Tenders Are Invited For Telecommunications Services – Planning, Construction And Operation Of A Gigabit Network City Of Neuenstein – Economic Gap

Telecommunications Services – Planning, Construction And Operation Of A Gigabit Network City Of Neuenstein – Economic Gap. Neuenstein Is A Town In The Hohenlohe District In The Franconian-Influenced Northeast Of Baden-Württemberg. It Belongs To The Heilbronn-Franconia Regional Association. The City Is Divided Into Seven Districts: Neuenstein, Kirchensall With Neureut, Kleinhirschbach, Obersöllbach, Eschelbach, Kesselfeld And Grünbühl. Neighboring Communities Are Kupferzell, Waldenburg, Öhringen, Zweiflingen, Forchtenberg, Niedernhall And Künzelsau. These Are (Clockwise, Starting In The West): Öhringen, Zweifingen, Forchtenberg, Niederhall, Künzelsau, Kupferzell, Waldenburg. For The City Of Neuenstein, Providing Citizens And Businesses With Powerful And Promising Broadband Services Is An Important Task In Terms Of Public Services, Economic Development And Location Security. With The Requirement For High Data Rates And Long Transmission Distances Between Networks, The Expansion Of Fiber Optic Technology Plays A Crucial Role. Parts Of The Neuenstein Urban Area Are Still Inadequately Supplied With Broadband Connections In Accordance With The Gigabit Directive 2.0. The Project Area Was Therefore Analyzed In Advance With Regard To The Available Bandwidths And Any Planned In-House Expansions By The Private Telecommunications Companies By Carrying Out A Market Research Process In Order To Determine The Expansion Area For Eligible Broadband Expansion Based On The Gigabit Directive 2.0. The Results Of The Market Research Carried Out Were Taken Into Account In Compliance With The Provisions Of European State Aid Law And Published On The Central Online Platform Of The Federal Project Management Agency. It Became Clear That In Parts Of The Area Surveyed The Network Does Not Have Gigabit Capability And Therefore There Are Eligible Connections Within The Meaning Of The Gigabit Directive 2.0.