The LOFAR ERIC can then conduct timely and coherent rollout to the distributed stations, testing, and operations phases.Ī working group of Ministerial and science delegates from all current partner countries in the ILT has been formed. The partners aim for the LOFAR ERIC to jointly purchase the LOFAR2.0 hardware.
Maintaining the common vision and policies requires appropriately aggregated long-term membership and funding stability. The LOFAR ERIC will provide the optimal vehicle, clearly positioning this major facility in the partner countries and in the European landscape. LOFAR2.0 is designed to be impactful and complementary to other major science facilities in the landscape of this decade this gives urgency to the establishment of the LOFAR ERIC (European Research Infrastructure Consortium). The LOFAR2.0 upgrade addresses a range of cutting-edge science use cases, compiled in close interaction with the research community. The partnership has initiated LOFAR2.0 - a major upgrade to deliver excellent, innovative science throughout the present decade and beyond. During a decade of continuous operation, it has grown to a pan-European scale, with a diverse and expanding set of partners (presently in nine countries). Devices with IP30 protection class are ideal for use in the control cabinet, whereas IP65 products are perfect for use outside the control cabinet and under harsh conditions.LOFAR, designed and built by ASTRON in the Netherlands, is a distributed research infrastructure enabling world-leading radio astronomical research.
The IWLAN SCALANCE W780 Access Points and SCALANCE W740 Client Modules deliver data rates up to 450 Mbit/s per the IEEE 802.11n standard. With SCALANCE WAM760 Access Points and SCALANCE WUM760 Client Modules, you reliably and flexibly implement wireless communication according to the latest Wireless LAN standard IEEE 802.11ax (Wi‑Fi 6) with data rates up to 1,201 Mbit/s. SCALANCE W770 Access Points and SCALANCE W730 Client Modules (up to 300 Mbit/s according to IEEE 802.11n) in the SIMATIC design reliably and flexibly implement wireless communication between the controller and distributed I/O such as SIMATIC ET 200MP. Transfer data wirelessly from the control cabinet, or rely on our devices with IP65 protection class from outside the control cabinet. Depending on the application’s deployment location and communication requirements, different device classes are particularly well suited. In conjunction with added industrial functions (iFeatures), they expand the potential applications far beyond the Wireless LAN standard: for example, wireless real-time communication including safety communication with a focus on personal protection, and redundancy via Wi‑Fi. SCALANCE W Access Points and Client Modules for demanding Wi-Fi solutions are extremely versatile.
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