Delivers AV over IP with the reliability and performance that is critical in medical applications such as surgery and accurate diagnosis. Built to adhere to the IPMX open standard, which offers the highest quality, the lowest latency, full compatibility with IP network standards, as well as interoperability from different manufacturers. Sources such as OR cameras, scopes, patient monitoring equipment, instrumentation, servers, microphones, video recorders, and laptops, which connect via HDMI can easily be identified through discovery and control and seamlessly all work together regardless of the manufacturer. Video is then distributed via a low-cost 1G Ethernet network to provide the most flexibility in medical AV systems and is available anywhere on the hospital campus – from a surgeon’s heads-up display to 4K monitors for viewing by nurses and physicians.
Medical use cases include:
- Surgical observation: camera scopes, operating suite live feeds up to 4K resolution
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Patient diagnosis and monitoring: instant access to vitals and telemetry, patient records and previews radiology procedures such as X-rays, CT and MRI scans.
- Remote learning: networked AV distribution at university hospitals and campuses provides medical students an immersive learning experience in areas such as surgery, treatment and rehabilitation
- Patient privacy: healthcare administrators can easily adhere to patient privacy regulations by keeping medical records and medical images on a secure centralized server with controlled access at thin clients
- Patient care: personalized entertainment and aftercare through distributed AV in recovery rooms
- Digital signage: easier visitor navigation, interactive digital kiosks, patient-friendly notification.
Every ME10 or MPA1000 module allows for control of remote systems through the network, using the module’s built-in USB extension capabilities, which extend a computer’s keyboard, video and mouse (KVM) over the network. Additionally, our modules include a built-in web server with a RESTful API and a web application ready for customization by manufacturers specializing in medical AV systems.
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Should your Medical Products use SOMs from Specialists who Develop Custom Medical Technology? That’s the TQ Pedigree
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TQ Embedded, known for their precision-engineered, certified industrial SOMs and solutions, first-in-class technical support, and their in-house process for true long-life availability offers a variety of SOMs and related solutions. TQ is well rooted in the Medical industry with multiple certifications, a medical division that includes custom medical equipment development, and, of course, SOMs with ideal feature sets for medical applications.
TQ Embedded SOMs have been designed into the following:
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- Endoscopy equipment
- Muscle stimulation
- HF generation – for various surgical tissue/organ resection procedures
- Remote health monitoring, sleep monitoring, equipment communications
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- X-ray and 3D scanning
- Transfusion systems
- Medical Human Machine Interfaces (HMI’s)
- Nurse call stations
- Sterilization equipment
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TQ SOMs Offers:
Sizes - small footprint: Custom, COM Express, SMARC
Processors: Variety of Arm®, QorIQ®, Intel® Atom™ and Core™ processors.
Baseboards available for prototyping or production (Industrial/Medical quality).
Customization: TQ is also known to make it easy for customers to get alternative configurations and customization.
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Powerful Intel® Core™-based COM Express SOM with 11th gen processors
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Compact yet powerful 3 GHz Intel® Atom™ 6000-based SOMs
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Popular, efficient and versatile NXP i.MX8-based ARM® SOMs
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Real-time headless processing TI AM64xx-based ARM® Cortex® A53/R5F SOMs
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Human Machine Interface (HMI) applications, Renesas RZ/G2-based ARM® SOMs
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Smallest Arm9™ module based on i.MX28 with solid graphics and computing power
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Next level Digital Microscopy powered by Canon high-resolution sensors
Digital microscopy has made storing, sharing, and manipulating images from microscopes much easier. The next trend is increasing the resolution of those images, to access more detail, and enabled more advanced processing of the images. Canon has two of the highest resolution CMOS sensors around, the LI8020SA with 250 MP and the 120MXS with 120 MP. The LI8020SA provides 125 times greater detail than a full HD resolution sensor, taking microscopy to another level.
With different wavelengths and dyes used to highlight targets, both sensors are available in RGB and Mono, and the LI8020 also has an RGB-NIR, where the 4th pixel detects IR wavelengths. These high-resolution digital microscopy solutions are not limited to Life Sciences and laboratories. They are also helping push the boundaries in Material Science, museums as well as in manufacturing and assembly arenas.
Discover new possibilities in unparalleled resolution with the LI8020A CMOS sensor from Canon.
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Optical solutions for Microscopy from Edmunds Optics
Microscopes require great optics to return clear, crisp results. Edmunds Optics supports a wide range of Objective lenses, from Olympus, Zeiss, Nikon, Mitutoyo as well as their own Edumds Optics brand. Edmunds has extensive experience with lot control, change control, serialization, and other critical FDA requirements.
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Tests, such as PCR, are based on fluorescence and require the system to respond only to specific wavelengths. Antibody tests often use chemicals that change color when antibodies are present. In these, and many other scenarios, filters are used to separate out the wavelengths of interest. Edmunds carries Excitation, Emission, and Dichroic filters for hundreds of common Fluorophores. They feature high transmission and deep blocking for the ultimate signal-to-noise ratio. With condenser lenses for compact systems, beam splitters, mirrors, and much more, Edmunds is your partner for high-quality optics. |
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High-Definition Medical Display Modules |
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Medical imaging devices are only as useful as the images they can output: even the most sensitive X-ray or MRI loses its effectiveness when displayed on a standard-definition display. So it is with great excitement that we announce that Macnica now offers a full range of Innolux medical display modules. These modules are ideal for a variety of applications, such as in operating rooms to assist surgeons, for diagnosis in radiology procedures, or as an integrated interface for medical devices.
Innolux’s comprehensive medical display modules range from 8.5” to 58” and include features such as ultra-high-definition, high brightness, wide color gamut, and widescreen options. These modules can be equipped with PCAP antimicrobial touch screens allowing use with latex gloves. Macnica can also help fabricate your IP65 rated products, making them able to stand up to frequent cleaning with harsh chemicals.
Medical applications include:
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- Ultrasound
- Surgical Endoscopy
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- Diagnostic Procedures
- Mammography
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Why FPGA Boards for Medical Applications? |
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FPGA boards enable medical equipment to be safer, smarter, and more secure with a flexible, low-risk, and cost-effective path to a successful system design. Using FPGA boards as building blocks in a medical system, state-of-the-art FPGAs can be used without dealing with the time-consuming intricacies of FPGA board design. Thus, permitting engineering resources to focus on the application-specific elements of the system which reduces development time and costs.
One example is medical imaging; the FPGA can be customized to efficiently and optimally process complex imaging algorithms saving both cost and power versus expensive, power-hungry graphics processing unit accelerators. To facilitate the logic implementation of sophisticated image processing algorithms, high-level FPGA development tools and IP libraries are available.
REFLEX CES provides a wide range of state-of-the-art FPGA boards tailored for medical applications:
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- Based upon the Intel® Arria® 10 SX FPGA with an integrated Dual-core ARM Cortex-A9 Processor
- PCIe Gen3 x8, 228 SE IOs total (113 LVDS), 24 10Gbps transceivers, up to 8GB of DDR4
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- Based upon the Intel® Arria® 10 GX FPGA with a low-profile, single slot passive cooling solution for servers
- PCIe Gen3 x8 interface, 8GB on-board DDR4, 10/40GbE QSFP+ cage, 10 transceiver and 10 GPIO expansion ports.
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- Based upon the Intel® Stratix® 10 SX FPGA with an integrated Quad-core ARM Cortex-A53 processor
- 32 Gen3 PCIe lanes, 56GB on-board DDR4, IO and Transceiver extension connector
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Macnica - Empowering Efficient Innovation
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Macnica Americas, Inc. is the North America division of Macnica Fuji Electronics Holdings, Inc., a $5.2B global leader in technology product distribution, technical support, and design services.
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