Enhancing the Intelligent Cockpit Experience with Aker’s XTAL Solutions

As the automotive industry evolves from mechanical to electronic systems, intelligent cockpits, with interactive interfaces that integrate software, hardware and systems to improve the user experience in an automobile, are being developed. These smart cockpits, featuring multiple screens, smart mobile de... (read more)

What Industries are Drones Powering?

With AI integration, extended flight endurance, and regulatory adaptations, drones are reshaping industries from agriculture to environmental protection. The technological leap in drone capabilities has unlocked new possibilities, making UAVs indispensable tools across various fields, including:

• Agriculture
• L...

Low Voltage Frequency Control in Modern Electronics

As battery-powered and portable devices have grown to dominate modern electronics, power efficiency has become one of the key challenges in circuit design. Low voltage (LV) devices have become a key element to meet this growing demand for energy efficiency and the increased adoption of automation across markets and applications f... (read more)

Why is the 1.2 Volt Temperature Compensated Crystal Oscillator (TCXO) the top choice within low-power electronic devices?
The 1.2V TCXO features:
Ultra-low-power consumption
Precise frequency stability
Strong temperature adaptability

Discover how Aker’s 1.2V TCXOs can provide the perfect solution for your project, balancing energy efficiency and perform... (read more)

Embracing IoT for the Future of Industrial Automation

Smart industrial applications have embraced the Internet of Things (IoT), including artificial intelligence (AI), machine learning and data analytics to improve all aspects of industrial automation.
Learn how Aker’s quartz crystals and oscillators are indispensable in IoT and industrial applications. (read more)

How do you select the right crystal oscillator (XO) for your application?
Watch this step-by-step guide to learn how to choose the right crystal oscillator to meet frequency requirements. (read more)

Aker Technology’s S16 Crystal Oscillator Now Available for Mass Production

Fully supporting next-generation frequency control applications in a miniaturized footprint

• Ultra compact 1.6 x 1.2 x 0.7 mm packaging
• Supports a wide variety of voltage ranges: 1.8V / 2.5V / 3.3V and 1.62V ~ 3.63V
• Operating range of -40°C...

Aker is helping drive the future of smart industrial applications with high-performance frequency control components. Smart industrial applications have embraced the Internet of Things (IoT) including AI, machine learning and data analytics to help improve all aspects of industrial automation.
Find out how Aker’s high-performance frequency control components provide reliabili... (read more)

Phase noise and jitter are indicators of signal stability and quality, especially in high-frequency and high-performance applications. Learn how Aker’s products maintain superior RMS jitter performance for faster and smoother data transmission. (read more)

Wi-Fi 7 is becoming the new connectivity standard designed to boost multi-device performance, spectrum efficiency, and bandwidth utilization within applications including 8K streaming and AR/VR, smart home systems, remote collaboration, and industrial automation.
Learn how to find the right Aker crystal oscillator that provides the essential frequency source to ensure system synchr... (read more)

As High-Speed Current Steering Logic (HCSL) clock drivers are being adopted by next-generation advanced interfaces, there is an emphasis for Low-Power HCSL (LPHCSL) oscillators to provide a power-saving alternative with high stability.
Learn about the clear differences in current consumption between HCSL and LPHCSL oscillators and how Aker’s LPHCSL oscillators support various... (read more)

212.5 MHz frequency for LVDS (Low Voltage Differential Signaling) oscillators are crucial for specific high-speed, high-precision applications. Learn how Aker’s LVDS oscillators perform at a faster rate and exhibit low jitter to maintain efficient system performance. (read more)

An oscillator is a crucial component in many electronic devices, providing a stable and accurate timing reference. It generates a periodic waveform, typically a sine wave, square wave, or pulse, which is used to synchronize various operations within a system. When selecting an oscillator for a specific application, several design considerations must be taken into account to ensure optima... (read more)

Miniaturized design reduces footprint and power requirements

Aker Technology’s New Ultra Miniature Output Clock Oscillator. Learn how the oscillator's miniaturized design reduces footprint and power requirements.

• Miniaturized design of 1.6 mm x 1.2 mm
• Low power consumption
• Excellent performance over a wide temperature range<.../li>

Improving Energy Efficiency in Electronics Systems Through Low Voltage Oscillators

The popularity of low voltage (LV) frequency control products, such as oscillators, has grown significantly as manufacturers have moved to satisfy demands for more powerful products, smaller packaging, and longer battery life.

Low voltage oscillators are versatile elements in the elect... (read more)

The ultra-wideband (UWB) short-range communication protocol enables advanced location-based communication features like secure hands-free access, indoor navigation, contactless payments, credential sharing and item tracking.

Unique to UWB is time-of-flight (ToF) measurement that accurately measures the time it takes for a signal to travel between devices, making it more difficult... (read more)

Ideal for use in data centers, telecommunications equipment and consumer electronics where low power consumption and high stability is needed (read more)

Global Navigation Satellite Systems (GNSS) rely on TCXOs to provide global positioning, navigation, and time synchronization services to satellite navigational systems to calculate their current position. Learn why TCXOs are critical for effective GNSS performance and how Aker’s frequency control solutions ensure precise time and location data required by these systems. (read more)

As the concept of the Internet of Things (IoT) began to be applied to the automotive industry, the Internet of Vehicles (IoV) was born. These large-scale integrated communication systems and networks for automobiles provide new information services while improving transportation efficiency and safety.

Automotive electronics systems include?

• Safety control systems

The Internet of Things (IoT), powered by artificial intelligence and machine learning, has been adopted by smart industrial automation applications to improve manufacturing, purchasing, logistics, and more. Learn why Aker quartz crystals and oscillators are essential for precise time and frequency control that is vital for the synchronization, communication and operation of electronic sy... (read more)

Low EMI Oscillators from Aker Technology Designed for Use in Automotive and Industrial Applications

Ideal for use in dash cameras and navigation systems where EMI reduction is critical

Technology Highlights

• Compact package sizes
• Compatible with standard CMOS logic levels
• Minimizes EMI
• Supports supply voltages

1. Ultra-low-power consumption: Compared to traditional TCXOs, the 1.2V version consumes much less power
2. Precise frequency stability: Maintains excellent frequency stability when operating at low voltage
3. High reliability: Low voltage use ensures frequency stability while preventing communication interruptions in data transmission<.../li>

Ideal for use where precise timing, signal synchronization and stable frequency output is needed over a wide range of temperatures

Technology Highlights

• Ultra-low power consumption
• Precise frequency stability
• High reliability
• Strong temperature adaptability

Learn More (read more)

New 1.2 Volt TCXOs from Aker Technology Designed for Small Portable Battery-operated Devices. Discover its ideal for use where precise timing, signal synchronization and stable frequency output is needed over a wide range of temperatures. (read more)

As technology evolves, WiFi continues to improve with fast speeds, broader coverage and reduced latency to meet increasing data demands. Learn how Aker crystal frequency components are crucial for ensuring WiFi technology applications operate with high efficiency and reliability.
See our line of crystal frequency components (read more)

Differential Oscillators from Aker Technology are AEC-Q200 Qualified

Available in four different compact packages, our SA differential oscillators are now approved for use in automotive applications

Technology Highlights

• Low jitter, low interference, low power
• LVPECL, LVDS and HCSL outputs
• Frequency range of 13.5 MHz.../li>

Available in seam seal package, the C12 series offers a compact design, making it ideal for space-constrained applications.

Technology Highlights

• Compact package size of 1.20 mm x 1.0 mm
• Operating temperature range of -40°C to +125°C
• Frequency range from 32 to 80 MHz
• Maximum crystal aging rate of only ±3 p...

With smart vehicle lighting gaining popularity over simple illumination, the adaptive headlights can detect oncoming vehicles and automatically switch between high and low beams. Learn more about how Aker crystals and oscillators provide stable frequency control for systems in a variety of smart vehicle lighting applications. (read more)

The very first glimpse of smart home technology was in 1975 with the invention of X10, a home automation platform that sent digital information through a radio frequency into a home’s electrical wiring. This communication protocol was first used with a home’s air conditioner wiring. It enabled the platform to communicate between devices and control modules installed within th... (read more)

Aker's TX32A TCXO meets AEC-Q200 qualification standard for automotive applications

Aker's TCXO measures 3.2mm x 2.5mm, frequency 10-52MHz, stability +/-2ppm, temperature -40 to+85C, voltages 1.8V, 2.5V, 3.3V

TX32A available in several voltages as well as a range of operating frequencies and temperatures (read more)

Temperature Compensated Crystal Oscillators from Aker Technology Feature Lower Power Design

Temperature Compensated Crystal Oscillators from Aker Technology Feature Lower Power Design

Available in a compact, rugged package, the TX21 and TX22 feature high frequency precision with multiple voltage options

Technology Highlights

• L...

Did you know we have an easy way to test if Aker crystals and oscillators will work with your project requirements? Fill out our sample request form to receive the Aker product you want to test in your application.

Sample Request Form (read more)

Intelligent automotive cockpits with interactive interfaces are improving the user experience in vehicles by utilizing technologies like 5G, AI, and big data. Learn how Aker’s automotive crystals and oscillators deliver the reliability and performance needed for key electronics applications of intelligent cockpits. (read more)

Increased data transfer rates and seamless connectivity thanks to IoT technology in consumer electronics require high-performance crystals, oscillators and TCXOs for frequency accuracy and stability. Learn how Aker’s customized frequency control solutions are ideal for consumer devices including smartphones, smart wearables, VR, and more. (read more)

As the global medical electronics industry grows, there is an increase in demand for intelligent and precise medical electronics. Learn how frequency control plays a large role in medical device design and how Aker’s crystals and oscillators help ensure seamless integration and reliable operation for a wide range of smart healthcare and medical devices. (read more)

TCXOs with Lower Power Design from Aker Technology (read more)

Aker Technology USA, a global manufacturer of innovative, competitively priced frequency control products, now offers two temperature compensated crystal oscillators (TCXO) with a frequency range of 10 to 52 MHz and a frequency stability up to ±0.5ppm to 2ppm. The TCXOs are ideal for use in the industrial, automotive, medical, consumer electronics and communication/network... (read more)

Differential Oscillators from Aker Technology are AEC-Q200 Qualified

Available in four different compact packages, our SA differential oscillators are now approved for use in automotive applications

Technology Highlights

• Low jitter, low interference, low power
• LVPECL, LVDS and HCSL outputs
• Frequency range of 13.5 MHz to 200.../li>

Available in compact rugged packages, the TX21 and TX22 feature high frequency precision with multiple voltage options

Technology Highlights

• Wide operating temperature range from -40°C to +105°C
• High frequency precision of ±0.5ppm to 2ppm
• Multiple voltage options: 1.8V, 2.5V, 3.3V, 1.68~3.63V

A TCXO uses a temperature compensation circuit designed into the integrated circuit to reduce the change in oscillation frequency caused by ambient temperature change. Because of this, the temperature compensated quartz crystal resonator has the characteristics of high precision, producing an oscillator with precise and stable frequency. A TCXO differs from other types of oscillators in... (read more)

As the concept of the Internet of Things (IoT) began to be applied to the automotive industry, the Internet of Vehicles (IoV) was born. These large-scale integrated communication systems and networks for automobiles provide new information services while improving transportation efficiency and safety.

Automotive electronics systems include：

• Safety control

Pioneering Precision for High-Speed Networking Using Aker’s TCXOs and Differential Oscillators

Wireless networks such as 5G and industrial automation have completely changed the way people communicate, connecting people all around the world with just the press of a button. This new era of digital transformation is marked by high speed, low latency, and multiple... (read more)

No matter the dimensions, frequency range, package, stability or tolerance options, Aker has you covered with our wide range of quartz crystals. Browse our product offerings to find the exact frequency control solution that’s right for your application. (read more)

Designed to provide a stable oscillation frequency, Temperature Compensated Crystal Oscillators (TCXOs) contain built-in temperature compensation circuitry to adjust frequency and maintain stability. Learn how Aker’s TCXOs meet high specification standards and deliver precision during temperature shifts in real world applications. (read more)

Aker has the crystals and oscillators you need for automotive, telecommunications, data storage and delivery, computer products, instrumentation, smart home, networking and more applications.
Browse our full product line

Download Catalog (read more)

Automotive electronics play a vital role in today’s vehicles by providing critical functions in engine management, safety systems, entertainment, navigation and communication. These specially designed electronics help to improve vehicle performance, fuel efficiency and safety.

All systems developed using automotive electronics are designed to withstand harsh environments. Th... (read more)

Technical Highlight - Ultra-Wideband Technology

UWB technology is moving communications forward. Aker crystals are being used in various industrial, consumer, communication and automotive applications. Benefits of UWB include:

• Low Power
• Good Noise Immunity
• Signals Penetrate Various Materials Easily
• Radar-Like Capability
• High...

A quartz crystal oscillator is the ‘heartbeat’ for an entire microprocessor unit (MCU). It provides the clock frequency signal that is necessary for the MCU to execute instructions.

A module that contains a quartz crystal and an oscillation circuit requires a power supply for temperature and frequency adjustment output. Because the module contains active electronic com... (read more)

A Temperature Compensated Crystal Oscillator (TCXO) is a crystal oscillator specifically designed to provide a stable oscillation frequency in high temperatures. Their built-in temperature compensation circuitry enables them to automatically adjust frequency and maintain stability. TCXOs are used when temperature stability requirements are beyond reach of standard crystal clock oscillato... (read more)

Over the past decades, Aker has had successful partnerships with renowned automotive companies. What truly sets us apart is our unwavering commitment to rigorous quality management. We are fully qualified under IATF 16949 and meet the AEC-Q200 testing standard, aligning with the industry’s highest benchmarks for quality, reliability, and consistency.

Whether you need a cruci... (read more)