NEWS
La Maison Camus chooses Infor for global Digital Transformation plan transformation master plan established in 2021 , which has enabled a number of initiatives and digital projects to be identified in a collaborative manner with a view to improving the quality of work and customer support .
The aim is to provide the cognac business ( some 30 products divided into several ranges ) with a modern , structured tool to manage all activities from manufacturing to sales administration , including accounting and financial management , as well as procurement and stock management , all with increasingly demanding quality monitoring .
Infor , the industry cloud company , has announced that Maison Camus , a manufacturer of cognac and one of the leading French spirits companies worldwide , has chosen Infor CloudSuite Food & Beverage , a comprehensive Enterprise Resource Planning ( ERP ) solution designed to help food and beverage companies meet changing customer expectations , better manage their supply chains and reduce waste .
This project is part of a wider Digital Transformation plan , of which the deployment of this new ERP is one of the key steps .
Launched at the beginning of 2022 , this project is an integral part of a global
“ Initiated when I arrived in the summer of 2021 to lead this company evolution , this project is one of the 15 or so initiatives selected collectively by our teams in order to modernise our organisation and our tools and thus enable us to look forward to the future with performance and serenity ,” said Stanislas de Foucauld , Deputy General Manager of Operations at Maison Camus .
Nokia and A1 Telekom Austria reach 2 Gbps data rates with 5G 3 Component Carrier Aggregation technology
Nokia and A1 Austria have announced that they have successfully verified 3 Component Carrier Aggregation ( 3CC CA ) in a 5G Standalone ( SA ) trial network in Austria – reaching data rates of 2 Gbps .
CA allows mobile operators to reach higher throughputs and better coverage by combining different spectrum frequencies to efficiently utilise their spectrum assets . It will enable A1 to deliver a superior 5G experience to its subscribers . technology . The peak downlink data rate achieved in the trial was 2 Gbps .
Many operators are relying on sub-6 GHz spectrum for 5G . The lower frequency bands provide the best coverage and the higher frequency bands typically enable higher throughput , whereas the mid-band frequencies provide a good combination of both . With
Carrier Aggregation , A1 was able to increase the available bandwidth for mobile users by combining the power of its spectrum assets .
Carrier Aggregation can also be used in other scenarios , for example , to combine low-band spectrum with mid-band spectrum for increased coverage range of the high downlink data rates .
The trial utilised Nokia ’ s AirScale 5G baseband , a 5G smartphone and a commercial 5G CPE over A1 Austria ’ s 5G network . It successfully combined two mid-band carriers in the 3.5 GHz TDD band ( n78 ) and one capacity carrier in the 2100 MHz FDD band ( n1 ) for a total bandwidth of 160 MHz by using Carrier Aggregation
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