Bumper-To-bUMPER tEST Solutions
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Electric
AUTONOMOUS
CONNECTED
AUTONOMOUS
LIDAR
Radar
Tire Pressure Monitoring System
Personal Occupancy Detection System
Automotive Ethernet
Stability Control
Radar
Mainstream 24 GHz automotive radar is rapidly evolving to the 76–81 GHz ranges, bringing a magnitude of improvements in sensing resolution, range, and accuracy. Hardware, software, and newer deep-learning technologies combine to enable ADAS that will drive the autonomous vehicle vision to reality. Download our poster on automotive radar trends, challenges, and solutions.
TPMS (Tire Pressure Monitoring System)
A tire pressure monitoring system (TPMS) uses sensors to warn a driver if tire pressure is low or the tire is going flat. It is a vital vehicle safety feature. Ensure that your electronic control units for TPMS are functioning as designed.
PODS (Personal Occupancy Detection System)
Personnel occupancy detection systems (PODS) are vital for triggering airbags. PODS use a variety of sensor technologies. Emergency call systems transmit information from PODS to rescuers in the event of an accident. Electronic control units that control these POD subsystems must undergo functional testing to ensure that they perform as designed.
Automotive Ethernet
Autonomous vehicles and advanced driver-assistance systems (ADAS) are driving the need for higher bandwidth and lower latency. Automotive Ethernet has become the new backbone for faster automotive networks. Comprehensive testing of the transmitter, receiver, link segment, and higher-layer protocol functions ensures its successful implementation. Download our white paper to find out how Automotive Ethernet enables autonomous vehicles.
Stability Control
The electronic stability control (ESC) module helps drivers avoid crashes by reducing the danger of skidding or losing control as a result of over-steering. The electronics in the ESC module, sensors, and connectors all require testing to ensure zero-failure tests at both the component and functional test levels.
Automation software for automotive radar test
Radar conformance test for spurious emissions
Automotive Ethernet for safety systems
ECU functional tests for TPMS
Automotive Ethernet for safety systems
Automotive ECU functional test
Automotive Ethernet compliance test
Automotive Ethernet for safety systems
Automotive ECU functional test
LIDAR
LIDAR
Light detection and ranging (LIDAR) technology uses a pulsed laser to detect objects, usually with higher resolution but shorter range than radar. LIDAR can discern small objects well, but nighttime and cloudy weather limit its performance, and it costs more than radar.
Keysight lIDAR Solution
Electric
AUTONOMOUS
CONNECTED
Power Device Testing
Charging Infrastructure
Electric
E-Mobility Technologies
Cost pressure on hybrid electric vehicles (EVs) and full EV powertrain components (traction motors, converters, power converters, and batteries) continues to drive new technologies that fuel energy efficiency. Keysight helps industry-leading automakers and their supply chains solve e-mobility design and test challenges with a comprehensive range of solutions. Download our white paper on emulation technology for testing EV technologies.
HEV / EV power converter test
Energy Ecosystem
An entire energy ecosystem supports the electrification of modern EVs, from photovoltaic inverters that harness and convert solar energy to storage and distribution. Energy efficiency is an integral factor across this ecosystem.
E-Mobility Technologies
Energy Ecosystem
Power Device Testing
New wide-bandgap (WBG) semiconductors provide major leaps in speed (10x to 100x faster than older designs) and higher voltage and thermal operation. They are gaining popularity among designers of EV power converters. These high-performance power converters are difficult to design because of the many new challenges when characterizing WBG semiconductors. Keysight offers solutions to help overcome these challenges and meet industry standards, such as JEDEC open standards for reliability and qualification procedures for these WBG devices.
Charging Infrastructure
Power conversion takes place at various interfaces in the EV charging infrastructure. Charging interfaces must meet many industry standards to ensure safety, efficiency, and interoperability for each EV and EV supply equipment (EVSE) subsystem. Keysight’s expertise in charging, storage, and battery management test technology helps bring your e-mobility innovations to market faster. Download our poster for an overview of charging interfaces for EVs.
BMS environment emulation
Lithium-ion cell self-discharge measurement
Photovoltaic / solar array inverter test
Power device analysis for circuit design
WBG device characterization
HEV / EV / grid emulation and test
EV / EVSE charging test
Electric
AUTONOMOUS
CONNECTED
E-Mobility Technologies
Energy Ecosystem
Power Device Testing
Charging Infrastructure
Electric
E-Mobility Technologies
Cost pressure on hybrid electric vehicles (EVs) and full EV powertrain components (traction motors, converters, power converters, and batteries) continues to drive new technologies that fuel energy efficiency. Keysight helps industry-leading automakers and their supply chains solve e-mobility design and test challenges with a comprehensive range of solutions. Download our white paper on emulation technology for testing EV technologies.
HEV / EV power converter test
BMS environment emulation
Energy Ecosystem
An entire energy ecosystem supports the electrification of modern EVs, from photovoltaic inverters that harness and convert solar energy to storage and distribution. Energy efficiency is an integral factor across this ecosystem.
Lithium-ion cell self-discharge measurement
Photovoltaic / solar array inverter test
Power Device Testing
New wide-bandgap (WBG) semiconductors provide major leaps in speed (10x to 100x faster than older designs) and higher voltage and thermal operation. They are gaining popularity among designers of EV power converters. These high-performance power converters are difficult to design because of the many new challenges when characterizing WBG semiconductors. Keysight offers solutions to help overcome these challenges and meet industry standards, such as JEDEC open standards for reliability and qualification procedures for these WBG devices.
Power device analysis for circuit design
WBG device characterization
Charging Infrastructure
Power conversion takes place at various interfaces in the EV charging infrastructure. Charging interfaces must meet many industry standards to ensure safety, efficiency, and interoperability for each EV and EV supply equipment (EVSE) subsystem. Keysight’s expertise in charging, storage, and battery management test technology helps bring your e-mobility innovations to market faster. Download our poster for an overview of charging interfaces for EVs.
HEV / EV / grid emulation and test
EV / EVSE charging test
Electric
AUTONOMOUS
CONNECTED
AUTONOMOUS
LIDAR
Tire Pressure Monitoring System
Personal Occupancy Detection System
Automotive Ethernet
Stability Control
Radar
LIDAR
Radar
Mainstream 24 GHz automotive radar is rapidly evolving to the 76–81 GHz ranges, bringing a magnitude of improvements in sensing resolution, range, and accuracy. Hardware, software, and newer deep-learning technologies combine to enable ADAS that will drive the autonomous vehicle vision to reality. Download our poster on automotive radar trends, challenges, and solutions.
Automation software for automotive radar test
Radar conformance test for spurious emissions
TPMS (Tire Pressure Monitoring System)
A tire pressure monitoring system (TPMS) uses sensors to warn a driver if tire pressure is low or the tire is going flat. It is a vital vehicle safety feature. Ensure that your electronic control units for TPMS are functioning as designed.
Automotive Ethernet for safety systems
ECU functional tests for TPMS
PODS (Personal Occupancy Detection System)
Personnel occupancy detection systems (PODS) are vital for triggering airbags. PODS use a variety of sensor technologies. Emergency call systems transmit information from PODS to rescuers in the event of an accident. Electronic control units that control these POD subsystems must undergo functional testing to ensure that they perform as designed.
Automotive Ethernet for safety systems
Automotive ECU functional test
Automotive Ethernet
Autonomous vehicles and advanced driver-assistance systems (ADAS) are driving the need for higher bandwidth and lower latency. Automotive Ethernet has become the new backbone for faster automotive networks. Comprehensive testing of the transmitter, receiver, link segment, and higher-layer protocol functions ensures its successful implementation. Download our white paper to find out how Automotive Ethernet enables autonomous vehicles.
Automotive Ethernet compliance test
Stability Control
The electronic stability control (ESC) module helps drivers avoid crashes by reducing the danger of skidding or losing control as a result of over-steering. The electronics in the ESC module, sensors, and connectors all require testing to ensure zero-failure tests at both the component and functional test levels.
Automotive Ethernet for safety systems
Automotive ECU functional test
LIDAR
Light detection and ranging (LIDAR) technology uses a pulsed laser to detect objects, usually with higher resolution but shorter range than radar. LIDAR can discern small objects well, but nighttime and cloudy weather limit its performance, and it costs more than radar.
Keysight lIDAR Solution
Electric
AUTONOMOUS
CONNECTED
AUTONOMOUS
LIDAR
Tire Pressure Monitoring System
Personal Occupancy Detection System
Automotive Ethernet
Stability Control
Radar
LIDAR
Radar
Mainstream 24 GHz automotive radar is rapidly evolving to the 76–81 GHz ranges, bringing a magnitude of improvements in sensing resolution, range, and accuracy. Hardware, software, and newer deep-learning technologies combine to enable ADAS that will drive the autonomous vehicle vision to reality. Download our poster on automotive radar trends, challenges, and solutions.
Automation software for automotive radar test
Radar conformance test for spurious emissions
TPMS (Tire Pressure Monitoring System)
A tire pressure monitoring system (TPMS) uses sensors to warn a driver if tire pressure is low or the tire is going flat. It is a vital vehicle safety feature. Ensure that your electronic control units for TPMS are functioning as designed.
Automotive Ethernet for safety systems
ECU functional tests for TPMS
PODS (Personal Occupancy Detection System)
Personnel occupancy detection systems (PODS) are vital for triggering airbags. PODS use a variety of sensor technologies. Emergency call systems transmit information from PODS to rescuers in the event of an accident. Electronic control units that control these POD subsystems must undergo functional testing to ensure that they perform as designed.
Automotive Ethernet for safety systems
Automotive ECU functional test
Automotive Ethernet
Autonomous vehicles and advanced driver-assistance systems (ADAS) are driving the need for higher bandwidth and lower latency. Automotive Ethernet has become the new backbone for faster automotive networks. Comprehensive testing of the transmitter, receiver, link segment, and higher-layer protocol functions ensures its successful implementation. Download our white paper to find out how Automotive Ethernet enables autonomous vehicles.
Automotive Ethernet compliance test
Stability Control
The electronic stability control (ESC) module helps drivers avoid crashes by reducing the danger of skidding or losing control as a result of over-steering. The electronics in the ESC module, sensors, and connectors all require testing to ensure zero-failure tests at both the component and functional test levels.
Automotive Ethernet for safety systems
Automotive ECU functional test
LIDAR
Light detection and ranging (LIDAR) technology uses a pulsed laser to detect objects, usually with higher resolution but shorter range than radar. LIDAR can discern small objects well, but nighttime and cloudy weather limit its performance, and it costs more than radar.
Keysight lIDAR Solution
Electric
AUTONOMOUS
CONNECTED
CONNECTED
V2X Communications
Remote Keyless Entry
eCall/ERA-Glonass
Communictions & Infotainment
Powertrain Management
LED Lighting
Adaptive Lighting Control
LEDs - Car Lights, Dashboards
Automotive LEDs, especially those for headlights, adhere to strict regulations. LEDs need to be tested for correct luminosity and hue. Functional tests are also vital to ensure that headlights, as well as dashboard and bodywork lights, respond correctly to manual or sensor triggers.
LED characterization
eCall/ERA-Glonass
Rapid post-accident access to emergency assistance can mean the difference between life and death. Many regions in the world now require carmakers to equip their vehicles with an in-vehicle system, which can trigger an emergency call. Download our white paper on how good eCall systems save time and lives.
eCall / ERA-GLONASS conformance test
Free trial software for eCall PSAP emulator
Powertrain Management
Whether it’s a conventional internal combustion engine or an electric vehicle, the regulation of power depends on electronic control units (ECUs). Keysight continues to set the benchmark for automotive functional test with a broad array of ECU functional test solutions.
High-power DC-DC test
ECU power analysis
Automotive ECU functional test
Adaptive Lighting Control
Photoelectric sensors automatically control your car headlights and dashboard lighting. ECUs monitor and control these adaptive headlight systems. Testing ECUs at the functional level catches faults before they become problems. Any malfunctioning of these sensors can cause minor inconveniences or even a collision.
LED Characterization
Communications & Infotainment
A host of vital applications enables the connected car both for safety, as well as convenience and entertainment. Your designs must meet industry conformance standards for various communication protocols while ensuring robust automotive cybersecurity. Download our poster on technologies enabling seamless automotive communication.
Wireless device manufacturing test
Automotive cybersecurity penetration test
Remote Keyless Entry
Passive entry passive start (PEPS) is a security system that allows you to unlock your car without pressing any button on the key fob and start the car without a physical key. It’s more commonly known as remote keyless entry. To mitigate the risk of high-tech car thefts, more designers are using ultra-wideband technology to enable PEPS security systems. Download our brochure on PEPS functional test.
V2X (Vehicle-to-everything)
Vehicle-to-everything (V2X) covers communication systems between the car and anything connected to it. Wireless technologies used in V2X include 5G, cellular, LTE, LTE-Advanced, WLAN (802.11p), Bluetooth®, and near-field communication. Keysight’s leadership in 5G and deep experience in connectivity tests help customers solve new V2X design and test challenges. Download our white paper to learn how V2X is shaping the future of smart mobility.
Enabling DSRC / ITS-G5 Conformance
C-V2X Test
Automotive ECU Functional test
Electric
AUTONOMOUS
CONNECTED
CONNECTED
V2X Communications
Remote Keyless Entry
eCall/ERA-Glonass
Communictions & Infotainment
Powertrain Management
LED Lighting
Adaptive Lighting Control
LEDs - Car Lights, Dashboards
Automotive LEDs, especially those for headlights, adhere to strict regulations. LEDs need to be tested for correct luminosity and hue. Functional tests are also vital to ensure that headlights, as well as dashboard and bodywork lights, respond correctly to manual or sensor triggers.
LED characterization
eCall/ERA-Glonass
Rapid post-accident access to emergency assistance can mean the difference between life and death. Many regions in the world now require carmakers to equip their vehicles with an in-vehicle system, which can trigger an emergency call. Download our white paper on how good eCall systems save time and lives.
eCall / ERA-GLONASS conformance test
Free trial software for eCall PSAP emulator
Powertrain Management
Whether it’s a conventional internal combustion engine or an electric vehicle, the regulation of power depends on electronic control units (ECUs). Keysight continues to set the benchmark for automotive functional test with a broad array of ECU functional test solutions.
High-power DC-DC test
ECU power analysis
Automotive ECU functional test
Adaptive Lighting Control
Photoelectric sensors automatically control your car headlights and dashboard lighting. ECUs monitor and control these adaptive headlight systems. Testing ECUs at the functional level catches faults before they become problems. Any malfunctioning of these sensors can cause minor inconveniences or even a collision.
LED Characterization
Automotive ECU Functional test
Communications & Infotainment
A host of vital applications enables the connected car both for safety, as well as convenience and entertainment. Your designs must meet industry conformance standards for various communication protocols while ensuring robust automotive cybersecurity. Download our poster on technologies enabling seamless automotive communication.
Wireless device manufacturing test
Automotive cybersecurity penetration test
Remote Keyless Entry
Passive entry passive start (PEPS) is a security system that allows you to unlock your car without pressing any button on the key fob and start the car without a physical key. It’s more commonly known as remote keyless entry. To mitigate the risk of high-tech car thefts, more designers are using ultra-wideband technology to enable PEPS security systems. Download our brochure on PEPS functional test.
V2X (Vehicle-to-everything)
Vehicle-to-everything (V2X) covers communication systems between the car and anything connected to it. Wireless technologies used in V2X include 5G, cellular, LTE, LTE-Advanced, WLAN (802.11p), Bluetooth®, and near-field communication. Keysight’s leadership in 5G and deep experience in connectivity tests help customers solve new V2X design and test challenges. Download our white paper to learn how V2X is shaping the future of smart mobility.
Enabling DSRC / ITS-G5 Conformance
C-V2X Test
Electric
AUTONOMOUS
CONNECTED
Power Device Testing
Charging Infrastructure
Electric
E-Mobility Technologies
Cost pressure on hybrid electric vehicles (EVs) and full EV powertrain components (traction motors, converters, power converters, and batteries) continues to drive new technologies that fuel energy efficiency. Keysight helps industry-leading automakers and their supply chains solve e-mobility design and test challenges with a comprehensive range of solutions. Download our white paper on emulation technology for testing EV technologies.
HEV / EV power converter test
Energy Ecosystem
An entire energy ecosystem supports the electrification of modern EVs, from photovoltaic inverters that harness and convert solar energy to storage and distribution. Energy efficiency is an integral factor across this ecosystem.
E-Mobility Technologies
Energy Ecosystem
Power Device Testing
New wide-bandgap (WBG) semiconductors provide major leaps in speed (10x to 100x faster than older designs) and higher voltage and thermal operation. They are gaining popularity among designers of EV power converters. These high-performance power converters are difficult to design because of the many new challenges when characterizing WBG semiconductors. Keysight offers solutions to help overcome these challenges and meet industry standards, such as JEDEC open standards for reliability and qualification procedures for these WBG devices.
Charging Infrastructure
Power conversion takes place at various interfaces in the EV charging infrastructure. Charging interfaces must meet many industry standards to ensure safety, efficiency, and interoperability for each EV and EV supply equipment (EVSE) subsystem. Keysight’s expertise in charging, storage, and battery management test technology helps bring your e-mobility innovations to market faster. Click here to download our poster for an overview of charging interfaces for EVs.
BMS environment emulation
Lithium-ion cell self-discharge measurement
Photovoltaic / solar array inverter test
Power device analysis for circuit design
WBG device characterization
HEV / EV / grid emulation and test
EV / EVSE charging test
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Learn more about Keysight's charging infrastructure solutions