Products

Featuring an ultra-compact 0.35”microLED display with high-brightnessand high-resolution technology,delivering dynamic visuals and seamlessintegration for next-generationautomotive heads-up display (HUD).

Key Features of High Brightness High Resolution 0.35″ Micro-Display:

• OVERVIEWUltra-High Brightness: Engineered to perform in a widerange of lighting conditions, ensuring excellent visibility inboth indoor and outdoor environments.
• Robust Durability: Built to withstand demandingconditions for long-term reliability.
• Ultra-Thin & Lightweight: Designed for seamlessintegration into compact spaces, leveraging microLED’sinherently slim profile without compromisingperformance.
• Power-Efficient Design: Consumes significantly less powercompared to traditional display technologies, extendingbattery life for wearable devices.

Showcasing a large 10” panel withultra-bright, energy-efficientmicroLED technology, deliveringdynamic visuals and seamlessintegration for next-generationintelligent vehicles.

Ket Features:

• OVERVIEWUltra-High Brightness: Engineered to perform in a widerange of lighting conditions, ensuring excellent visibility inboth indoor and outdoor environments.
• Robust Durability: Built to withstand demandingconditions for long-term reliability.
• Ultra-Thin & Lightweight: Designed for seamlessintegration into compact spaces, leveraging microLED’sinherently slim profile without compromisingperformance.
• Vibrant RGB Color Reproduction: Delivers rich, high-contrast visuals with precise color accuracy, enhancingvisuals for display applications.

Advancing automotive displayswith ultra-bright, energy-efficientmicroLED technology, enablingdynamic visuals and seamlessintegration for next-generationintelligent vehicles.

Key Features:

• OVERVIEWUltra-High Brightness: Engineered to perform in a widerange of lighting conditions, ensuring excellent visibility inboth indoor and outdoor environments.
• Robust Durability: Built to withstand demandingconditions for long-term reliability.
• Ultra-Thin & Lightweight: Designed for seamlessintegration into compact spaces, leveraging microLED’sinherently slim profile without compromisingperformance.
• Vibrant RGB Color Reproduction: Delivers rich, high-contrast visuals with precise color accuracy, enhancingvisuals for display applications.

Revolutionizing automotivelighting with ultra-bright, energy-efficient microLED displays,enabling adaptive illuminationand seamless integration for next-generation intelligent vehicles.

Key Features:

• OVERVIEWUltra-High Brightness: Engineered to perform in a widerange of lighting conditions, ensuring excellent visibility inboth indoor and outdoor environments.
• Robust Durability: Built to withstand demandingconditions for long-term reliability.
• Ultra-Thin & Lightweight: Designed for seamlessintegration into compact spaces, leveraging microLED’sinherently slim profile without compromisingperformance.
• Segment-Driven Intelligence: Enables optimal messagingthrough precisely controlled lighting segments, enhancingintelligent lighting capabilities for smart automotiveapplications and other high-performance devices.

Transforming automotive lightingwith ultra-bright, energy-efficientmicroLED displays, deliveringprecision illumination andseamless integration for next-generation vehicles.

Key Features:

• OVERVIEWUltra-High Brightness: Engineered to perform in a widerange of lighting conditions, ensuring excellentvisibility in both indoor and outdoor environments.
• Robust Durability: Built to withstand demandingconditions for long-term reliability.
• Ultra-Thin & Lightweight: Designed for seamlessintegration into compact spaces, leveraging microLED’sinherently slim profile without compromisingperformance.
• Power-Efficient Design: Consumes significantly lesspower compared to traditional display technologies.

A professional-grade video generator designed for testing Dolby Vision, HDR, and DSC on DisplayPort™ 1.4a sink devices. Ideal for R&D debugging, compliance testing, and high-resolution validation.

Key Features:

• Supports 8K @ 30 Hz and 4K @ 120 Hz resolutions (8K @ 60 Hz with DSC)
• DP 1.4a Link Layer CTS tool for sink testing*
• HDCP 2.2/2.3 CTS tool for transmitter compliance*
• HDR and Dolby Vision test capability with 32 GB extended memory
• Supports DSC, FEC, LTTPR, and MST (4 streams)
• USB-C output with included converter
• No restrictions on video format, audio format, frame rate, or infoframes

A versatile and cost-effective interoperability test solution for HDMI 1.4 source devices, designed to streamline R&D debugging and automated testing.

Key Features:

• HDMI 1.4 and DisplayPort interface support
• Compatible with TSI Test System Interface API
• Ready-made test routines for streamlined functionality testing
• Comprehensive analysis of video, audio, CEC, and metadata
• Ideal for testing Blu-Ray players, laptops, set-top boxes, game consoles, and tablets
• Supports both R&D debugging and test automation environments

• Reliable and Repeatable solid state signal generation
• Standard Internal/external pulse modulation
• USB/Ethernet Control
• 10 MHz external or internal reference
• 100 Hz Frequency Resolution
• Easily portable
• Sized to fit into a single rack unit for ATE applications

• Reliable and Repeatable solid state digital attenuation
• Includes GUI, Windows and Linux SDK, LabVIEW driver
• Programmable attenuation ramp and fading profiles
• Operate multiple devices directly from a PC or self-powered hub
• Easily portable USB powered device
• USB and Ethernet control interfaces

The new G5.RSS series features

• High control dynamics
• An exceptional accuracy
• A nominal output voltage of up to 3000 VDC
• A wide current-voltage range with an auto-ranging factor of 3.
• You get the best value for your investment.

The Hi-Techniques FreeStyle series of Data Acquisition Systems is a versatile, capable solution for mobile and rugged data acquisition applications. FreeStyle was designed from the ground up to make data acquisition as fast and as easy as possible. Just grab your FreeStyle and your computer and head out to the test site.

Flexibility by Design

The Hi-Techniques Synergy series of Data Acquisition Systems integrates superior transient and streaming capability with optimized time and frequency domain performance. Add in universal signal conditioning, real-time math and you’ll see why Synergy is the ultimate Data Acquisition System for all of your mechanical, electrical, acoustic, shock and vibration measurements.

• Independent High Resolution Digitizers
• Up to 1 MS/s per Channel Streaming
• Remote Control, Display and Storage
• Mix and Match Input Modules
• Multiple Instrument Synchronization
• Unparalleled Analysis Capability
• Over 100 Built-in Analysis Functions
• Full Custom Analysis Capability

The Hi-Techniques Synergy series of Data Acquisition Systems integrates superior transient and streaming capability with optimized time and frequency domain performance. Add in universal signal conditioning, real-time math and you’ll see why Synergy is the ultimate Data Acquisition System for all of your mechanical, electrical, acoustic, shock and vibration measurements.

• compact and completely modular design
• high effectiveness in all operation modes, few requirements on building infrastructure
• ability to use an existing liquid cooling system directly
• optional matched liquid-to-air cooling unit TC.LAE available
• possibility of upgrading to systems of up to 1 MVA
• high level of system dynamics, ≤ 5 kHz modulation bandwidth
• non-restrictive capability of refeeding in the Q4 operation mode
• possibility of operating as an autonomous 4-Q and 3-phase quasi-analogue amplifier
• possibility of “Hardware-in-the loop”-operation (HIL mode)
• user friendly application software with pre-configured test patterns
• possibility of integrating into a complete SAS simulation and test system
• galvanic isolation available as an option without derating the simulator port data

Bidirectional (source & sink), Regenerative 0…65VDC to 0…1500VDC, 20kW up to 1.5 MW 

• cell system nominal voltage and type of chemistry
• number of cells
• internal resistance and associated parameters
• cell temperature progression
• allowed current
• charge efficiency
• energy computing and management facilities
• time-dependent and functional dependent parameters