Portwell focuses on providing medical computing systems and information processing to customers worldwide to meet their every demand. With years of experience in the medical and healthcare market, Portwell is dedicated to providing advanced and trusted solutions.
To ensure the practical application of our system products in the medical environment, the stability of the system’s electromagnetic compatibility (EMC) and safety (Safety) is essential. Our products comply with regulations related to medical products, such as IEC 60601-1. In addition, we are also a qualified design manufacturer of medical products that meets the medical device quality management system (ISO 13485) standard.
Healthcare computer products emphasize the stability of the system. Under the condition of stable operation for a long time, the system design usually adopts fanless, anti-vibration, dustproof, and low power consumption to enhance the life and stability of the product. Integrating the Healthcare computer with the diagnosis and treatment equipment may directly or indirectly affect the patient’s life. No downtime is allowed. We uphold the quality requirements and provide complete and trusted Healthcare product design services.
We provide Isolation LAN, COM, USB, and other designs for the Healthcare environment for customers. Isolation design not only blocks noise but also improves signal transmission quality. Its main features are signal isolation and high-voltage insulation. Because the Healthcare computers will be used with the medical instrument, the Isolation design can ensure that the device and the computer will not be affected by each other and be damaged, and can also guarantee the operator’s safety.
Our Healthcare computer system provides a 10-year product life cycle to support our customers with the most stable platform and supply for long-term development. Medical customers will not be replacing a plan every year. Therefore, the life cycle of medical products is about 2 to 5 times longer than general electronic products.
Portwell COM Express Type 6 Module Featuring 13th Gen Intel® Core™ Processors for Medical Devices, Industrial Control and Edge Computing Solutions. PCOM-B658VGL offers high scalability and input/output performance, making it suitable for diverse use cases. It can be designed as an enabler for edge servers and a core computing component for small, high-performance embedded computers. When equipped with onboard PCIe NVMe storage, it provides efficient storage, management and data access for applications in the fields of medical devices, industrial instruments, transportation systems, rugged outdoor computers, defense systems, and much more.
Portwell COM-HPC client type size B module with 13th Gen Intel Core™ processor for medical equipment and industrial control solutions. Built with high scalability and I/O performance, the Portwell PCOM-B883VG2 COM-HPC Client Type Size B module can be deployed in diverse use scenarios, not only as an enabler in edge servers, but also as a core computing component for an extensive array of compact yet high-performance embedded computers, delivering greater performance for medical equipment, industrial instrumentation, transportation systems, ruggedized field computers, defense systems, and many more.
NANO-6063, a NANO-ITX embedded board based on Intel Atom x6000E processor series which was developed to enhance IoT applications depending on new levels of CPU and graphics performances with integrated IoT features, real-time performance (Intel TSN, TCC), manageability, security, and functional safety. It operates well with thermal design power (TDP) under 12W with low-power consumption and is suitable for fan-less applications. In addition, its flat/low-profile design allows space-saving installation in display and compact workstation, and its flexibility of systematic expansions is suitable for industrial automation, medical equipment, etc.
Linked to the Internet of Medical Things (IoMT), hospitals can collect a large number of physiological parameters through related equipment so that health becomes manageable and predictable, and it also reduces the use of medical personnel. In the past, hospitals did not have a good automated mechanism to collect physiological parameters, and traditional paper-and-pencil copying may cause errors, so how to develop intelligent measurement solutions is an imperative task for all hospitals…[Read more]
In the past, patients used traditional queuing to register in the hospital or clinic. For patients, long stand-up waiting time caused discomfort. For hospitals, if each registration counter is not evenly distributed in a systematic manner, the processing efficiency cannot be achieved and optimize. Therefore, in response to the establishment of a smart hospital, we have developed a hardware product, the hospital’s ticket registration system for this situation. This system can reduce the waiting time of patients and let patients who are unwell,… [Read more]
Today’s medical systems are going to be intelligent, so the physiological monitoring data from various instruments can be automatically uploaded to the back-end server through the addition of hardware installation. These automatic upload systems are mainly used with physiological monitors to upload parameters to the hospital database and analyze them. It could avoid transcription errors by medical staff and reduce paper use. However, the different monitoring equipment of each manufacturer will come out with different data formats…[Read more]
Real professional telemedicine is not achievable by using pure video software or general computers. It needs to combine professional communication technology and computer technology to overcome the limitations of time and space to transmit the professional knowledge of doctors, patient data, and local medical-related information. Through the long-distance transmission to expand the medical service market…[Read more]
Ultrasonic diagnostic equipment has two characteristics. The first is non-radioactive. Under the injection of non-radioactive substances, it needs higher computing power and graphic performance to achieve high-security and timely motion images. The second is real-time. The images you see are real-time processed. For example, Ultrasound is used in the cardiovascular field, which can measure the blood flow rate to diagnose the disease…[Read more]
Over the last few years, we’ve all witnessed how a pandemic can reshape the dynamics of the medical industry as well as the healthcare landscape. Extra pressure has been put on hospitals and health systems to provide more patient care resources, while at the same time, healthcare organizations have been
Over the last few years, the widespread adoption of digitization across industries has been propelling innovative embedded computing designs to accelerate the digital transformation of applications such as medical devices, industrial control, and edge/network communications. To cope with the growing computational needs for optimized performance per watt, richer I/O interfaces,
In recent years, as digital transformation has become increasingly prevalent for industry applications in medical equipment, industrial control and edge/network communication, the demand is growing for embedded computers to provide ever-accelerating high-performance computing and processing power while at the same time, to fulfill the strict reliability requirements. To enable these
