Taking Ultrasound Devices
to the Next Level
Tips for Selecting Computer-on-Modules for Your Ultrasound Devices
Recent advances in computing power—particularly in image processing—have significantly boosted the potential of ultrasound solutions. The challenge that device manufacturers now face is integrating these breakthroughs into a single design that not only elevates image quality but also optimizes device mobility and maintainability.
Software Development and Optimization
Software Development and Optimization
Processing ultrasound data is computationally intensive with the growing variety of sensors and transducers. This makes effective software optimization critical for processing raw sensor data faster and rendering images within a practical timeframe, as simply increasing processing power is not enough.
Low Power
Profile
Low Power Profile
With point-of-care ultrasound stations becoming more mobile, they must be sealed against moisture and dust. It demands using mobile power sources and passive cooling systems that consume the lowest possible power and generate minimal heat. It makes low energy usage and managing thermal design power (TDP) your top priorities.
Extensive I/O Options
Extensive I/O Options
To ensure compatibility, processing speed, and ease of development, the bandwidth and stability of input/output channels are crucial. Communication between the host (e.g., CPU) and client (e.g., sensor or transducer) requires adequate bandwidth for uninterrupted data transfer.
Why Choose ADLINK Computer-on-Module for Your Ultrasound Device?
For ultrasound imaging products, our COM-based solutions offer full-scale PC functionality in compact, standardized modules.
Find All You Need to Design an Ultrasound Device
Computer-on-Module
Optimize Medical Imaging with 13th Gen Intel® Core Processors
ADLINK’s latest Computer-on-Module is based on the 13th Gen Intel® Core™ processor. It features Intel’s advanced hybrid architecture (with up to 8 P-cores and 16 E-cores) along with support for DDR4/DDR5 and PCIe 4.0/5.0, allowing for dynamic real-time optimization of performance, power, and efficiency.
COM-HPC-cRLS
Client Type COM-HPC Size C Module with 13th Gen Intel® Core™ Desktop Processor
Learn MorecExpress-MTL
COM Express R3.1 Type 6 Compact size Module based on Intel® Core™ Ultra Processors
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GPU Solutions
Peripheral
ASM-Series-Surgical
MDR-certified monitor with high-precision imaging and hygienic design
Learn MoreIM/OM Series Industrial Touch Monitor
True-flat/open-frame design with IP65 rating, full sizes, and customization
Learn MoreTurn Your Idea into a PoC with Ease
ADLINK’s I-Pi is an industrial IoT prototyping platform that combines production-grade components, extreme software portability, and Raspberry Pi-like flexibility and expansion in a COM form factor. ADLINK offers various out-of-the-box-ready development kits for developing, referencing, and prototyping your tailored, Intel-driven medical applications.
COM Express Type 6 Meteor Lake-H
COM Express Type 6 Prototyping Kit based on Intel® Core™ Ultra 5 Processor 125H
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Learn more about how Computer-on-Modules boost improvements in ultrasound technology
Download Solution Brief