gvtcx

RFQ - Instantaneous Wide Bandwidth Real-time Software-defined-radio systems 5G

National Physical Laboratory Published 7 Aug 2020 Contracts Finder

key details

Statusactive
Category (CPV) 38000000
RegionLondon
Deadline21 Aug 2020
Contract start18 Sept 2020
Contract end17 Sept 2021
Procedurelimited
SME suitableYes
OCIDocds-b5fd17-398d920d-0898-49bd-be18-b140fec556af

description

The NPL requirement is to have a wideband multiple-input-multiple-output (MIMO) radio frequency (RF) vector-based testbed system that is capable of enabling real-time software-defined-radio (SDR) operation. The purpose is to establish a MIMO over-the-air (OTA) measurement testbed system with user-programmable, reconfigurable and real-time signal processing field-programmable gate arrays (FPGAs)-based SDR capability.

The system should have flexible software-designed architecture for real-time signal processing and control that can adapts new radio (NR) standards and emerging protocols so to enable the traceable measurement metrology development for current and future wireless communications to address measurement challenges on NR RF signal design and communication algorithm.

The asset must consist of at least a 2 x 2 MIMO system with high-speed digital interfaces that could handle instantaneous wide bandwidth data.

Additional information:

Please do not contact the person listed on this notice. Documents can only be obtained through Bravo Solutions.

documents

Documents are linked, not mirrored. They are served by the publishing authority and may require registration.

notice history

1 notice published against this procurement.

PublishedTypeRegimeNotice
7 Aug 2020 Tender (tender) · ae6c282a-3d2a-4738-a9af-817ae3b9694e-374839

more from National Physical Laboratory

all contracts from this buyer →

similar contracts awarded

Other awarded contracts in the same category. Useful for seeing who normally wins this kind of work, and at what value.

source

Published on Contracts Finder. Contact details for named individuals are not reproduced on this site.