IFR 6000 Flightline Test Set
The IFR 6000 is a compact, lightweight and weatherproof unit designed for testing transponder modes A/C/S, 1090 MHz ADS-B and 978 MHz UAT, TCAS I and II, and DME. The IFR 6000 features an extremely easy to use interface where every parameter the user commonly needs to view is displayed on screen.
The IFR 6000 is the only ramp test set capable of verifying all aspects of next generation transponder testing, including ADS-B testing, FIS-B and TIS-B testing. Most tests can be completed without leaving the main user screens. This simplifies the line technician’s testing task.
Features:
Individual test modes: Mode S, ATCRBS Transponder, DME, TCAS, TIS, ADS-B MON/ ADS-B GEN (DO-260A/B), 978MHz UAT
Large keys for gloved operation
Simple user interface
Lightweight and compact at 8 lbs.
Battery operation 6 hours plus between charges
Fully FAR part 43 appendix F compliant
Transponder Auto-Test
Data dump of transponder test results to PC
Elementary and Enhanced Surveillance parameters (DAP’s)
Transponder level automatically determined and capability checked to avoid nuisance Auto-Test failures
Comprehensive GICB test
Configuration files for different classes of transponder
Comprehensively tests any DME channel
including track sensitivity
User selectable TCAS scenarios
TCAS fast scenario feature uses Auto Altitude and Converge to ensure automatic collision at zero range
Over-the-air or direct-connect operation
Parametric measurements including TX power and frequency
USB flash drive software update via web site download
Optional ADS-B capabilities are DO-260A/B compliant
Optional TCAS and 978 MHz UAT capability
Optional testing using UC-584 Coupler
The IFR 6000 is the only ramp test set capable of verifying all aspects of next generation transponder testing, including ADS-B testing, FIS-B and TIS-B testing. Most tests can be completed without leaving the main user screens. This simplifies the line technician’s testing task.
Features:
Individual test modes: Mode S, ATCRBS Transponder, DME, TCAS, TIS, ADS-B MON/ ADS-B GEN (DO-260A/B), 978MHz UAT
Large keys for gloved operation
Simple user interface
Lightweight and compact at 8 lbs.
Battery operation 6 hours plus between charges
Fully FAR part 43 appendix F compliant
Transponder Auto-Test
Data dump of transponder test results to PC
Elementary and Enhanced Surveillance parameters (DAP’s)
Transponder level automatically determined and capability checked to avoid nuisance Auto-Test failures
Comprehensive GICB test
Configuration files for different classes of transponder
Comprehensively tests any DME channel
including track sensitivity
User selectable TCAS scenarios
TCAS fast scenario feature uses Auto Altitude and Converge to ensure automatic collision at zero range
Over-the-air or direct-connect operation
Parametric measurements including TX power and frequency
USB flash drive software update via web site download
Optional ADS-B capabilities are DO-260A/B compliant
Optional TCAS and 978 MHz UAT capability
Optional testing using UC-584 Coupler
IFR 6015 Military Flightline Test Set
The IFR 6015 is a compact, lightweight and weatherproof unit designed for testing Transponder Modes 1,2,3A,C,S, TCAS I, II, and Military E-TCAS, TIS as well as DME/TACAN.
IFF Modes 1,2 and TACAN are standard on all new units.
For upgrades to existing units contact Aeroflex.
IFR 6015 features include:
Mode S level 1-4, (level automatically determined), FAR Part 43 appendix F, (including proposed Eurocontrol extension), Eurocontrol Elementary and Enhanced Surveillance
Quickly and easily provides accurate measurement of transponder transmitting frequency, power and receiver sensitivity. Predetermined configurations for testing any class of transponder.
ICAO Annex 10 amendment 77
ADS-B TX/RX
TIS
IFF Modes 1 & 2 and TACAN
Tests any DME 1 MHz spaced X or Y channel. Measurements include: interrogator transmitter frequency/peak power, Pulse Repetition Frequency (PRF), P1/P2 width and pulse spacing. Provides accurate range and velocity simulation, station ident, squitter control.
TACAN Test Modes; T/R Norm, T/R Range Only, T/R Inverse, A/A Beacon, A/A Range Only and A/A Inverse
Simulates the airborne environment necessary to allow verification/certification of proper operation of an aircraft’s TCAS I and II as well as E-TCAS installations.
Detachable directional antenna
Large 5.7-inch LCD display
Simple user interface
Lightweight at less than 8 lbs.
features:
Transponder Modes 1,2,3A/C/S, TCAS I, II, E-TCAS and TACAN
EXPORT CONTROL:This product is subject to the Export Administration (“EAR”) (15 CFR 730-774) and may not be exported, re-exported or otherwise transferred to a foreign person, or outside the United States without authorization from the U.S. Department of Commerce.
IFF Modes 1,2 and TACAN are standard on all new units.
For upgrades to existing units contact Aeroflex.
IFR 6015 features include:
Mode S level 1-4, (level automatically determined), FAR Part 43 appendix F, (including proposed Eurocontrol extension), Eurocontrol Elementary and Enhanced Surveillance
Quickly and easily provides accurate measurement of transponder transmitting frequency, power and receiver sensitivity. Predetermined configurations for testing any class of transponder.
ICAO Annex 10 amendment 77
ADS-B TX/RX
TIS
IFF Modes 1 & 2 and TACAN
Tests any DME 1 MHz spaced X or Y channel. Measurements include: interrogator transmitter frequency/peak power, Pulse Repetition Frequency (PRF), P1/P2 width and pulse spacing. Provides accurate range and velocity simulation, station ident, squitter control.
TACAN Test Modes; T/R Norm, T/R Range Only, T/R Inverse, A/A Beacon, A/A Range Only and A/A Inverse
Simulates the airborne environment necessary to allow verification/certification of proper operation of an aircraft’s TCAS I and II as well as E-TCAS installations.
Detachable directional antenna
Large 5.7-inch LCD display
Simple user interface
Lightweight at less than 8 lbs.
features:
Transponder Modes 1,2,3A/C/S, TCAS I, II, E-TCAS and TACAN
EXPORT CONTROL:This product is subject to the Export Administration (“EAR”) (15 CFR 730-774) and may not be exported, re-exported or otherwise transferred to a foreign person, or outside the United States without authorization from the U.S. Department of Commerce.
IFR 4000 Nav/Comm Flightline Test Set
The IFR 4000 is a compact, lightweight and weatherproof unit designed for testing ILS, VOR, Marker Beacon and VHF/UHF communications avionics systems.
The IFR 4000, with its lightweight size (under 8 lbs.), long run time battery (8 hrs) and ergonomic design, will provide the user with the most portable navigational communications ramp test set on the market today. Cockpit and bench use testing can be easily interchanged. The menu driven functionality and guided test capability make this instrument extremely easy to use.
Accurate measurement of 121.5/243 MHz emergency beacon transmitter frequency, output power, modulation (AM). Headphone audio output to monitor swept tone *
Accurate measurement of 406 MHz COSPAS/SARSAT emergency beacon transmitter frequency, output power. Decode and display of all location and user protocols *
Accurate measurement of HF transmitter, frequency, output power, modulation (AM and SSB USB/LSB) receiver sensitivity
Accurate measurement of VHF/UHF transmitter, frequency, output power, modulation (AM and FM and receiver sensitivity)
Generation of ARINC 596 Selective Calling Tones
Accurate measurement of VHF/UHF antenna and or feeder SWR (Standing Wave Ratio)
Simulation of Localizer and Glideslope (CAT I, II and III) signals with variable DDM settings
Swept Localizer DDM for coupled Auto Pilot testing (Simultaneous Localizer, Glideslope and Marker signals)
Simulation of Marker Beacon, Selectable Airways (Z), Outer and Middle Marker Tones
Guided Test capability cuts down total test time
The IFR 4000, with its lightweight size (under 8 lbs.), long run time battery (8 hrs) and ergonomic design, will provide the user with the most portable navigational communications ramp test set on the market today. Cockpit and bench use testing can be easily interchanged. The menu driven functionality and guided test capability make this instrument extremely easy to use.
Accurate measurement of 121.5/243 MHz emergency beacon transmitter frequency, output power, modulation (AM). Headphone audio output to monitor swept tone *
Accurate measurement of 406 MHz COSPAS/SARSAT emergency beacon transmitter frequency, output power. Decode and display of all location and user protocols *
Accurate measurement of HF transmitter, frequency, output power, modulation (AM and SSB USB/LSB) receiver sensitivity
Accurate measurement of VHF/UHF transmitter, frequency, output power, modulation (AM and FM and receiver sensitivity)
Generation of ARINC 596 Selective Calling Tones
Accurate measurement of VHF/UHF antenna and or feeder SWR (Standing Wave Ratio)
Simulation of Localizer and Glideslope (CAT I, II and III) signals with variable DDM settings
Swept Localizer DDM for coupled Auto Pilot testing (Simultaneous Localizer, Glideslope and Marker signals)
Simulation of Marker Beacon, Selectable Airways (Z), Outer and Middle Marker Tones
Guided Test capability cuts down total test time
Aeroflex ALT-8015 FMCW/Military Pulse Radio Altimeter Test Set
The new Aeroflex ALT-8015 Radio Altimeter Flightline Test Set provides an easily configurable RF based altitude simulation to quickly test an installation, or direct connect to the Line Replaceable Unit (LRU) for additional troubleshooting capability. A large color touchscreen displays parametric measurements and allows for detailed profiles to be set up to emulate actual airborne conditions. For commercial applications, see the ALT-8000.
General
The user interface is Windows™ based and provides various pages for control of the test set and display of parametric measurements including: TX power, TX frequency (center), sweep rate, TX pulse width (pulse systems).
Profiles
The Profile page allows the user to create, save, recall or delete named profiles. Each profile is comprised of individual legs. Start, stop altitudes and rates are definable for each leg. A profile can then be executed to simulate a complete landing approach including flare out or a take-off and departure.
RF Coupling
The supplied antenna couplers allow the radio altitude system to be quickly verified without access being required to test ports on the UUT LRU. The RF looped test verifies TX frequency, power, sweep rate, and RF level control provides the means to test UUT sensitivity.
Setup
The setup page allows system, user and RF connection parameters to be set by the user, including RS-232, AID, RF cable loss and altitude offset.
Features:
Tests military pulse radio altimeters: AN/APN-171(V), AN/APN-194(V) and AN/APN-209(V), including LPI variants
Tests FMCW radio altimeters including CDF types
Fast detector for tracking LPI radio altimeters with TX power management
Direct-connect to UUT transmit/receive port or to installed system via antenna couplers
Ratio-metric RF loop test allows TX, RX, antenna or feeder faults to be identified
Programmable multi-leg climb/descend profiles
Large color touch-screen display with simple user interface
Remote control interface (Ethernet)
Lightweight and compact <10 lbs. (4.5 kg)
Battery 4 hours plus duration
Software upgradeable
General
The user interface is Windows™ based and provides various pages for control of the test set and display of parametric measurements including: TX power, TX frequency (center), sweep rate, TX pulse width (pulse systems).
Profiles
The Profile page allows the user to create, save, recall or delete named profiles. Each profile is comprised of individual legs. Start, stop altitudes and rates are definable for each leg. A profile can then be executed to simulate a complete landing approach including flare out or a take-off and departure.
RF Coupling
The supplied antenna couplers allow the radio altitude system to be quickly verified without access being required to test ports on the UUT LRU. The RF looped test verifies TX frequency, power, sweep rate, and RF level control provides the means to test UUT sensitivity.
Setup
The setup page allows system, user and RF connection parameters to be set by the user, including RS-232, AID, RF cable loss and altitude offset.
Features:
Tests military pulse radio altimeters: AN/APN-171(V), AN/APN-194(V) and AN/APN-209(V), including LPI variants
Tests FMCW radio altimeters including CDF types
Fast detector for tracking LPI radio altimeters with TX power management
Direct-connect to UUT transmit/receive port or to installed system via antenna couplers
Ratio-metric RF loop test allows TX, RX, antenna or feeder faults to be identified
Programmable multi-leg climb/descend profiles
Large color touch-screen display with simple user interface
Remote control interface (Ethernet)
Lightweight and compact <10 lbs. (4.5 kg)
Battery 4 hours plus duration
Software upgradeable
Aeroflex's ALT-8000c
Aeroflex's ALT-8000 is the world's first and only RF-based portable radio altimeter flightline test set. It weighs approximately 10 lbs. (4.5 kg) with a large 12-inch color touch-screen, making it easy to use. The ALT-8000 is a universal test set for 4.3 GHz FMCW (frequency modulated continuous carrier wave) radio altimeters and pulse radio altimeters. The simulator is also designed to be software upgradable. For military applications, see the ALT-8015.
General
The user interface is Windows™ based and provides various pages for control of the test set and display of parametric measurements including: TX power, TX frequency (center), sweep rate, TX pulse width (pulse systems).
Profiles
The Profile page allows the user to create, save, recall or delete named profiles. Each profile is comprised of individual legs. Start, stop altitudes and rates are definable for each leg. A profile can then be executed to simulate a complete landing approach including flare out or a take-off and departure.
RF Coupling
The supplied antenna couplers allow the radio altitude system to be quickly verified without access being required to test ports on the UUT LRU. The RF looped test verifies TX frequency, power, sweep rate, and RF level control provides the means to test UUT sensitivity.
Setup
The setup page allows system, user and RF connection parameters to be set by the user, including RS-232, AID, RF cable loss and altitude offset.
Features:
Tests FMCW radio altimeters including CDF types
Tests pulse radio altimeters (non-pulse compression types)
Direct-connect to UUT T/R or to installed system via antenna couplers
Full RF loop test allows TX, RX, Antenna or Feeder faults to be identified
Multi-channel operation (via additional test sets)
Programmable multi-leg climb/descend profiles
Large touch-screen display with simple user interface
Remote control interface USB/LAN
Lightweight and compact about 10 lbs. (4.5 kg)
Battery 4 hours plus duration
General
The user interface is Windows™ based and provides various pages for control of the test set and display of parametric measurements including: TX power, TX frequency (center), sweep rate, TX pulse width (pulse systems).
Profiles
The Profile page allows the user to create, save, recall or delete named profiles. Each profile is comprised of individual legs. Start, stop altitudes and rates are definable for each leg. A profile can then be executed to simulate a complete landing approach including flare out or a take-off and departure.
RF Coupling
The supplied antenna couplers allow the radio altitude system to be quickly verified without access being required to test ports on the UUT LRU. The RF looped test verifies TX frequency, power, sweep rate, and RF level control provides the means to test UUT sensitivity.
Setup
The setup page allows system, user and RF connection parameters to be set by the user, including RS-232, AID, RF cable loss and altitude offset.
Features:
Tests FMCW radio altimeters including CDF types
Tests pulse radio altimeters (non-pulse compression types)
Direct-connect to UUT T/R or to installed system via antenna couplers
Full RF loop test allows TX, RX, Antenna or Feeder faults to be identified
Multi-channel operation (via additional test sets)
Programmable multi-leg climb/descend profiles
Large touch-screen display with simple user interface
Remote control interface USB/LAN
Lightweight and compact about 10 lbs. (4.5 kg)
Battery 4 hours plus duration
GPSG-1000 Portable Satellite Simulator
Aeroflex’s configurable GPSG-1000 is a truly portable, easy-to-use GPS and Galileo positional simulator. It fills a gap in the market by providing a low-cost 12 channel test set that creates three-dimensional simulations. This new simulator is also designed to be software upgradable.
System
Simulated 3D position may be user entered in latitude/longitude/height format or 3D position may be dynamically simulated utilizing a multi-leg waypoint entry scheme. An unlimited number of navigation plans may be saved and recalled under a user assigned name.
A built-in GPS receiver allows positional simulation in the form of a range, heading and altitude based on current test set position.
Satellite Vehicle (SV) Selection
All GPSG-1000 configurations allow GPS and Galileo satellites to be mixed. (The Galileo codes may be updated via a text file upload.)
Waypoints
Waypoint legs join up in 3D space, with either range rate or altitude-rate being auto calculated. Trajectory changes are calculated to simulate real world navigation, i.e. waypoint leg heading changes utilize realistic rates of turn; altitude changes utilize realistic rates of descent or climb. Way points may be entered in LAT/LONG form or automatically recalled from an airport or city database.
SBAS
SBAS satellites WAAS/EGNOS may be manually selected or automatically based on simulated position.
Setup
The setup page allows system, user and RF connection parameters to be set by the user.
Features;
GPS signals simulated: L1, L1C*, L2C*, L5*
Galileo signals simulated: E1, E5**, E5a**, E5b**
Simultaneous GPS/Galileo simulation
WAAS/EGNOS SBAS simulation
Static and dynamic simulations via NMEA-0183 File Record and Playback
12 channel configuration available with upgrade path (RAIM supported)
Programmable space vehicle (SV) parametrics and health
User or built-in GPS receiver referenced time and date
PVT data available via RS-232
User Defined Data Transferable between Linked GPSG units
Remote control interface Ethernet
System
Simulated 3D position may be user entered in latitude/longitude/height format or 3D position may be dynamically simulated utilizing a multi-leg waypoint entry scheme. An unlimited number of navigation plans may be saved and recalled under a user assigned name.
A built-in GPS receiver allows positional simulation in the form of a range, heading and altitude based on current test set position.
Satellite Vehicle (SV) Selection
All GPSG-1000 configurations allow GPS and Galileo satellites to be mixed. (The Galileo codes may be updated via a text file upload.)
Waypoints
Waypoint legs join up in 3D space, with either range rate or altitude-rate being auto calculated. Trajectory changes are calculated to simulate real world navigation, i.e. waypoint leg heading changes utilize realistic rates of turn; altitude changes utilize realistic rates of descent or climb. Way points may be entered in LAT/LONG form or automatically recalled from an airport or city database.
SBAS
SBAS satellites WAAS/EGNOS may be manually selected or automatically based on simulated position.
Setup
The setup page allows system, user and RF connection parameters to be set by the user.
Features;
GPS signals simulated: L1, L1C*, L2C*, L5*
Galileo signals simulated: E1, E5**, E5a**, E5b**
Simultaneous GPS/Galileo simulation
WAAS/EGNOS SBAS simulation
Static and dynamic simulations via NMEA-0183 File Record and Playback
12 channel configuration available with upgrade path (RAIM supported)
Programmable space vehicle (SV) parametrics and health
User or built-in GPS receiver referenced time and date
PVT data available via RS-232
User Defined Data Transferable between Linked GPSG units
Remote control interface Ethernet
8800S Digital Radio Test Set
Description;
Improving upon the very popular 8800 platform, the new 8800S Digital Radio Test Set supports higher direct power measurements up to 125 Watts. With its hybrid portable design, the industry’s largest color touch-screen display, a measurement range from -140 dBm to 500 Watts, and unmatched analog and digital test features, the 8800 offers RF professionals a whole new experience in radio test.
Weighing only 17 lbs (7.71 kg), with a 2.5+ hour internal battery, and 30 G shock rating, now test professionals will no longer compromise portability for critical test features; and vice versa. Advanced features ranging from Auto-Test to digital modulation analysis plots to even an internal 500 W (4% accuracy) in-line power meter are all available within a one-box solution.
Product Overview
Dimensions: 34.3 cm (W) x 29.3 cm (L) x 14.6 cm (D) <13.5 x 11.54 x 5.75 inches>
Industry’s Largest Display Size: 30.5 cm <12 inches>
Base Unit Weight: 7.71 kg <17 lbs>
Internal Battery: 2.5+ Hours of Operation
Rugged: 30 G Shock, MIL-STD 28800F Class 3
Measurement Range: -140 dBm to 500 Watts
Power Accuracy: 10% (6% typical)
Test Capabilities
AM / FM
P25
P25 Phase II
DMR (MOTOTRBO™)
NXDN™
dPMR
ARIB T98
PTC
Unique Features
Automated Test and Alignment
New Wideband Analyzer
Fast Channel Analyzer with Six Color Markers
Fast Stack: Test functions can be stacked on one another and instantly accessed
Presets: Ultra-fast store and recall of test setups
Frequency Lists: User-defined frequency lists with editable Tx Frequency, Tx Level, and Rx Frequency entries
Audio Record/Playback: Digital audio quality performance tests
Color Meters: Color indicates pass/fail results on each meter
Digital Modulation Plots: Distribution, Constellation, and Eye Diagram
TDMA Burst Profile Plot: For DMR only; includes a burst “Mask” for visual pass/fail
DMM: Simple measurement of Voltage, Current, and Ohms; required for automated test and alignment on mobile radios
In-Line Power Meter: Internal or External; 500 W input with 4% Accuracy
Tracking Generator: VSWR, Return Loss, DTF, and Tuning Duplexers
Multi-Language GUI:English, Simplified Chinese, Traditional Chinese, Spanish, Portuguese, Malay/Indonesian, Korean, Arabic, Polish, Russian, Japanese, German, and French
Improving upon the very popular 8800 platform, the new 8800S Digital Radio Test Set supports higher direct power measurements up to 125 Watts. With its hybrid portable design, the industry’s largest color touch-screen display, a measurement range from -140 dBm to 500 Watts, and unmatched analog and digital test features, the 8800 offers RF professionals a whole new experience in radio test.
Weighing only 17 lbs (7.71 kg), with a 2.5+ hour internal battery, and 30 G shock rating, now test professionals will no longer compromise portability for critical test features; and vice versa. Advanced features ranging from Auto-Test to digital modulation analysis plots to even an internal 500 W (4% accuracy) in-line power meter are all available within a one-box solution.
Product Overview
Dimensions: 34.3 cm (W) x 29.3 cm (L) x 14.6 cm (D) <13.5 x 11.54 x 5.75 inches>
Industry’s Largest Display Size: 30.5 cm <12 inches>
Base Unit Weight: 7.71 kg <17 lbs>
Internal Battery: 2.5+ Hours of Operation
Rugged: 30 G Shock, MIL-STD 28800F Class 3
Measurement Range: -140 dBm to 500 Watts
Power Accuracy: 10% (6% typical)
Test Capabilities
AM / FM
P25
P25 Phase II
DMR (MOTOTRBO™)
NXDN™
dPMR
ARIB T98
PTC
Unique Features
Automated Test and Alignment
New Wideband Analyzer
Fast Channel Analyzer with Six Color Markers
Fast Stack: Test functions can be stacked on one another and instantly accessed
Presets: Ultra-fast store and recall of test setups
Frequency Lists: User-defined frequency lists with editable Tx Frequency, Tx Level, and Rx Frequency entries
Audio Record/Playback: Digital audio quality performance tests
Color Meters: Color indicates pass/fail results on each meter
Digital Modulation Plots: Distribution, Constellation, and Eye Diagram
TDMA Burst Profile Plot: For DMR only; includes a burst “Mask” for visual pass/fail
DMM: Simple measurement of Voltage, Current, and Ohms; required for automated test and alignment on mobile radios
In-Line Power Meter: Internal or External; 500 W input with 4% Accuracy
Tracking Generator: VSWR, Return Loss, DTF, and Tuning Duplexers
Multi-Language GUI:English, Simplified Chinese, Traditional Chinese, Spanish, Portuguese, Malay/Indonesian, Korean, Arabic, Polish, Russian, Japanese, German, and French
ATC-5000NG
The ATC-5000NG is an RF signal generator/receiver for testing Mode A, C and S transponders. The ATC-5000NG was designed with modern software defined radio technology and is the replacement product for the commercial functionality of the SDX-2000, ATC-1400A and S-1403DL. The test set was designed for engineering development, design validation, manufacturing and return-to-service testing.
Generates ATCRBS/Mode S interrogations
10.4 inch touch screen LCD display for operator control of all test set capabilities
Remote controlled via GPIB or Ethernet
Optional Command set emulation for SDX-2000, ATC-1400A and S-1403DL
Software-driven design allows for field updates for adding new features, capability or modifications due to industry changes
ADS-B squitter encode/decode
DO-260, DO-260A and DO-260B data parsing
Two independent transmitters and receivers
TX/RX data logging capability
Full diversity testing capability
Data parsing in engineering units
Pulse and frequency measurement
UAT TX/RX capability (optional)
Generates ATCRBS/Mode S interrogations
10.4 inch touch screen LCD display for operator control of all test set capabilities
Remote controlled via GPIB or Ethernet
Optional Command set emulation for SDX-2000, ATC-1400A and S-1403DL
Software-driven design allows for field updates for adding new features, capability or modifications due to industry changes
ADS-B squitter encode/decode
DO-260, DO-260A and DO-260B data parsing
Two independent transmitters and receivers
TX/RX data logging capability
Full diversity testing capability
Data parsing in engineering units
Pulse and frequency measurement
UAT TX/RX capability (optional)
Aeroflex's TM500 multi-handset (multi-UE) test mobile
The TM500 LTE Multi-UE provides the ability to operate multiple UEs on the same test platform using a single point of control. In addition to functional multi-UE testing, the use of the same test platform enables specific tests that require UE co-ordination for which it is not feasible to use independent handsets. Such tests include contention between UEs attempting to access the network together and the ability to check a network's response if multiple UEs behave unexpectedly or abnormally together. However, each UE still provides 3GPP LTE functionality with its own independent software stack to ensure that it is representative of an LTE handset.
Handset configuration and measurement capabilities are also included to provide infrastructure engineers with the low-level UE access and internal UE visibility they require to properly test and debug the eNode-B (LTE basestation) and network. The performance measurement capabilities of the TM500 LTE Multi-UE can be used to measure, optimize and demonstrate functionality such as the resource scheduler performance of the eNode B.
In addition to its use for functional and performance testing, TM500 Multi-UE Test
Handset configuration and measurement capabilities are also included to provide infrastructure engineers with the low-level UE access and internal UE visibility they require to properly test and debug the eNode-B (LTE basestation) and network. The performance measurement capabilities of the TM500 LTE Multi-UE can be used to measure, optimize and demonstrate functionality such as the resource scheduler performance of the eNode B.
In addition to its use for functional and performance testing, TM500 Multi-UE Test
