports = 496 attenuators). We also havelimited fan-out transceiver test system models that use fewer programmable attenuators due to their star configuration
Datasheet

Suppliers

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Full Fan-out Transceiver Test System - 50PMA-072 - JFW Industries, Inc.
Indianapolis, IN, USA
Full Fan-out Transceiver Test System
50PMA-072
Full Fan-out Transceiver Test System 50PMA-072
Our full fan-out transceiver test system is constructed as a fully meshed matrix. This construction is ideal for testing radio-to-radio communication for an environmental simulation or testing handset-to-handset communication over a wireless network. Block diagrams for each model are listed in the Documents column of our sortable table. Each path through the matrix has its own individually controlled programmable attenuator. The programmable attenuators allow the transmission from one port to be received at all other ports at different signal levels. This allows the simulation of a network where each device has a different distance (i.e. attenuation setting) from all other devices. The attenuators can be remotely controlled to simulate static or dynamic network environments. The major cost driver for this type of test system is the number of programmable attenuators (8 ports = 28 attenuators, 16 ports = 120 attenuators, 32 ports = 496 attenuators). We also havelimited fan-out transceiver test system models that use fewer programmable attenuators due to their star configuration

Our full fan-out transceiver test system is constructed as a fully meshed matrix. This construction is ideal for testing radio-to-radio communication for an environmental simulation or testing handset-to-handset communication over a wireless network. Block diagrams for each model are listed in the Documents column of our sortable table.

Each path through the matrix has its own individually controlled programmable attenuator. The programmable attenuators allow the transmission from one port to be received at all other ports at different signal levels. This allows the simulation of a network where each device has a different distance (i.e. attenuation setting) from all other devices. The attenuators can be remotely controlled to simulate static or dynamic network environments.

The major cost driver for this type of test system is the number of programmable attenuators (8 ports = 28 attenuators, 16 ports = 120 attenuators, 32 ports = 496 attenuators). We also havelimited fan-out transceiver test system models that use fewer programmable attenuators due to their star configuration

Supplier's Site Datasheet

Technical Specifications

  JFW Industries, Inc.
Product Category Automated Test Equipment
Product Number 50PMA-072
Product Name Full Fan-out Transceiver Test System
Type / Form Platform or Turnkey System; Output Measurement or Monitoring Unit
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