Public tenders for radio in Frankfurt-on-main Germany

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BroadcastingradioGermanyfrankfurt-on-main

Radio installations

Bürgerhospital und Clementine Kinderhospital gGmbH | Published May 3, 2016
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radio equipment

Operating radio motion control system

Deutsche Bundesbank, Beschaffungszentrum, Taunusanlage 5, 60329 Frankfurt am Main | Published March 13, 2017
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Operating radio motion control system

Radio receivers

Deutsche Bahn AG | Published May 25, 2016
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radio receiver

Radio installations

DB Netz AG, Zentrale | Published May 10, 2017
Winner
EQOS Energie Deutschland GmbH
cpvs
32344250

Equipment of the NBS VDE 8.1 with digital BOS radio.

Additional costs for the manufacture of fiber optic cable sets.

Radio, television, communication, telecommunication and related equipment

BG Unfallklinik Frankfurt am Main gGmbH | Published June 11, 2016  -  Deadline June 28, 2016
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Radio, television, communication, telecommunication and related equipment

4x Software Defined Radio (SDR) with 8x Analog Front-ends

IHP GmbH - Leibniz-Institut für innovative Mikroelektronik | Published November 4, 2016  -  Deadline November 30, 2016
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48000000, 38000000

1 Software Defined Radio - 4 pieces, Analog Front-ends - 8 pieces 1.1 Minimal Requirements SDR - Support of minimum 2 independent analog front-ends (transceivers) - Analog front-end should be able to be synchronized for use in Multiple-In/Multiple-Out (MIMO) scenarios - For each analog front-end a separate data converter should be available (2x A/D and 2x D/A) - A/D and D/A converters should have minimum sample rate of: 180 Msps or more - A/D and D/A converter resolution 12 bit or better - The radio should support 1 PPS and 10 MHz reference signals for synchronization between multiple radios - The radio should have all the necessary power supplies for connecting to 220V EU plug - Software support for development of applications using C/C++ and compatibility with GNURadio - The radios should be FPGA based - Possibility for changing the FPGA configuration, from the user should be available - The FPGA should have the following specs: o Equivalent logic elements: 350000 or more o Hardware multipliers: 1200 or more (18x18 bits minimum or more, fixed point) o Block Memory: 20000 Kb or more - Connectivity that should be supported by the radios: o 10 Gbit Ethernet supporting the full (highest) data rate for the both channels (or multiple 10 Gbit Ethernet interfaces in order to support the full data rate) (2x 180 Msps) o PCIe interface for low latency communication with the SDR. It must not support the highest data rate available from the SDR o 1 Gbit Ethernet interface which can be used for low sample rates, in order to connect the radio with laptop - Connection to the Host computer: o 2x PCIe interfaces consisted of: card and 3 meter cable for connecting the radio to the host computer o 4x 10Gbit interfaces consisted of 10 Gbit PCI-Express cards with corresponding 3 meter long cables. In case that two or more 10Gbit interfaces are needed for achieving the maximal (180 Msps or more) sample rate on the both channels, cables and cards for all the interfaces should be supplied. For example: The radio has 2x 10 Gbit interfaces, and they are both needed, for achieving the sample rate of 180 Msps on the both channels. In that case, 8x 10 Gbit, 3 meter long cables are needed, plus the 10 Gbit Ethernet PCI cards. They can be 4x dual 10 Gbit cards o For 1 Gbit connectivity, 1 Gbit port or, if needed SFP adapter 1.2 Extended technical requirements SDR (1 additional point) - Support of more than 2 independent analog front-ends (channels) - A/D and D/A converter: sample rate of more than 180 Msps - A/D and D/A converter resolution better than 12 bit - FPGA equivalent logic elements greater than 350000 - FPGA hardware multipliers more than 1200 (more than 18x18 bits, fixed point) - Block Memory: more than 20000 Kb 1.3 Minimal Requirements Analog Front-end - 8x analog front-ends for the four radios, two per radio - Bandwidth: 140 MHz or more - Frequency range: 600-6000 MHz (or wider) - Possibility for phase aligned operation of the both front-ends in one radio - RX noise figure: = 15 dBm for 2.4-2.5 GHz band and >= 5 dBm for 5-6 GHz band - support full duplex and TDD operation with single and/or separate RX, TX antenna 1.4 Extended technical requirements Analog Front-end (1 additional point) - Bandwidth more than 140 MHz - Frequency range wider than 600-6000 MHz

Radio network

Deutsche Bahn AG | Published August 23, 2016
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Framework contract for the purchase of spare parts for VZF95 / FUMA90 standard PBX systems.

Radio pagers

Deutsche Bahn AG | Published May 25, 2016
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pager

Radio installations

Bürgerhospital und Clementine Kinderhospital gGmbH | Published January 13, 2016  -  Deadline March 9, 2016
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32344250

New to accommodate a surgical department, a maternity ward and nursing areas for the Department of Neonatology and for the women's clinic. Creation of parking spaces and additional secondary areas (changing rooms, archives and storage areas). Restructuring the station N4 towards a neonatal intermediate care unit. Relocation of the nursing area of ​​the Department of Neugeborene-, pediatric surgery and -urologie. Reorganization and structuring of food supply and the entire logistics concept in the Civil Hospital.

7200064400 delivery radio station - equipment

Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH | Published November 6, 2017  -  Deadline November 20, 2017
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File number of the contracting authority:

Deutsche Bundesbank, head office, BOS / TETRA radio system

Deutsche Bundesbank | Published July 12, 2017  -  Deadline August 9, 2017
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45311000

Procurement of a motor vehicle

IHP GmbH - Leibniz-Institut für innovative Mikroelektronik | Published February 17, 2017  -  Deadline March 20, 2017
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34100000

to Obtain: 1 Each car in the compact class (combi) Delivery: April 2017 (or more) Basic equipment: 5 seats 5 doors Loading capacity: 500 kg Colour: white drive: motor greater than 80 kW diesel engine 6-speed manual gearbox Euro 6 -Norm feature start-stop system DRL ABS ESP electric windows heated mirrors, electrically adjustable cruise control radio Central Radio navigation system front and rear fog lamp parking aid (acoustic signaling front and rear) telephone interface spare multifunction steering wheel Climate warning for not fastened seat belts driver seat height adjustable split backrest, isolated foldable seats: fabric A set complete winter wheels (steel rims) warning triangle First aid kit immobilizer vests workshop: dealer and workshop in Frankfurt (Oder)

Railway construction works

DB Netz AG | Published September 27, 2016
Winner
Siemens AG, Infrastructure + Cities Sector, Mobility and Logistics Division, Rail Automation
cpvs
45234100, 34632000

Closure radio gap between tunnel fire rocks and tunnels Rennberg.

Security services

DB Netz AG (Bukr 16) | Published August 13, 2016  -  Deadline September 8, 2016
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Security benefits against the risks of railway operation for ZBS S3West and IBN CBI-A

6,000 hrs. Security supervision, 6,000 hrs. Flagman, 1,710 m fully insulated resistant barrier,

Radio-based alert system

550 hrs. Earthing owner (S- and F-Bahn)

700 hr. Shift applicant

Signaling.

Electricity supply installations

DB Netz AG (Bukr 16) | Published November 2, 2017
Winner
Leonhard Weiss GmbH & Co. KG
cpvs
45315300

Electrification Ludwigshafen main station - BASF, line 3402_05

Superstructure works Track and points approx. 1 600 m, new telecommunication and cable routing approx. 600 m, safety concept BASF Tunnel approx. 600 m Tunnel lighting, dry extinguishing line, radio, rescue station approx. 1 500 m 2 ,

Underground and surface work including protection against contact according to the tender documents.

Fire detection system (4/025/2017 - H35 LV 307)

Universitätsklinikum Frankfurt | Published June 16, 2017  -  Deadline July 4, 2017
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The new building of the Economic Building Haus 35 is located on the core grounds of the University Hospital Frankfurt am Main. The list of services includes the 2.BA1 hazard warning and alarm systems. Fire detection system Monitoring "Full protection" category 1 according to DIN 146752. BOS radio system3. Language alarming system according to DIN 14675 Safety level II

Electricity supply installations

DB Netz AG (Bukr 16) | Published September 26, 2017  -  Deadline October 5, 2017
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45315300

Electrification Ludwigshafen Hbf - BASF, Route 3402_05.

Surface construction track and points ca.1 600 m, new building telecommunications and cable routing approx. 600 m, security concept BASF tunnel approx. 600 m tunnel lighting, dry extinguishing line, radio, rescue ground approx. 1 500 m².

Electricity supply installations

DB Netz AG (Bukr 16) | Published May 4, 2017
cpvs
45315300

Electrification Ludwigshafen Hbf - BASF, Route 3402_05.

Overhead cable systems: masts approx. 51.00, foundations approx. 36.00, longitudinal chain with accessories approx. 2 100.00m, ceiling track and boom approx. 850.00m, supply cable approx. 800.00m, contact protection approx. 600.00m 2 , Installation of control and fuse systems: new building exterior installation - cable layer approx. 8 200,00 m, adaptation of indoor installation, surface construction track and points approx. 1 600,00m, new construction of telecommunication and cable routing approx. 600,00m, security concept BASF tunnel approx Tunnel lighting, dry extinguishing line, radio, rescue station approx. 1 500m 2 , Electric power installations: point heating, third-party lines, measures DB Power: 15kv connection, remote operation and station.

Recreational, cultural and sporting services

Hessischer Rundfunk, Anstalt des Öffentlichen Rechts | Published April 12, 2017  -  Deadline May 10, 2017
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92000000, 22457000, 79512000

Ticket sales for events organized by the Hessian Radio.

The contractor will commence from 12.01.2017 to provide a software-based map distribution of natural events hr and operate.

This includes in particular the map generation, ticket sales including online sales (an online ticket sales system and a hr-online sales portal), the operation of a call center, the reporting to the hr, the subscriber care and billing of events, the operation of a sales point in hr including sales of other products and evening and box offices through for hr events.

The contractor must be self-represented as a card distributor in the market and has sales opportunities through nationwide ticket offices, in particular the following ticket outlets in Hessen (Frankfurt, Wiesbaden, Marburg, Fulda, Giessen, Kassel, Darmstadt, Offenbach, Bad Homburg).

For further details, the document "information on the subject of the award procedure" ticket sales for events organized by the hessian broadcast can be seen.

EU P 0099-16AB, baggage tunnel construction.

Fraport AG | Published February 5, 2016  -  Deadline March 3, 2016
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71240000

Fraport AG plans as part of the new building of Terminal 3 an underground baggage connection between the terminal 3 in the south and the transit baggage hall V3 in the north of the airport building to. The building is largely the baggage conveyor in both directions. The baggage tunnel crosses under the existing airstrip system (center and southern runway) from south to north. The action takes place mainly in the apron area.

The tunnel consists of three sections, a low-lying main tunnel below the start / runway system and 2 shallow connecting tunnels that connect the main tunnel to Terminal 3 and V3. All tunnel sections obtained for increasing the operational safety a longitudinal partition. In case of a fire in a section of the other portion is used as an escape route. therefore escape doors are located at a distance of about 70 m in the partition. To Fume two smoke extraction ducts are provided in the upper section of the tunnel.

Subject of the order are planning services for the technical equipment of the plant group 4, group 5 investment and investment group 6 for engineering structure (see II.2.1)).

As part of the contract in question shall be designed, inter alia: power supply technology areas, low-voltage switchgear, low-voltage installation systems, lighting systems, emergency lighting, fire protection measures (fire wall), Lightning protection / potential equalization, BOS radio coverage, hazard detection and alarm systems (BMA), Electroacoustic systems, camera surveillance system, escape door surveillance, hazard detection control panels (GMZ), transmission networks, passenger and freight elevators in the buildings access to the tunnel.

Begin: III. quarter 2016

End: approx IV quarter 2022, the LPH 8 (at commissioning).