POLYOLEFIN PCI EXPRESS ON HDMI CABLE FOR LOGIQ E9 ULTRASOUND SYSTEM by GE Healthcare

Key Highlights

• High-Quality Data Transmission: The POLYOLEFIN PCI EXPRESS ON HDMI cable facilitates the transmission of high-definition digital video and multi-channel audio, ensuring superior image and sound quality critical for ultrasound diagnostics.
• Advanced Compatibility: Designed specifically for the LOGIQ E9 and VIVID E9 ultrasound systems by GE Healthcare, this cable enhances the functionality of these devices, allowing for seamless integration and optimal performance.
• Robust Construction: Made from polyolefin isotactic polypropylene, the cable features a high melting point and superior tensile strength, ensuring durability and reliability in clinical environments.
• Enhanced Connectivity: The PCI Express technology allows for greater bandwidth and efficient data handling from multiple sources, improving overall system performance and responsiveness.
• RoHS Compliance: Adhering to RoHS standards, this cable is environmentally friendly, ensuring compliance with regulatory requirements for medical devices.

Compatible Systems & Use Cases

• Models:
  • LOGIQ E9
  • VIVID E9
• Use Cases: This cable is ideal for use in ultrasound imaging applications, enhancing connectivity between ultrasound systems and display devices, as well as supporting advanced imaging features and functionalities.

Technical Specifications

Clinical and Service Value

The POLYOLEFIN PCI EXPRESS ON HDMI cable is engineered to enhance the operational efficiency of ultrasound systems, particularly the LOGIQ E9 and VIVID E9 models. By facilitating high-quality video and audio transmission, this cable ensures that clinicians receive accurate and detailed imaging, which is essential for effective patient diagnosis and treatment. Its robust construction and advanced technology contribute to a reliable connection, minimizing the risk of data loss or degradation during critical imaging procedures.

From a procurement perspective, the cable's RoHS compliance and durable materials make it a sustainable choice for healthcare facilities. The ability to seamlessly integrate with existing systems reduces the need for extensive training or modifications, streamlining workflows and allowing for quicker implementation. Furthermore, the cable's compatibility with advanced PCI Express technology means that it can support future upgrades and enhancements, ensuring that healthcare providers can maintain cutting-edge imaging capabilities without the need for frequent replacements. This combination of reliability, performance, and compliance positions the POLYOLEFIN PCI EXPRESS ON HDMI cable as a valuable asset for modern ultrasound applications.

Additional notes

The cable - pci express on hdmi is a connector used in ultrasound applications and other electrical devices. Hdmi technology transmits high quality digital videos, multi-channel surround audios and advanced controls data through a single cable. The cable is constructed per high definition multimedia interface specification 1.2. The cable is RoHS compliant as per 5240305gsp. The cable is comprised of (4) individually shielded 28awg twisted pair (shield consists of al-mylar with drain), (1) 30 awg pair, (5) 28 awg conductors and overall shield consisting of al-mylar plus 85% min copper braid. The construction is ul awm style 20276 80c, 30v, vw-1. Hdmi-connected components have the ability to query each other’s capabilities and automatically adjust themselves for optimal viewing. In the computer architecture, there is a structural part known as peripheral component interconnect (pci). It helps to connect the sound, video and network cards to the motherboard. Pci express is the advanced version of pci which provides more bandwidth and is compatible with existing operating systems. Pci express is a serial connection that operates more like a network, that handles data from multiple sources. All the items are approved by ge ultrasound engineering. Polyolefin is an isotactic polypropylene Has higher melting point They possess higher tensile strength